THE HISTORY
OF
NORTH ATLANTIC STEAM NAVIGATION
THE HISTORY
OF
NORTH ATLANTIC
STEAM NAVIGATION
WITH SOME ACCOUNT OF EARLY SHIPS
AND SHIPOWNERS
BY
HENRY FRY
EX-PRESIDENT OF DOMINION BOARD OF TRADE OF CANADA
AND LLOYD'S AGENT AT QUEBEC
" They that go down to the sea in ships, that do business in great waters ; These see
the works of the Lord, and his wonders in the deep. For he commandeth and raiseth the
stormy wind, which lifteth up the waves thereof. . . . He maketh the storm a calm, so
that the waves thereof are still. Then are they glad because they be quiet, so he
bringeth them unto their desired haven." — Psalm cvii. 23 -30.
WITH OVER FIFTY ILLUSTRATIONS OF SHIPS
AND PORTRAITS OF OWNERS
LONDON
SAMPSON LOW, MARSTON AND COMPANY
LIMITED
&t* IBunstan's p?ouse
FETTER LANE, FLEET STREET, E.G.
1896
GENERAL
LONDON:
PRINTED BY WILLIAM CLOWES AND SONS, LIMITED,
STAMFORD STREET AND CHARING CROSS.
PREFACE.
THE following pages were originally written, for private circu-
lation only, during a period of enforced leisure from ill-health.
They have been revised for publication at the earnest request
of a few old friends of the Author interested in steam shipping.
The only merit claimed for them is that of accuracy, to
attain which the greatest pains have been taken.
Having been present at the launch of the first steamship
built for the North Atlantic trade, the Great Western, in
1837, and that of the first ocean screw steamship, the Great
Britain, in 1843, and having watched every Atlantic steamship
with the deepest interest for fifty-six years, during which he
has crossed the Atlantic thirty-seven times in various lines, the
Author trusts he may not be considered open to the charge of
presumption in thus acceding to the wishes of his friends.
His acknowledgments for valuable assistance are due to
Andrew Allan, Esq., of Montreal; the Cunard Steamship
Company of Liverpool ; Clement A. Griscom, Esq., of Phila-
delphia, U.S. ; Sir Edward J. Harland, Bart., M.P. for Belfast;
Eugene T. Chamberlain, Esq., of Washington, U.S., Com-
missioner of Navigation ; The Hamburg- American Packet
Company of Hamburg ; The North German Lloyd Company
of Bremen ; George Johnson, Esq., head of the Statistical
99457
Vlll PREFACE.
Department at Ottawa; Mark Whitwill, Esq., of Bristol;
Archibald Campbell, Esq., of Quebec ; and the Sampson Low,
Marston & Co., Limited, of London.
He has also consulted ' The History of Merchant Shipping
and Ancient Commerce,' by the late W. S. Lindsay, of
London; 'The Atlantic Ferry,' by A. I. Maginnis, M.I.NA.,
of Liverpool ; ' Our Ocean Railways,' by A. Fraser-Macdonald ;
and * The Mercantile Navy List,' published by Lloyds.
BELMONT, SWEETSBURG, QUE.
September, 1895.
CONTENTS.
<;HAP.
I.— EARLY NAVIGATORS
II.— EARLY SAILING SHIPS ....
III.— HISTORY OF THE MARINE STEAM ENGINE .
IV. — THE STEAMBOAT IN CANADA
X- V.— EPOCHS IN ATLANTIC STEAM NAVIGATION .
v VI.— SPEED CALCULATIONS
VII. — THE CUNARD LINE AND ITS COMPETITORS . . • 5f
VIII.— THE INMAN LINE 112
IX.— THE ALLAN LINE ... . .138
X. — THE WHITE STAR LINE 161
XL— THE EASTERN STEAM NAVIGATION COMPANY . . 182
XII. — THE ANCHOR LINE 187
XIII. — THE ROYAL ATLANTIC STEAM NAVIGATION COMPANY . 190
XIV.— THE NATIONAL STEAM NAVIGATION COMPANY . . 192
XV. — THE GUION LINE . . . . 195
XVI. — THE DOMINION LINE .... . 198
XVII.— THE BEAVER LINE .... . 204
XVIII.— THE HAMBURG- AMERICAN PACKET COMPANY . . 207
XIX. — THE NORTH GERMAN LLOYD COMPANY . . . 226
XX.— LA COMPAGNIE GENERALE TRANSATLANTIQUE . . 242
XXI. — THE NETHERLANDS LINE 250
XXII.— THE RED STAR LINE . . . .251
XXIII. — THE AMERICAN LINE . 253
JCX IV. —THE CANADIAN PACIFIC LINE . . 254
XXV.— THE DONALDSON LINE . . . 259
XXVI.— THE "THOMSON "LINE 261
CONTENTS.
CHAP* PAGE
XXVII.— THE TEMPERLEY-ROSS LINE 263
XXVIII. —VARIOUS LINES :—
The Boston Line ....... 264
The American Steamship Company .... 264
The Great Western Line 264
The South Wales Line 265
The State Line 265
The Warren Line ....... 265
The Wilson Line . . . . . . . 265
The Leyland Line ....... 265
The Bristol City Line 266
The Thingvalla Line 266
The Johnston Line ....... 267
The Monarch Line . . . . . . . 267
The Hill Line 267
The Atlantic Transport Line 268
The Manhanset Line ...... 268
The Lord Line 268
The Ulster Company . . . . . . 268
The Furness Line 268
The Union Line 268
The Nouvelle Compagnie Bordelaise. . . . 268
The Marseilles Line ...... 269
The Fabre Line . . 269
The Italian Line 269
The Portuguese Line ...... 269
The Empresa Insulano Line ..... 269
The Neptune Line 269
The Chesapeake and Ohio Line .... 269
The Petroleum Line ...... 269
Norwegian Boats ....... 269
XXIX.— THE WORLD'S TONNAGE .270
XXX. — BRITISH SEAMEN . 273
XXXI. — AMERICAN SHIPBUILDING 277
\ XXXII.— CONCLUSION 284
CONTENTS. XI
APPENDICES.
NO. PAGE
1. CUNARD REPORT, 1894 . 289
2. UNITED STATES TRADE WITH GREAT BRITAIN (Boston Herald) 290
3. OCEAN TRAVEL IN 1894 (New York Post) . . . .291
4. ENGLAND'S COMMERCE (Boston Globe) 292
5. THE " TURRET " BOATS (Montreal Star) . • . . . 295
6. PASSAGE RATES 297
7. BATTERSBY'S REGISTER 302
8. A MONTH'S SAILINGS (New York and Montreal) . . . 306
9. PRESENTATION TO CAPTAIN MURRELL .... 309
10. BILLS OF FARE . . . 310
n. " LUCANIA'S " GREAT RUN 311
12. IMPROVED TRAIN SERVICE AT LIVERPOOL .... 312
13. POOR STEAMSHIP BUSINESS 312
INDEX 315
LIST OF ILLUSTRATIONS.
I'AGE
"LuCANiA" Frontispiece
A GENOESE CARRACK 2
VASCO DE GAMA'S "SAN GABRIEL" ROUNDING THE CAPE OF
GOOD HOPE 5
HON. EAST INDIA COMPANY'S SHIP " EARL OF BALCARRAS,"
1417 TONS, 26 GUNS 19
"GREAT WESTERN" 39
"GREAT BRITAIN" IN A GALE OFF LUNDY ISLAND ... 43
COMPOUND ENGINE 48
SIR S. CUNARD, BART 56
SIR GEORGE BURNS, BART . -57
DAVID MACIVER . . 58
"BRITANNIA" 59
HON. JOSEPH HOWE . 61
" EUROPA " ' . . .63
"ASIA" 67
COLLINS SS. "ATLANTIC" 69
"PERSIA" 71
"SCOTIA" 75
"BOTHNIA" 79
"GALLIA" 83
"SERVIA" .87
"ETRURIA" 91
"CAMPANIA" ON THE STOCKS 96
"CAMPANIA'S" SALOON 99
"CAMPANIA'S" LIBRARY 103
"CITY OF LONDON" 114
XIV LIST OF ILL US TRA TIONS.
PAGE
C. A. GRISCOM, ESQ 115
"PARIS" 117
TRIPLE CYLINDER ENGINE 120
"NEW YORK" MAIN DINING SALOON 123
"CITY OF NEW YORK" TWIN SCREWS . . . . .125
" ST. Louis " 129
SIR HUGH ALLAN 139
" MORAVIAN " 141
" SCANDINAVIAN " 147
"PARISIAN" .......... 151
SIR E. J. HARLAND, BART., M.P 162
"OCEANIC" .163
"BRITANNIC" .167
"TEUTONIC" 171
"MAJESTIC" SALOON . .173
"MAJESTIC" LIBRARY 174
"MAJESTIC" SMOKE-ROOM 175
"GREAT EASTERN" . . .183
"VANCOUVER" . . . ., . . ... 199
"COLUMBIA" 209
"FiJRST BISMARCK" . . 213
"FuRST BISMARCK'S" SALOON. . . . , . . . 217
"FiJRST BISMARCK'S" CHAMBRE DE LUXE . . . . .221
"HAVEL" 227
"HAVEL" SALOON 231
" LA TOURAINE " . 245
" EMPRESS OF INDIA " 255
THE LATE WILLIAM CRAMP . . . . . . 280
"THERMOPYLAE" ...... . . . .293
"GREAT REPUBLIC" 299
MAP.
ROUTE CHART OF ATLANTIC.
THE HISTORY
OF
NORTH ATLANTIC STEAM NAVIGATION.
CHAPTER I.
EARLY NAVIGATORS.
THE close of the I5th, and the early part of the i6th, centuries,
seem to have developed a sort of furore for maritime discovery.
The Venetians and Genoese had long enjoyed a supremacy in
maritime trade, and both had grown immensely wealthy. In
A.D. 1202 the Venetians supplied shipping to convey the Crusaders
on the fourth crusade, carrying no less than 4500 knights and
20,000 foot, with horses and provisions for nine months, but they
made most exorbitant demands in payment, and their galleys
secured the lucrative commerce of Greece and Egypt. During the
1 2th and I3th centuries the commerce of Europe was almost
entirely in the hands of the Italians, more commonly known as
" Lombards." They became the carriers, the manufacturers, and
the bankers of all Europe. The Genoese, however, surpassed the
Venetians in the art of shipbuilding, and they were, so far as can
now be traced, the first to construct a ship approaching to the
modern form and rig. In the first half of the i6th century some
of their carracks are said to have been of no less than 1500 tons
burthen. They were, too, as skilful and even more daring in the
management of them than the Venetians. Pisa, one of the most
ancient cities of Tuscany, proved in some respects a formidable
rival to both the Venetian and Genoese traders ; Tuscany became
one of the most distinguished commercial states of Italy j the
merchants of Florence established branch houses in distant foreign
countries, and became very rich. Quarrelling with the Pisans the
B
2 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Florentines p urchased the port of Leghorn from the Genoese, and
this acquisition rendered Florence one of the richest cities in
Italy, and her commerce gradually equalled, if it did not surpass,
that of Venice. Her merchants were princes. The Medici alone
had at one time sixteen banking establishments in different parts
of Europe. In A.D. 1329 the whole of the customs of England
A GENOESE CARRACK.
were farmed to the great commercial house of the Bardi at Florence.
The trade with the East was opened in a measure by Cosmo de
Medici, and was greatly extended and improved by his illustrious
grandson Lorenzo.1 She opened up a large trade with Spain and
England, and her policy was far more liberal than that of Venice.
1 See Roscoe's ' Life of Lorenzo de Medici.'
EAR L Y NA VIGA TORS.
Many eyes were now turned to the East as the source of fabulous
wealth. Hitherto it had only been known by the way of the Red
Sea and the caravans which crossed the great desert. In the days
of Solomon we learn that : " Every three years once came the
ships of Tarshish bringing gold and silver, ivory and apes and
peacocks" (2 Chronicles ix. 21).
The Portuguese were the first to attempt a passage by sea.
The initiatory steps for the accomplishment of this great purpose
were taken by Prince Henry of Portugal, who, on that account,
was appropriately called "the navigator." He was the fifth son
of King Dom John I. ; his mother was an English Royal lady, the
daughter of John o' Gaunt, and he was therefore the nephew of
King Henry IV. of England, and grandson of Edward III. Prince
Henry was a most enlightened prince, fond of mathematics and
navigation, and long meditated voyages of discovery. In 1417
two very indifferent vessels were sent South, but returned unsuc-
cessful. In 1418 they discovered Madeira by accident, but it was
only in 1441 that Cape Blanco was reached. Cape de Verde
Islands were discovered in 1446, and the Azores in 1449 or 1457.
In 1471 the Equator was first passed, and in 1481 a fort and
trading-station were established on the coast of Guinea. Dom
John II. was also conspicuous for maritime enterprise. In 1487
Diaz discovered the Cape of Good Hope, but proceeded no further,
and perished in a storm in 1 500.
Vasco de Gama, another Portuguese, sailed from Lisbon
9th July, 1497, with four vessels, reached the Cape and Eastern
Africa early in 1498, and Calicut, on the Malabar coast, in May,
and returned to Lisbon in 1499. He sailed on his second voyage
in 1502 with twenty ships, was patronised by the King, and blessed
by the Church ; made a third voyage as "Viceroy of India," and
died at Cochin in 1525.
Columbus, a noble-minded man, and a few others, conceived the
idea that " Cathay," or India, could be reached by sailing west.
Columbus was born at Genoa in 1437, and after vainly seeking aid
from his native province, Portugal and England, entered the
service of Ferdinand and Isabella of Spain, who equipped three
ships, and he sailed from Palos in August 1492. Being un-
acquainted with the variation of the needle, he went south, and
discovered one of the Bahama Islands in October, and afterwards
Hispaniola, but it was only on his third voyage in August, 1498,
that he discovered the mainland of America, and, after cruel treat-
ment from his enemies, died at Valladolid in 1 506.
Amerigo Vespucci was also an Italian, having been born at
B 2
4 THE HISTOR Y OF NOR Th A TL ANTIC STEAM NA VIGA TION.
Florence in 1451, and from him it is supposed America took its
name. He went to Spain and met Columbus at Seville, when the
latter was preparing for his second voyage. Amerigo sailed with
Hojeda, a Spaniard, as pilot in 1499, and on his return entered the
service of Portugal ; sailed on his second voyage in 1501, and
third in 1503, discovering All Saints Bay in Brazil, and then
re-entered the service of Spain as master-pilot, and died in 1516.
Magellan (or Magalhaens), a Portuguese, did not discover the
strait named after him until 1519, when in the service of Charles V.
of Spain, on his way to the Moluccas, and was killed at the
Philippine Islands by natives in 1521.
In the meantime, Cortez, a Spaniard, born in 1485, had visited
Cuba in 1511 with Velasquez, and in 1518 commanded an expedi-
tion to Mexico, where he seized Montezuma, overran the country,
perpetrated horrible cruelties, returned to Spain, and died
in 1554.
Pizarro and Diego d'Almagro, both Spaniards of the lowest
character, reached Panama in 1524, and accompanied by Lucque,
a priest, visited Peru, and murdered Athualpa, the last of the
Incas, in 1531. Pizarro founded Lima in 1535, murdered Almagro
in 1537, and was himself assassinated in his own palace at Lima
inii54i.
Jacques Cartier, a Frenchman, did not leave St. Malo until
1534, and entering the St. Lawrence, discovered the Island of
St. John (now Prince Edward), Bay de Chaleurs, Quebec, and
Montreal ; but Cortereal is said to have touched at Labrador in
1500, calling the land "Terra Verde," and to have entered the
Gulf of St. Lawrence and touched Acadian shores. Seryet de
St. Just was also in Canadian waters in 1518, and in 1527.
Thomas Thorne, of Bristol, is also said to have visited them, but
how far to the west is not known.
Sir John Hawkins (born in Devon, 1521), Sir Francis Drake
(born in Devon, 1545), and Sir Walter Raleigh (born in Devon,
1552), were, after Cabot, the most celebrated English navigators of
the loth century. All three took part in the defeat of the Spanish
Armada in 1588. Hawkins was a most intrepid, daring man,
serving principally in the West Indies, but disgraced his name and
country by carrying slaves from Africa to the West and selling
them. He died in 1595.
Drake's career was a marvellous one. His first voyage was to
the West Indies in 1570. He afterwards fitted out three frigates at
his own expense and sailed on his celebrated voyage round the
world in 1577 with five small ships ; reached Lat. 48° N. (near
VASCO DE GAMA'S "SAN GABRIEL" ROUNDING THE CAPE OF GOOD HOPE.
EARL Y NA VIGA TORS.
British Columbia), thence to the East Indies, doubled the Cape of
Good Hope, and returned to Plymouth in 1580, after capturing
many Spanish galleons ; visited the West Indies in 1585, capturing
many places and ships ; he entered Cadiz in 1587 with thirty sail
and destroyed the shipping there, and died at sea in 1596.
Raleigh, after serving in France, the Netherlands, Newfoundland,
and Ireland, founded Virginia and Guiana, fell into disgrace and
was confined in the Tower of London for twelve years ; was then
released and returned to Guiana, but was cruelly beheaded by King
James I. in 1618.
Tasman (Abel Jan) was a Dutch navigator who made many
important discoveries in the South Seas in the I7th century ; he
discovered New Zealand in 1642, but did not land. In the same
year he discovered Van Diemen's Land (now named Tasmania,
after him).
Dampier, who published his celebrated 'Voyages round the
World,' in four volumes, was only born in Somerset in 1652, and
died in 1712.
James Cook, another celebrated English navigator, was born in
Yorkshire in 1728, and was present at the capture of Quebec in
1759, in the Mercury ; was afterwards made lieutenant, and made
his well-known voyages in the .South Seas (the account of which
was edited by Dr. Kippis), exploring New Zealand, etc., and was
killed by natives at Owyhee in 1779. He was the first to land in
New Zealand, 8th October, 1769, near Gisborne.
George Vancouver served with Cook, endeavoured to find a
passage from the North Pacific to the North Atlantic, and published
an account of it. Died in 1798. Behring was a Dane in the
service of Russia in Northern Seas, and perished on a desolate
island in Behring's Straits in 1741.
This preliminary sketch of early navigators will suffice to pre-
pare the way for the claim made on behalf of Sebastian Cabot, a
native of Bristol, England, one of the noblest seamen that ever
trod a ship's deck : not only a brave and skilful sailor, but a man
of considerable scientific attainments for his age, and withal, a
man of eminent piety. That claim is that Cabot, and not
Columbus, was the real discoverer of the Continent of America.
Now for the proofs.
Sebastian Cabot was the son of John Cabot, a skilful Venetian
pilot who had settled in Bristol, where Sebastian was born in 1475,
or, according to some authorities, in 1477.* The street where he
1 Some authorities say Sebastian was born in Venice.
8 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
resided was, and is still, called Cathay, and is well known to the
writer by that name. It is near the celebrated St. Mary Redcliff
Church.
The early voyages of the Cabots are wrapped in doubt owing to
the mysterious disappearance of Sebastian's * Mappes and Dis-
courses,' to which he refers. Sebastian held the same view as
Columbus, that Cathay could be reached by the N.W., and all his
early voyages took that route.
The first record of the family is that John Cabot, a Venetian,
was made a citizen of Venice in 1476. There is some doubt as to
whether John made any voyage of discovery himself, and one
writer affirms that he did not. The weight of evidence, however,
is in favour of his having, at least, performed the first authentic
voyage with Sebastian, and it is generally admitted that he died in
1498, before the second expedition sailed. The fame of John,
however, has been eclipsed by that of his illustrious son Sebastian,
whose career I propose to trace.
On a map of Sebastian's travels, preserved in the Bibliotheque of
Paris, dated 1544, it is stated in Latin and Spanish that "John
and Sebastian Cabot together discovered the new land on June 24th,
1494" (probably an error for 1496), and that Cabot himself "made
this figure extended in plane. ..." In confirmation of this, it is
stated in the first volume of 'Spanish State Papers,' under date
July 25th, 1498 : " The people of Bristol sent out every year two or
three light ships in search of the island of Brazil and the seven
cities, according to the fancy of that Italian Cabot ; and they have
done so for the last seven years." Whatever may have been the
character and results of these early voyages, we have no well
authenticated account of them until 1496, when King Henry VII.
of England granted, on the 5th March, a patent to " John Cabot,
a Venetian by birth, who had settled at Bristol, and to his three
sons, Lewis, Sebastian, and Sanctus, giving them authority to sail
to all parts, countries, and seas of the East, of the West, and of
the North, under our banner and ensign, with four ships of what
burden or quantity so ever they be, and as many marines or men
as they will have with them in the said ships upon their own proper
costs and charges."1 They were also to enjoy the privilege of
exclusive resort and traffic to all places they might discover, re-
serving one-fifth of the clear profit of the enterprise to the Crown.
There has been much dispute as to the date of Cabot's first
authentic voyage, whether it took place in 1496 or 1497. Many of
1 'Rymal' (Foedera), vol. xii. p. 595.
EARLY NA VIGA TORS.
the accounts, too, evidently confuse the record of his first voyage
with the second, made in 1498 or 1499.
The highest English authority on these early voyages is Richard
Hakluyt, born at Eyton, Herefordshire, in 1553. He was pre-
bendary of Bristol Cathedral, and afterwards rector of Wethering-
set. He wrote * Voyages and Discoveries of the English Nation '
in three volumes, a most valuable and trustworthy work. He
says : —
"A great part of the continent of America, as well of the islands, was first
discovered for the King of England by Sebastian Gabote, an Englishman,
born in Bristowe, son of John Gabote, in 1496 ; nay more, Gabote discovered
this large tracte of prime lande two years before Columbus saw any part of the
continent. "
And again :
"All that mighty tracte of lande from 67 degrees X., to the latitude almost
of Florida, was first discovered out of England by the commandment of
Henry VII."
And again :
"He" (Cabot) "sailed so far toward the west that he had the island ot
Cuba on his left hand in manner in the same degree of longitude. "
Mr. Gerald E. Hart of Montreal, a student of Canadian history,
who owned a valuable library of historical books, says: "An
analysis of the evidence of old maps and documents convinces me
that Cabot sailed from Bristol in 1496, and was consequently the
real discoverer of the continent of North America." Mr. Hart
also advanced authorities to show that to the discovery of the
island by Cabot and his English squadron, was due the name of
Cape Breton. England had not then lost her old name of
Britannia, and in Spanish manuscripts of the time her people were
called " Bretons."
Rev. Mr. Harvey, author of the ' History of Newfoundland,'
says : —
"The most reliable account of Cabot's first voyage is contained in a letter
of Lorenzo Pasqualigo, Venetian Ambassador in London, addressed to his
brother, and preserved in the ' Calendar of Venetian State Papers. ' It is dated
London, August 23rd, 1497, and contains the following remarks : —
"The Venetian, our countryman, who went with a ship from Bristol in
quest of new islands is returned, and says that 700 leagues hence he discovered
land, the territory of the Grand Cham. He coasted for 300 leagues and landed.
He was three months on the voyage, and on his return he saw two islands to
starboard, but would not land, time being precious, as he was short of pro-
visions. The king has also given him money wherewith to amuse himself till
I O THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
then (spring of 1498), and he is now at Bristol with his wife, who is also a
Venetian, and with his sons. His name is Juan Cabot, and he is styled
1 The Great Admiral.' "
Rev. Dr. Howley of Newfoundland, quotes a letter from
Don Raimondo Soncini, envoy of the Duke of Milan at the court
of Henry VII., who was well acquainted with the Cabots, to the
same effect. Mr. Harvey also quotes Hakluyt (vol. iii., p. 27) :
' ' In the year of our Lord 1497, John Cabot, a Venetian, and his son
Sebastian (with an English fleet set out from Bristol), discovered that lande
which no man before that time had attempted, on the 24th June, about
5 o'clock in the morning. This land he called ' Prima Vista,' that is to say,
' first seen. ' That island which lieth out before the land he called the Island
of St. John, upon this occasion, as I think, because it was discovered upon the
day of John the Baptist."
Mr. Harvey holds that " Prima Vista " was Cape North in
Cape Breton, and that Cabot did not discover Labrador until his
second voyage.
Here note, ist. Pasqualigo does not say that the round voyage
only occupied three months. He probably meant the outward
voyage, as the vessel was small.
2nd. If he coasted 300 leagues it is highly improbable that he
could have made the round voyage in three months. His sighting
the two islands too (doubtless the Azores), proves that he had gone
south from " Prima Vista."
3rd. He was short of provisions when he sighted the Azores, and
it is not at all likely that this would be the case if he had only been
absent from Bristol less than three months.
4th. If he only discovered land on the 24th June, 1497, it is
hardly possible that he could have been back in Bristol before
August loth, when we know the king gave him £10 from the privy
purse.
5th. As the patent was granted on the 5th March, 1496, it is not
likely that Cabot delayed sailing for fourteen months, nor that if he
only left Bristol in May, 1497, he could have been back previous to
August loth.
On the whole, I come to the conclusion that John and Sebastian
left Bristol in the ship Mat f hew of 200 tons in 1406, and discovered
Cape Breton on June 24th ; that he proceeded south, coasting
along the continent, and returned to Bristol early in 1497.
Columbus only sighted the mainland of America on the ist August,
1498, on this third voyage, having discovered one of the Bahama
Islands in 1492.
EARL Y NA VIGA TORS. 1 1
It is clear therefore that Cabct is entitled to the honour of being
the first to rediscover that portion of the continent now known as
the United States of America. Also that he discovered what is
now known as part of Canada, at least 38 years before Cartier
entered the St. Lawrence. Cartier did not leave St. Malo
until 1534. He is no doubt entitled to the merit of exploring the
St. Lawrence and to have discovered Quebec and Montreal.
Moreover, on the same day that Cabot discovered " Prima Vista,"
he discovered St. John Island near Cape Breton, but, which some
writers say may have been either Prince Edward, or Newfoundland.
As to the term " New-found-land," it must be remembered that all
the " newland " discovered at that time was so named, and Cabot
himself could not have been aware that what we now know as
" Newfoundland " was an island.
I say rediscovered, because if the Icelandic " Sagas" are to be
believed, Greenland was discovered by Icelanders in A.D. 982 and
the continent of America in A.D. 1000. In the royal library at
Copenhagen a richly illuminated MS., the * Codex Flateyensis,'
contains the history of " Eric the Red," and of his son " Leif the
Happy." It was written by two monks at Flatoe in Iceland, in
two volumes, on fine parchment, between A.D. 1370 and A.D. 1380.
It states that both father and son left Iceland in A.D. 982, and,
sailing west, discovered Greenland. Leif returned to Iceland, and
went thence to Norway, where he was persuaded by King Olaf
Trygefsen to embrace Christianity and go back as its missionary
to this newly discovered country. When on his voyage there he
was driven by adverse winds to the coast of America, as far south,
it is believed, as Massachusetts, designated in the Codex "Vin-
land," or " Wineland," probably because Lief and his companions
had found wild grapes growing in abundance there. There is a
tradition too in Iceland that Columbus, hearing of these " Sagas,"
visited Iceland in 1477, and Icelanders point out with pride the
very spot where he landed. l
A second patent was granted to Cabot by the king in 1498, the
school-books say on the 3rd February, but Biddle (in his ' Life of
Cabot') says he discovered the original in the Rolls Court,
London, and that it was dated 3rd July, 1498. An expedition ot
three hundred men was fitted out, and the merchants of Bristol
sent small stocks of goods. Cabot brought back " hawkes," " wild
cattes," and " popingays." On this second authentic voyage Cabot
appears to have gone further north, and to have met much ice, but
1 ' Our Ocean Railways/ by A. Fraser-Macdonald.
1 2 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
there is some doubt as to whether it occurred in 1498 or 1499.
The records of the city of Bristol have this entry in 1499 : —
"This yeare Sebastian Cabot born in Bristoll, proffered his services to
King Henry for discovering new countries, which had no greate or favourable
entertainment of the King, but he, with no extraordinary preparation, set
forth from Bristoll, and made greate discoveries." l
If the second patent was only granted on the 3rd July, 1498, it
seems probable that Cabot's second voyage only occurred in 1499.
Kohl, the German geographer, says, " The Portuguese Galvano,
one of the original and contemporary authorities on Cabot's voyage
of 1498, says, that having reached Lat. 60° N., he and his men found
the air very cold, and great islands of ice. Then they sailed back
again to the south." Peter Martyr, as quoted by Zeigler, said that
" Cabot sailing continually from England towards the N., followed
the course so far that he chanced upon great flakes of ice in the
month of July, and, keeping clear of these, he followed the coast
by the shore, bending towards the S." Ramusio in the preface of
the third vol. of his ' Voyages,' says, " Cabot had written to him
that he had reached 67^° N. Lat., and he speaks of its general
sterility and abundance of Polar bears." Mr. Harvey insists that
all three refer to the second voyage and not to the first, when no
mention is made of ice. Navarette, in describing from the records
in the Spanish archives the voyage of Hojeda, who sailed from
Spain 2oth May, 1499, says, "What is certain is that Hojeda in
his first voyage found certain Englishmen in the neighbourhood ot
Caqaibaco." Where this was is not clear, but it would seem that
Cabot must either have made his second voyage in 1499, or nave
left a small colony out of the three hundred men he took with him.
In 1501 Henry VII. granted a third patent to three merchants
of Bristol and three Portuguese to proceed in search of lands, and
in 1502 a fourth, but no mention is made of Cabot, and we lose
sight of him for some years. The disappearance of Cabot's
" mappes and discourses," which he had prepared for publication,
may account for his having been unnoticed. In Peter Martyr's
testimony to Cabot he says, " Cabot did not leave England till
after the death of Henry VII. in 1509."*
In 1512 Cabot entered the service of Spain and resided at
Seville. In 1515 we find him "a member of the Council of the
Indies," with expectation of commanding an expedition to India,
but the death of King Ferdinand in 1516 caused Cabot to return to
1 Seyer's ' Memoirs of Bristol/ p. n.
2 ' Decades' n, Chap. 12.
EARL Y NA VIGA TORS.
England, where he was appointed to prepare a similar expedition,
but this was a failure through the cowardice of Sir Thomas Pert.
Robert Thorne, a celebrated Bristol merchant, urged Henry VIII.
to prosecute such voyages to the world of "gold, balmes and
spices." The dreadful sweating sickness of 1517, however, spread
death and dismay throughout the kingdom.
In 1520 Cabot returned to Spain with Charles V. and was
appointed "Pilot master to the Spanish monarchy." In 1524
Spain and Portugal quarrelled about the limits assigned by the
Papal Bull, and held a conference. At the head of the list stands
" Sebastian Cabot " and " Ferdinand Columbus," when it was
decided in favour of Spain. In 1525 Cabot was appointed chief of
an association formed at Seville to prosecute trade with the East,
with Robert Thorne of Bristol. In 1526 Cabot left with an expedi-
tion for the East vid the Straits of Magellan, but owing to a
mutiny he put into La Plata and explored the river as well as the
Parana, but he was attacked near the present site of Buenos
Ayres. Charles sent a fresh expedition to his aid, and in 1531
Cabot returned to Spain as "Pilot Major." Henry VIII. died in
1546, and in 1549 Cabot returned to Bristol an old man, under
King Edward VI., who patronised him liberally. Charles V. tried
in vain to induce him to return to Spain. He was employed in
investigating the variation of the compass, and is said to have
published a map of the world, and a work entitled ' Navigazione
nelle parte Septentrionale.' He was also engaged on other means
for improving navigation, and was frequently consulted on all such
matters. He advised a new expedition of three ships to go by the
northern route ; and notwithstanding the opposition of the " steel
yard " (Germans), who had a monopoly, the " Merchant Adven-
turers' Company " was formed,1 with Cabot as governor, and an
expedition was despatched in 1553 under Sir R. Willoughby and
R. Chancellor. Cabot drew up their celebrated instructions in
thirty-two articles. They reflect the highest credit on his sagacity,
good sense, and comprehensive knowledge, and they are full of
admirable advice and soundest principles. Beyond special and
minute instructions as to navigation, the most rigid attention is
enjoined to the moral and religious duties of the crews.
' No blasphemy of God, or swearing, ribaldrie, filthy tales or ungodly talke ;
neither dicing, carding, tabling, nor other devilish games, whereby ensueth
povertie, strife, variance, brawling, fighting and oftentimes murther, to the
utter destruction of the parties, and provoking of God's most just wrathe and
This Society still exists in Bristol.
14 THE HISTOR Y OF NOR TH A TLA NT 1C STEAM NA VIGA TION.
sword of vengeance. These and all such like pestilences and contagions of
vices and sinnes to be eschewed, and the offenders once monished and not
reforming, to be punished at the discretion of the Captain. It is likewise
ordered that morning and evening prayer to be reade and said in every ship
daily . . . and the Bible or paraphrases to be reade devoutly and
Christianly to God's honour, and for his grace to be obtained, and had
by humble and heartie prayer of the navigantes accordingly."
The expedition met with many disasters, and both commanders
perished, but in 1557 it returned with a Russian ambassador who
met with a very hearty reception.
Queen Mary left all such matters to her husband Philip, and the
miserable wretch reduced Cabot's pension one-half, and shortened
his life. From this time Cabot sank into comparative insigni-
ficance. Sixty-one years had elapsed since the date of his first
commission, and the powers of nature failed. Mr. Nicholls
says : — 1
" His last public appearance recorded was, his dining on board the pinnace
Seathrift, Captain Burroughs, at Gravesend, April 17, 1556, but he is known
to have been alive April 27, 1557, when Philip compelled him to resign his
pension. It further appears that Eden (see his ' Taisnerus ' in the British
Museum) was present at his death ; but he has not noted either the place or
date thereof."
He must, however, have been eighty years of age.
What a contrast does his career present to that of the early
Portuguese and Spanish navigators, whose lives were marked by
cruelty, rapine, and murder ! Vasco de Gama cut off the hands,
ears, noses and lips, not only of his captives, but of a Brahmin
priest, who was sent by the king as an ambassador, to sue for
peace under a safe conduct from De Gama, and another he roasted
over a slow fire. Cortez is estimated to have killed 100,000
Mexicans on his invasion, and he committed the most horrible
cruelties. Pizarro treacherously strangled and burnt Athualpa,
whose part he had professed to take, and afterwards strangled his
fellow-countryman and companion Almagro. The Portuguese, too,
have always been noted for their barbarous cruelty to the African
negroes. Columbus was also a marked contrast to these
sanguinary wretches ; a man of the highest character and noblest
purposes, but he was manacled and imprisoned by a Spanish rival.
Sebastian Cabot may be justly regarded as one of the most
illustrious navigators the world has ever seen, and though history
1 ' Life of Cabot," p. 186. Nicholls was librarian of Bristol library.
EARLY NA VIGA TOR S. 1 5
has failed to do him justice, England owes him a debt of imperish-
able gratitude. One of his biographers writes : —
" He ended, as he had begun, his career in the service of his native country ;
infusing into her marine a spirit of lofty enterprise, a high moral tone, and a
system of inflexible discipline, of which the results were not long after so
conspicuously displayed. "
Lord Campbell says of Cabot : —
"He was the author of our maritime strength, and opened the way to
those improvements which have rendered us so great, so eminent and so
flourishing."1
Mr. W. S. Lindsay says of him : —
"The exact date of his death is not known, nor has any record been left
where he was buried. He, who with Columbus, had presented a new world
to his sovereign, died like him, neglected, if not despised ; and at last so
thoroughly unknown, that England cannot point to the spot of earth where
rests all that was mortal of one of her best and bravest seamen. " 2
The old city of Bristol is but little altered since the days of
Cabot. The street in which he lived, and the quays from which
he embarked may still be seen by the visitor, and the lovely,
tortuous little Avon down which he sailed on his memorable
voyages, still winds its way to " Kingroad " and the Bristol
Channel. New trades have been created ; ships from America,
India, and all parts of the world now crowd those quays, but the
citizens still revere the name, and cherish the memory of Sebastian
Cabot.
1 ' Lives of the Admirals. '
2 ' History of Merchant Shipping,' vol. ii., p. 86.
1 6 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
CHAPTER II.
EARLY SAILING SHIPS.
ALTHOUGH the Portuguese were the first to discover the route to
India, md the Cape of Good Hope, and were skilled sailors, they
made veiy poor colonists. They were ignorant, superstitious, and
cruel. They discovered Brazil in A.D. 1500, as also parts of Africa.
They colonised both, but they were the chief actors in the
barbarous slave trade, with all its indescribable horrors, and
inflicted on the beautiful province of Brazil two curses, from which
it has suffered to this day — African negroes and yellow fever. In
A.D. 1580, Portugal was conquered by Spain. Her colonies were
neglected, and many were wrested from her by Holland and other
powers. In 1640 she regained her independence, but she has
dwindled into insignificance, with a small merchant fleet, a con-
temptible navy, and disordered finances. Holland seized her
Indian possessions, and Brazil ultimately became independent.
Her rival, Spain, however, became a very powerful state in the
1 5th and i6th centuries. She had large possessions in South
America, the West Indies, the Netherlands, Italy, Africa, and
the Indian archipelago. In the middle of the i6th century
her troops were the first in Europe ; her fleets covered the seas.
The mines of Potosi and Chili enriched Cadiz with an annual
tribute equal to 100,000,000 dollars. In 1554 King Philip II. was
considered a fit consort for a queen of England, and married her.
But the Spaniards were proud, haughty, avaricious, intolerant, and
cruel. In conquering St. Domingo they are said to have destroyed,
in battle or cold blood, three million of its inhabitants, including
women and children. By the persecution and expulsion of the
Jews and the Moors they lost much of their commerce and
manufactures. Philip II. established the inquisition in the Nether-
lands, and persecuted the Protestants to such an extent that
100,000 of them are said to have perished at the hands of the
barbarous Duke of Alva. In 1588 she invaded England with her
EARL Y SAILING SHIPS. 1 7
great armada, which was repulsed and nearly destroyed. In 1648
she was compelled to recognise the independence of the seven
United Provinces, and soon afterwards lost her Italian possessions.
In 1704 Gibraltar was captured by England, and afterwards
Trinidad. In 1805 Nelson at Trafalgar destroyed her naval
power. Louisiana was ceded to France and Florida to the United
States, while Peru, Chili, and the Central American states gained
their independence. Thus Spain was reduced to a fifth-rate
power.
Following Portugal and Spain, Holland came to the front as a
great maritime power. The Dutch were made of very different
stuff to either the Portuguese or the Spaniards. Lovers of freedom,
they not only fought desperately against their cruel persecutors,
the Spaniards, but they embraced the reformed religion, and gave
hospitable shelter to the persecuted of England and other countries.
Bold, energetic, and brave, they carried everything before them.
In 1585, having obtained the help of England, they baffled all the
efforts of Spain ; and their commerce arrived at such a height, that
in 1602 they established their celebrated East India Company.
Spain, being both weakened and discouraged by the ill success of
a tedious war, in 1609 agreed to an armistice for twelve years.
During this truce the Republic attained to a degree of power which
it has never since exceeded.1 Compelled by necessity to make war
against the Spanish fleets, the Dutch soon became excellent sailors,
and enterprising, indefatigable merchants, who visited every sea,
and to whom no port was too distant, no obstacle too discouraging.
The commerce of Cadiz, Lisbon, and Antwerp fell into their hands,
and in this way the United Netherlands, in the middle of the
1 7th century, was the first commercial state and the first maritime
power in the world. With one hundred vessels of war they bade
defiance to every rival. The Dutch East India Company con-
quered islands and kingdoms in Asia, and with about two hundred
ships they carried on a trade with China and Japan. They alone
supplied Europe with the productions of the Spice Islands. The
gold, the pearls, the precious jewels of the East all passed through
their hands. They owned the great island of Java, and in 1610
built the city of Batavia. In 1624 they founded New Amsterdam,
now New York. They possessed colonies in the West Indies and
in South Africa. They supplied the ships which carried on the
foreign commerce of England, and after repeated wars, in 1648, by
the treaty of Munster, Spain renounced all claim to the United
Netherlands.
1 See Motley's ' Rise of the Dutch Republic.'
C
l8 THE HISTORY OF NORTH ATLANTIC STEAM NAVIGATION.
But now a great man arose in England, whose bold measures
turned the tide, and did much to destroy the maritime power of
the Dutch. Oliver Cromwell determined to wrest the supremacy
of the sea from Holland and to encourage British shipping. This
he did by means of his celebrated Navigation Laws, passed in 1651.
They enacted that —
"No goods or commodities whatever of the growth, production, or manu-
facture of Asia, Africa, or America should be imported into either England
or Ireland, or any of the plantations, except in British-built ships, owned by
British subjects, of which the master and three-fourths of the crew belonged to
that country." A subsequent Act enacted that no goods of the growth, pro-
duction, or manufacture of Europe should be imported into Great Britain
except in British ships and navigated by British subjects, or in such ships as
were the real property of the country, or place in which the goods were produced,
or from which they could only be, or most usually were, exported,
From these Acts, which were only repealed in 1 849, may be
dated the decline of the maritime supremacy of the Dutch and the
rise of the British.
The Dutch, seeing that these stringent laws could only be aimed
at them, at first sought to effect a treaty with England, but secretly
determined to fight for their supremacy at sea. They got together
one hundred and fifty vessels, and placing Martin Van Tromp in
command, declared war in 1652. Desperate and sanguinary
struggles ensued, with varying fortunes to both sides. Blake was
the great English admiral, assisted by Monk, Ayscough, Prince
Rupert, Spragge, and the Earl of Sandwich. The Dutch had
Martin Van Tromp and his son Cornelis, De Ruyter, De Witt,
Van Ness and others. Six great actions were fought in 1652-3
on the English coasts. The English won three, the Dutch two,
and one was indecisive. The Dutch suffered severely, not only in
the loss of warships, but by the capture of their fleets of merchant-
men, and the diminution of their trade. So, on the 5th April, 1654,
a treaty of peace was concluded, but Cromwell refused to abate
one jot of the new laws, and he demanded, and received, an
admission of the English sovereignty of the seas. Cromwell died
in 1658, and his laws were ignored, but Charles II. was compelled
to re-enact, and virtually to confirm, Cromwell's Navigation Acts
in the first year of his reign.
The Dutch, fearing their maritime downfall, and urged on by
the intrigues of France, in 1664 were ripe for a fresh war, but
endeavoured to gain time. Charles, however, seized 130 of their
ships, homeward bound, before the formal declaration of war, and
they were condemned as lawful prizes. War was consequently
C 2
EARL Y SA I LING SHIPS. 2 1
again declared, and a great battle was fought off Harwich, 3rd
June, 1665. The Dutch lost 19 ships and 6000 men ; the English
4 and about 1500 men. In 1666 France declared war against
England, and Denmark was subsidised to assist the allies with a
fleet. In June, 1666, a bloody struggle took place off the coast of
Flanders, when the English lost 2 admirals, 23 great ships, 6000
men, and 2600 prisoners ; and the Dutch lost 4 admirals, 6 ships,
and 2880 men. Another great battle was fought on the 24th July,
when the English beat De Ruyter, driving him into port, and
afterwards burning 100 merchant ships. Negotiations were opened
for peace at Breda, but the Dutch, believing Charles to be trifling,
despatched De Ruyter to the Thames. He destroyed the fortifi-
cations of Sheerness, burnt three ships, and then burnt three more
near Chatham. The Londoners were greatly alarmed, and sunk
seventeen ships at Woolwich and Blackwall, fearing he would sail
up to London Bridge. De Ruyter retired, but scoured the English
coast until the treaty of Breda was signed in July, 1667. Thus
terminated this bitter and bloody struggle. England suffered much,
but Holland still more, and her trade was permanently crippled,
while England's steadily increased, and London succeeded Amster-
dam as the chief emporium of the commercial world.
To go back, in 1591, Thomas Cavendish, an Englishman,
undertook a voyage to the East Indies, which led to the formation
of the great East India Company, in 1600, by London merchants,
assisted by Robert Thorne, of Bristol, the largest and most impor-
tant commercial undertaking recorded in history. This great
company lasted two hundred and fifty-eight years. It commenced
with five vessels, 130 to 600 tons, and gradually increased their
size to 1507 tons. The company had a monopoly of English trade
with India and China, and made vast sums, but their expenditure
was on a lavish scale. They ultimately conquered and held a
large part of India. At one time they had a footing in Japan too.
They had many conflicts with the Dutch and Portuguese, and in
the next century were harassed by French ships of war and
privateers, and had to arm and increase the size of their ships in
order to fight successfully. Between 1700 and 1819 forty-four of
the company's ships were captured by the enemy, although they
were often victorious. They charged enormous freights, as much
as £y> per ton measurement for tea, and their captains made large
fortunes. They were the first to build large English merchant-
ships. In 1858 the company was finally dissolved, and their
territories transferred to the Crown, the trade to India having
been thrown open in 1814, and in 1832 the China trade followed.
2 2 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Up to 1651, as we have seen, English maritime commerce was
pretty well monopolised by the Dutch, the English being busily
engaged in domestic troubles and fighting for political freedom.
A well-known writer of about 1666, Sir Henry Petty, estimated
the tonnage of all Europe at 2,000,000 tons, of which he apportions
900,000 tons to the Dutch, 500,000 to the English, 100,000 to the
French, 250,000 to the Hamburghers, Swedes, and Danes, and
250,000 to Spain, Portugal, and Italy. But between 1666 and 1688
Dr. Charles Davenport says that the British tonnage had doubled.
Such had been the effect of Cromwell's Navigation Laws. France,
her old enemy, sought to maintain supremacy over both the Dutch
and the English, and by means of her navy and privateers, played
havoc with British ships, but on May I2th, 1692, Admiral Russell
defeated the French in the great battle of La Hogue ; and the
treaty of Ryswick, in 1697, led to great prosperity. During these
years, however, England was gradually increasing her colonial
possessions, and thus extending her empire. The Pilgrim Fathers
landed in New England, November 9th, 1620, and laid the founda-
tions of a great nation. Jamaica, Barbadoes, and other West
India islands, the Bermudas, the Bahamas, Nova Scotia, the
Gambia, the Gold Coast Settlements, and St. Helena, were all
conquered or settled in the i/th century.
The English revolution occurred in 1688, and from that time
the trade of the plantations, or colonies, steadily and rapidly
increased.
British ships, however, were still very small. In 1701-2 a
return shows the number of ships owned in the principal ports was
as follows : —
Average Size.
Number of Ships.
Tons. Tons.
London .... 560 84,882 157
Bristol . . . . 165 17.338 105
Yarmouth . .. . 143 9>9I4 69
Exeter .... 121 7.107 58
Hull .... 115 7,564 65
Wbitby . . . . no 8,292 75
Liverpool . . . 102 8,619 84
Scarborough . . . 102 6,860 67
The Dutch Indiamen were evidently copied from the Genoese
carracks, and the early English ships were built on much the
same model, with high poops and forecastles. Cabot's ship was
only 200 tons ; Drake went round the world in the Pelican, of
loo tons, and four smaller vessels ; Frobisher started for China
EARLY SAILING SHIPS.
via the north-west, in 1576, with the Gabriel and Michael, of only
25 tons, and discovered Greenland. Within the memory of the
writer (1838-50) ships of 300 tons traded to India and China, and
barques of 200-300 tons to the West Indies, while the trade of
Quebec was carried on chiefly by brigs of 150 to 300 tons. Now
Great Britain owns many iron sailing-ships of 2000 to 3000 tons,
and one four-masted ship of 3336 tons.
To return, we must pass rapidly over the i8th century, the great
modern development of British shipping not having commenced
till the i Qth.
Scotland was united to England in 1707, which gave an im-
mense impulse to the commerce of the former. War often caused
serious losses to British shipping, and during the reign of
George I. (1714-27) hordes of privateers and buccaneers infested
the seas whenever war was declared, plundering legitimate com-
merce. Many new colonies were added, and the century was
remarkable for English maritime expeditions, which added to the
geographical knowledge of mankind, and promoted the peaceful
arts of commerce. Among these were those commanded by
Dampier in 1699; Anson in 1740; Byron in 1764; Wallis, and
Carteret, and Cook. Gibraltar was captured in 1704; Canada in
1759-60 ; Honduras in 1783 ; and the Straits Settlements in 1785 ;
New South Wales wras colonised with convicts in 1787 ; and Sierra
Leone in the same year.
But now another great maritime power came into existence.
The American colonies demanded, and at length obtained, sever-
ance from the Mother Country. In 1776 they signed the
" Declaration of Independence," and after coercive measures had
failed, it was finally acknowledged on the 3oth November, 1782,
but the treaty was only signed on 3rd March, 1783, and ratified by
Congress 4th January, 1784. Though they could not interfere with
the foreign or coasting trade of Great Britain, except to and from
their own ports, they rapidly produced some of the finest sailing-
ships in the world. They were singularly favoured by Nature for
maritime affairs. They had great forests of oak and pitch pine,
both eminently suitable for shipbuilding. New York and New
England possessed numerous deep-water harbours, and the latter
had a large, hardy, seafaring 'population. The early New York
packet-ships were splendid specimens of naval architecture, 800 to
1800 tons, and most of them with three decks. They almost
monopolised the trade between England and the United States for
many years ; they often made rapid passages in the spring and
summer, but in winter they had to contend with such heavy
24 THE HIS TOR Y OF NOR TH A TLA NT 1C STEAM NA VIGA TION.
westerly gales that they sometimes occupied sixty, seventy, eighty,
and even ninety days to reach New York. Many of them carried
one thousand emigrants, but after a long and bitter struggle with
iron screw steamships they finally disappeared in 1860.
In 1793 commenced the terrible struggle with Napoleon, lasting
with shoit intervals until 1815, paralysing British trade, and
involving Great Britain in an enormous debt, heavy taxation,
suspension of specie payments, and a commercial panic ; at the
close of this war the debt stood at ^900,000,000, or $4,500,000,000 1
Then the war with the United States lasted from 1812 to 1817.
In 1849 the discovery of gold in California led to a great demand
for extreme clipper ships, and the United States turned out the
largest and the finest wooden sailing ships afloat. In 1851 a
similar discovery in Australia led to great activity among
British and Colonial shipbuilders. Quebec, St. John, N.B., and
Nova Scotia, all turned out large wooden clippers up to 1800 tons.
During the war with Napoleon, too, Ceylon, Trinidad, Malta,
British Guiana, Cape Colony, Mauritius, and Ascension were
added to the British Colonial Empire.
The re »eal of Cromwell's Navigation Laws in 1849 gave tb .
American - access to the whole foreign and colonial trade of
Great Britain, and they became severe competitors with the
British, so that at one time, in 1861, they owned (including river
and lake onnage) slightly more tonnage than Great Britain and
Ireland, say 5,400,000 tons. But during the terrible Civil War a
few privateers fitted out by Southerners, chief of which was the
celebrated Alabama, so crippled American commerce by burning
Northern ships at sea, that United States shipowners rapidly
transferred their tonnage to neutral flags or sold them.
But all this while two revolutions were quietly going on, both of
which greatly favoured Great Britain above every other nation,
and ultimately placed her in her present proud position. Iron and
steam were the agents. Steam tonnage replaced sailing vessels,
and iron and steel wooden hulls, and to the history of these two
great revolutions we must now turn.
CHAPTER III.
HISTORY OF THE MARINE STEAM ENGINE.
EMINENT naturalists, such as Owen, Darwin, and Paley, have
often pointed out that many of the inventions of man are but
feeble imitations of the wonderful works of Nature. This is true as
regards the steamship. The tail of the fish embodies the principle
of the oar and the screw propeller, and it has long been a proverb
among sailors that " a cod's head and a mackerel's tail " form the
best possible design for a fast-sailing ship. The web foot of the
£uck was the prototype of the paddle wheel. The cuttlefish is
propelled by ejecting a fluid from a tube, exactly as ?s H.M.S.
Watervuitch, or Dr. Jackson's Evolution}- The swan extends her
wings as sails to catch a favouring breeze. The combined action
of the paddle wheel and screw propeller will be found in the micro-
scopic insects Paramacium caudatum and Paramcuium com-
pressum, and even the bulkheads of the modern iron steamship
have their exact counterpart in the shell of the little nautilus,
while the spider's web is composed of four thousand strands, and
is fifty per cent, stronger in proportion than our steel wire rope.
The idea generally entertained that the power of steam is
a modern discovery has been proved to be erroneous, for it was
known 120 B.C., when Hero of Alexandria experimented with it
and published an account of his " ^Eolipile " in his treatise on
pneumatics.
Mr. Bourne states that the principle of the " ^olipile " is the same
as that embodied in Avery and Ruthven's engines for the pro-
duction of rotary power.
The works of Woodcroft show that as early as the I3th century
Roger Bacon spoke "of a vessel which, being almost wholly
submerged, would run through the water against waves and winds
with a speed greater than that attained by the fastest London
pinnaces." In 1601 Baptista Porta, of Naples, published many
1 Darwin.
THE HISTORY OF NORTH ATLANTIC STEAM NAVIGATION.
curious experiments on the power of steam and its condensation.
In 1615 Solomon de Caus shows that he was well acquainted with
the power of steam. In 1618 David Ramsay obtained a patent
for an invention " to make boates for carriages running upon the
water as swift in calmes and more safe in stormes than boates
full sayled in great windes," and in 1630 he patented a plan "to
make boates, ships, and barges to goe against the wind and
tide."1
In 1637 Francis Lin patented a similar plan, and in 1646
Edward Ford proposed another. In 1661 the Marquis of
Worcester, a wonderful man, was certainly the first to make an
actual steam engine : he refers to " a boat that roweth or letteth even
against wind and stream," and he speaks of " water rarefied by
fire." In the same year, Hooke described windmills, in which we
have all the main features both of the screw propeller and feather-
ing wheel.2 Papin, who was driven from France by the revocation
of the Edict of Nantes, and elected F.R.S. in 1681, describes
in 1690, "a steam cylinder in which a piston descends by atmo-
spheric pressure, when the steam below it is condensed," and as one
of its uses he mentions, " the propulsion of ships by rames and
volatiles," or paddle wheels.3 He certainly first suggested the
vacuum.
Thomas Savery, one of the most ingenious men of his age,
proposed in 1696, a mode of raising water by "the impelling force
of fire," adding, " it may be very useful to ships."4
Thomas Newcomen, a working blacksmith of Dartmouth
(Devon), greatly improved Savery's engine in 1705, and Papin
used it to propel a steamboat on the Fulda. .
Jonathan Hulls, of Campden (Gloucestershire), in 1736 made
some practical progress, and secured a patent for propelling a steam-
boat by a steam engine driving a stern wheel? which was the first
steamboat authentically recorded ; although his boat was hardly
fitted for the purposes of commerce, many such have since been
used in the United States and Australia.
But it was not until the 5th January, 1769, when James Watt, a
native of Greenock, obtained his patent, that any steam engine
could be effectually adopted in marine propulsion. Watt was a
mathematical instrument maker, and his first connection with the
steam engine arose from his having been requested by the
Professors of Natural Philosophy in the University of Glasgow to
1 Woodcraft. 2 Bourne. 3 Woodcraft, pp. 16, 17.
4 ' The Miners' Friend.' « Woodcraft.
HISTORY OF THE MARINE STEAM ENGINE. 2 7
repair a model of one of Newcomen's engines in 1764. Among his
various improvements in the steam engine, the most important
were the separate condenser, and the double-acting engine for
causing the steam to act above the piston as well as below it.
These rendered the power of the engine much more effective, and
caused considerable economy. He also invented the crank, and
in 1781 the "sun and planet motion" ; this did not answer, but his
partner, James Pickard, in 1780 patented a method of working a
mill with a rotary motion by means of the present connecting rod,
crank and flywheel, constituting the second important improvement
in the steam engine. There seems little doubt, however, that Watt
was the real inventor of the crank, but neglected to take out a
patent.1 Joseph Bramah, a man of genius, in 1785 obtained a
patent and proposed to propel vessels through the medium of either
a paddle wheel or a screw propeller, but there is no record of his
having put it into practice. Patrick Miller, of Dalswinton, Scotland,
in 1787 published a pamphlet on the subject of propelling boats by
means of paddle wheels turned by men, and spent some ,£30,000 in
experiments. A tutor in his family, Mr. James Taylor, urged
Mr. Miller to apply steam to drive the wheels of his boat, and at
last he was induced to employ a young, hardworking operative
engineer, William Symington, who soon produced the desired
results. The engine was placed in a small pleasure boat only
twenty- five feet long, and tested on Loch Dalswinton, I4th Novem-
ber, 1788. Although the cylinders were only four inches in
diameter, it drove the boat at the rate of five miles an hour. After
a few days it was taken out, and is now in the Patent Office
Museum, London. In 1789 it was resolved to repeat the experi-
ment on a larger scale on the Forth and Clyde Canal. A double
engine, with 1 8-inch cylinders, was built at the Carron Ironworks,
fitted on board another of Miller's vessels, and tried on Dalswinton
Loch in December, 1789, with great success, making 65 to 7 miles
an hour. More than ten years elapsed before Symington found
another patron. In 1801 Lord Dundas employed him to fit up a
steamboat to tow barges on the Forth and Clyde Canal, and called
her the Charlotte Dundas, after his daughter. Having availed
himself of Watt's improvements, Symington patented his new
engine I4th March, 1801, and in the opinion of most impartial
-'writers, she was the first practical steamboat? In March, 1802,
1 Muirhead's 'Life of Watt.'
2 John Fitch, the son of a Connecticut farmer, who was born in 1743, was
a genius and a prophet. He was engaged at the same time as Symington in
experimenting on steamboats ; but he was far less of a practical engineer than
28 THE HIS TOR Y OF NOR TH A TLA NT 1C STEAM NA VIGA TION.
she went on her trial trip and was most successful. Her cylinders
were 22 inches with 4 feet stroke. The Duke of Bridge water gave
him an order to construct eight similar vessels, but the Duke died
before the details of the agreement were completed. The Charlotte
Dundas was laid up out of fear that she would injure the banks of
the canal.
Poor Symington, being in great poverty, at length received £i$o
from the Privy Purse, and now, in the year 1891, a bust of him has
at length been placed in the Edinburgh Museum of Science
and Art !
Mr. Woodcroft says : " Symington had the undoubted merit of
having combined for the first time those improvements which
constitute the present system of steam navigation" It is a singular
fact that Watt discouraged Symington, predicting the failure of his
engine, and threatening him with legal penalties if it succeeded.
In 1800 Henry Bell, of Helensburgh, opposite Greenock, laid
before the Government his invention for the improvement of steam
navigation, but it was not until January, 1812, that he completed
^ the Lomet. She was the first passenger steamboat built in Europe ;
40 feet keel, io| feet beam, and only 4 H.P. She was built for
Bell by John Wood & Co., of Port Glasgow, and ran between
Glasgow, Greenock, and Helensburgh three times a week.
Two claims have been made by Americans for priority. John
C. Stevens spent thirteen years (1791-1804) and $20,000 in experi-
ments, and in 1804 tried small twin-screw propellers near New
York ; but he admitted that, on the whole, his attempts were
unsuccessful.
Robert Fulton, also an American, a very ingenious and enter-
prising civil engineer, built the Clermont and ran her on the
the young Scotch mechanic. He first proposed to use vertical oars, worked
by cranks, turned by a horizontal steam engine. In 1786 he tried his
machine at Shepherdstown, Pennsylvania, in a boat of nine tons. In 1787
he built another boat, 45 x 12 feet, with a i2-inch cylinder, the mode of
propulsion being somewhat similar, in which he is reported to have made the
trip from Philadelphia to Burlington, at an average rate of seven miles
an hour.
In 1790 he completed another and a larger boat, propelled in a different
manner. But the grasshopper paddles, which he now employed, were not
adapted for the general purposes of navigation. It is evident that his plans
were either not adapted for practical purposes, or that the machinery was too
complicated, or too expensive. He once wrote: "This, Sir, whether I
bring it to perfection or not, will be the mode of crossing the Atlantic in time
for packets and armed vessels." A remarkable prophecy. But all his plans
failed ; he was generally deemed to be crazy, and died in 1798.
HISTORY OF THE MARINE STEAM ENGINE. 2Q
Hudson River in 1807 with 24-inch cylinders, and 4-feet stroke
(Symington's was 22 in. by 4 feet), but it is now well known that in
1802 he called on Symington, saw the latter's engine in motion,
and was allowed to take notes and sketches of it, under a promise
that Symington should have the superintendence of building such
vessels in the United States. But he never afterwards com-
municated direct with Symington.
Moreover, Bell had forwarded to the U.S. Government in 1803, a
detailed account of his method of propelling vessels, and it seems
that Fulton had been given or shown the plans. By a letter
addressed by Bell to the Caledonian Mercury in 1816, it appears
that Fulton wrote him (probably in 1803), requesting him to call
on Mr. Miller and Mr. Symington, and to send him a drawing
and description of the last boat, with the machinery. These were
sent out, and sometime afterward Fulton answered that he had
"constructed a steamer from the different drawings of the
machinery forwarded to him by Bell which was likely to succeed
with some necessary improvements." It has" also been stated
that the Clermonfs engine was built by Boulton and Watt, of
Birmingham, England.
The Comet did not pay, and she was sent to ply on the Firth of
Forth, where she usually ran 27 miles in 3^ hours (74 miles an
hour). Her engine is now in the Kensington Museum, London.
Bell failed to profit by his undertaking, and died at Helensburgh in
1830, aged 63, having been chiefly supported in his declining years
by an annuity of ^50 a year, granted him by the Clyde trustees. 1
No merit therefore as the inventor of the present system of tteam
navigation can be conceded to either Fulton or Bell. In fact
there can be no doubt that Symington's Charlotte Dundas was
superior in mechanical arrangements to either the Comet or the
Clermont; but both were instrumental in the introduction, for
commercial purposes, of steam navigation. It is only just to Fulton
to remark that he never claimed to be the inventor of the steam
engine as applicable to marine propulsion ; Mr. Lindsay too says
that he never took out a patent for his engine, but another writer
affirms that he did, and gives the date as February, 1809.
The success of the Comet and Clermont soon led to many others.
In 1813 Leeds, Manchester, and Bristol built one each, and in
1814 Hull built another. In December, 1814, the first steamboat
was seen on the Thames, the Margery, 70 tons, 14 H. P. In 1815
the first arrived at Liverpool from the Clyde. In 1818 David
1 James Deas, C.E. In 1889 the Clyde alone turned out 250 ships, of
335,201 tons, of which 253,374 tons were iron or steel steamships !
30 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Napier, a name more associated than any other in Great Britain
with the early development of the steam engine, launched the first
sea-going steamboat from the yard of William Denny, of Dumbarton,
the Rob Roy; she was only 90 tons and 30 H.P., but she ran between
Glasgow and Belfast with great success.
In 1 826 the first of the so-called leviathans, the United Kingdom,
was built by Robert Steele, of Greenock, to run between London
and Leith. She was 160 feet long, 265 feet beam, 200 H.P., and
was considered the wonder of the day. She was no doubt the
prototype of the Royal William, laid down at Quebec four years
later, and launched in April, 1831.
CHAPTER IV.
THE STEAMBOAT IN CANADA.
CANADA, and especially Montreal, was closely identified with the
introduction of steam navigation. It is remarkable, but perfectly
true, that a steamboat carrying passengers ran between Montreal
and Quebec in 1809, three years before any such vessel ran in
Great Britain. This was the Accommodation, 75 feet keel, and
85 feet on deck, and was doubtless copied from Fulton's Clermont.
On her first trip she occupied sixty-six hours, thirty of which she
was at anchor.1 She was due to the enterprise of the late
John Molson.
In 1813, she was followed by a larger boat, the Swiftsure,
130 feet keel, and 140 feet on deck, with a beam of 24 feet, which
made the downward trip in 22^ hours.2 In the same year the
Car of Commerce was built, followed, in 1817, by the Quebec of
100 tons, and 100 I.H.P., the engines for which were supplied by-
Messrs. Maudslay & Sons, of London, England ; and also the
Lanzon, a ferry steamboat, 150 tons, and 50 H.P.
In 1833, Quebec sent forth the first Atlantic steamship, the Royal
William, which steamed from Quebec to London (via Pictou) in
25 days, four years before any other ship succeeded in doing it.
1 Quebec Mercury, 1809. Mr. WiUiam McLennan writes, that she left
Montreal, November 3, 1809, and made the run in thirty-six hours. The fare
was ^2 los. — $12.
2 Quebec Mercury.
3- THE HIS TOR Y OF NOR TH A TL ANTIC S TEA At NA VTGA TION.
CHAPTER V.
EPOCHS IN ATLANTIC STEAM NAVIGATION.
THE history of Atlantic steam navigation is, in truth, only an
illustration of the progress of the human mind. At the beginning
of this century there was not a single trading steamship in
existence. The Comet of 1812 has multiplied into 12,000 steam-
ships, measuring over 16 million tons, of which about 63 per cent,
belong to the United Kingdom, trading to every corner of the
world. Her 20 tons have multiplied into a ship of 18,000; her
40 feet to 692 feet ; and her 4 H.P.1 to 30,000 in a single ship.
Symington's 4-inch cylinder has grown to 120 inches ; the pressure
of steam in the boiler has increased from 13 Ibs. to 200 Ibs. on the
square inch ; the 243 knots, the maximum of the Great Western
in 1838 to 560; and the average speed from 8* 2 to 22*01 knots,
while the consumption of coal has decreased from about 5i Ibs. to
if Ibs. per I. H.P. per hour, and is continually diminishing. There
have been at least six distinct epochs in Atlantic steam navigation
during these years.
ist. Sail to wooden paddle (for speed), 1833.
2nd. Wood to iron hulls (for strength), 1843.
3rd. Paddle to screw (for economy), 1850.
4th. Simple to compound engines (to save fuel), 1856.
5th. Iron to steel hulls (for cost), 1879.
6th. Single to twin screws (for safety), 1889.
These epochs it is proposed to consider in the order given
above.
1 H.P. means nominal horse-power, an arbitrary rule of the British
Admiralty, depending on the diameter of the cylinders, and the length of the
stroke. I. H.P. means the actual power exerted by the engines, as shown by
an indicator.
EPOCHS IN A TLANTIC STEAM NA VIGA TIOK. 33
FIRST EPOCH.
Some dispute has arisen as to the first North Atlantic steamship,
but there is no difficulty now in giving the exact truth. As,
'however, numerous errors and contradictions have occurred, and
been perpetuated, as to these early steamships, it seems desirable
to correct them and place the facts beyond doubt. Even so high
an authority as the Canadian Government statistician, Mr. George
Johnson, tells us that the Great Britain was built at London,
(England), whereas the writer saw her building at Bristol. Mr.
McCord contradicts Mr. Miles's prize essay as to the Royal
William, and both are now proved to be wrong, as we shall see.
A recent article in ' Scribner's Magazine ' also contains several
errors.
The claim of the Savannah may be dismissed in a few words.
She never was a " steamship " in the ordinary meaning of the
term, and on the only occasion on which she attempted to steam
across the Atlantic, she failed to accomplish it. Some say she
tried it in 1818, and some say it was in 1819. Some give her port
of departure as Savannah, and some say she sailed from New
York. A recent writer * has cleared up these points satisfactorily.
She was a small sailing ship of 350 tons, built at New York, for a
sailing packet between New York and Havre. When building,
she attracted the attention of Captain Moses Rogers, who had
been associated with Fulton and Stevens in commanding the
Clermont and several other early steamboats on inland waters ;
on his advice, she was purchased by Messrs. Scarborough & Isaacs
of Savannah, Georgia. She was rigged as a ship, steam appa-
rently being intended as an auxiliary in calms or light head winds.
Her engine was built by Stephen Vail, afterwards associated
with Morse in the invention of the telegraph, at the Speedwell
Ironworks, near Morristown, New Jersey. It had only one
cylinder of 40 inches diameter with 6 feet stroke. Her paddle
wheels were of wrought iron, and comprised 8 radial arms, held
in place by one flange, and so constructed as to enable them
to be closed together like a fan. They were furnished with
a series of joints, so that they could be detached speedily from the
shaft and taken on deck, which could be done in twenty minutes.
She left New York on March 29th, i8i9,/<?r Savannah, where she
arrived on April 6th, as duly recorded in the Savannah Republican
of the 7th. In the same paper, we have the following advertise-
1 ' Our Ocean Railways,' by A. Fraser-Macdonald, pp. 37, 46.
D
34 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
ment on the igth May: '''The steamship Savannah, Captain
Rogers, will, without fail, proceed for Liverpool direct to-morrow,
20th inst," but she only actually sailed on the 22nd. She
was spoken with on the 29th, in lat. 27.30° N., which settles
her port of departure. Her log shows that she was off Cork on
the 1 7th June, when there was "no cole to git up steam," but
"with all sails set to the best advantage," she appears to have
arrived in the Mersey at 6 P.M. on the 2Oth, " making the run in
29 days 1 1 hours from Savannah to Liverpool, during which the
engine worked the wheels only 80 hours." 1 This affords ample
proof of what has been stated. On the 2ist July, she sailed for
St. Petersburg, via Stockholm, where she arrived on I3th Sep-
tember, steam being used for only 239 hours. On the loth October
she sailed for Savannah. The engines were not r.sed on any
single occasion during it until November 3oth, when, as the log
informs us, Captain Rogers " took a pilot inside the bar, and
at 10 A.M. anchored in Savannah river and furled sails — got under
weigh with steam and went up and anchored off the town."
So that as an Atlantic steamship she was a complete failure.
In 1820 she was sold, her engines taken out, and she was employed
as a sailing packet between Savannah and New York, and subse-
quently lost on Long Island.
The honour undoubtedly belongs to Quebec, and all the facts
relating to the ship have recently been given by her builder, and
the true dates ascertained from the diary of the Quebec Exchange
(both unimpeachable authorities).
Mr. W. S. Lindsay, ex-M.P., in his admirable ' History of
Merchant Shipping,' says, in a note, "The Royal William was
between 400 and 500 tons, built at Three Rivers, and her engines,
constructed in England, were fitted into her at St. Mary's Foundry,
Montreal. She only made this one Atlantic passage, and was sold
to the Portuguese Government."
Here are three historical errors in half-a-dozen lines, and they
have been very widely copied.
Mr. James Goudie, who brought out her plans from Greenock,
and acted as foreman, has recently given the facts in a published
letter to Mr. Archibald Campbell, of Quebec.
She was 830 tons. She was built at Cap Blanc, Quebec, near
the toll-gate, by George Black and John Saxton Campbell for a
Quebec company, to run between Quebec and Halifax, N.S. Her
engines were put in by Bennett & Henderson, of Montreal, and
\ Captain Rogers, written to a Connecticut paper in 1838.
EPOCHS IN A TLANTIC STEAM NA VIGA TION. 35
she was sold in London to the Spanish Government as a warship
or transport. Her dimensions were 146 feet keel, 176 feet over all ;
beam, 27 feet 4 inches, and 43 feet IP inches outside the paddle
boxes ; depth, 17 feet 9 inches, very nearly the same dimensions as
the United Kingdom.
The diary of the Quebec Exchange, as published in the Montreal
Gazette ', shows that she was launched on Friday, April 29th, 1831,
in the presence of His Excellency Lord Aylmer, and named by
Lady Aylmer after the reigning king, the band of the 32nd
Regiment attending.
She arrived at Montreal, May 2nd, and sailed from Quebec,
August 24th on her first trip to Miramichi, P. E. Island, and
Halifax. She finally left Quebec for London at 5 A.M. of August
4th, 1833, under the command of Captain McDougall, steaming all
the way, but calling at Pictou for coal, and at Cowes, arriving at
Gravesend, September nth. These are the facts. Mr. Miles gave
the date as the i8th, and Mr. Me Cord as the 5th, both doubtless
quoting from untrustworthy authorities. Thus are historical errors
perpetuated.
The facts contained in the following article relating to these
early ships may be accepted as indisputable : —
"ROYAL WILLIAM."
SOME FACTS ABOUT THE LITTLE CRAFT.
Quebec has the honour of building the first steamer that crossed the Atlantic —
built by a Scotchman.
A writer in ' Chambers' Journal ' says : " In many quarters the idea seems still
to prevail that the first steamer to cross the Atlantic was the Savannah, which
in 1819 made the voyage from the port of the same name in Georgia to
Liverpool in twenty-five days. The Savannah, however, was not a steamship,
and was under sail more than two-thirds of the way across. She was a full-
rigged packet ship, and had on her deck a small steam engine, by means of
which motion was given to the craft in smooth water when the wind failed.
The log is full of such entries as: 'At 8 A.M. tacked ship to the westward ;'
'Took in the mizzen and foretop-gallant sails ;' 'Got the steam up, and it
came on to blow fresh — we took wheels in on deck in thirty minutes ; ' ' Stopped
wheels to clean the clinkers out of the furnace ; ' ' Started wheels,' and so on.
In 1838, the Sirius and the Great Western successfully made the journey from
England to America ; but five years before that date, Canadian enterprise
accomplished the feat of bridging the Atlantic Ocean with a little vessel
propelled wholly by steam. This was the Royal William, whose beautiful
model was exhibited at the British Naval Exhibition in London, where she
attracted the attention and curiosity of the first seamen in the empire. The
•D 2
3 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Royal William — named in honour of the reigning sovereign — was built in the
city of Quebec by a Scotchman, James Goudie, who had served his time and
learned his art at Greenock. The keel was laid in the autumn of 1830, and
her builder, then in his twenty-second year, writes : ' As I had the drawings
and the form of the ship, at the time a novelty in construction, it devolved
upon me to lay off and expand the draft to its full dimensions on the floor of
the loft, where I made several alterations in the lines as improvements. The
steamship being duly commenced, the work progressed rapidly, and in May
following was duly launched, and before a large concourse of people was
christened the Royal William. She was then taken to Montreal to have her
engines, where I continued to superintend the finishing of the cabins and deck-
work. When completed she had her trial trip, which proved quite satis-
factory. Being late in the season before being completed, she only made a
few trips to Halifax.' The launching of this steamer was a great event in
Quebec. The Governor-General, Lord Aylmer, and his wife were present, the
latter giving the vessel her name. Military bands supplied the music, and the
shipping in the harbour was gay with bunting. The city itself wore a holiday
look. The Royal William, propelled by steam alone, traded between Quebec
and Halifax. While at the last-named place she attracted the notice of
Mr. Samuel Cunard, afterwards Sir Samuel, the founder of the great trans-
continental line which bears his name. It is said that the Royal William
convinced him that steam was the coming force for ocean navigation. He
asked many questions about her, took down the answers in his note-book, and
subsequently became a large stockholder in the craft. The cholera of 1832
paralysed business in Canada, and trade was at a standstill for a time. Like
other enterprises at this date, the Royal William experienced reverses, and \
she was doomed to be sold at sheriff's sale. Some Quebec gentlemen bought
her in, and resolved to send her to England to be sold. In 1833 the eventful
voyage to Britain was made successfully, and without mishap of any kind.
The Royal Williams proportions were as follows : builder's measurement, i
1370 tons ; steamboat measurement, as per Act of Parliament, 830 tons ;
length of keel, 146 feet ; length of deck from head to taffrail, 176 feet ; breadth
of beam inside the paddle boxes, 29 feet 4 inches ; outside, 43 feet 10 inches ;
depth of hold, 17 feet 9 inches. On the 4th of August, 1833, commanded by j
Captain John M'Dougall, she left Quebec, via Pictou, Nova Scotia, for
London, under steam, at five o'clock in the morning. She made the passage .
in twenty-five days. Her supply of coal was 254 chaldrons, or over 330 tons, i
Her captain wrote : ' She is justly entitled to be considered the first steamer
that crossed the Atlantic by steam, having steamed the whole way across.'
About the end of September, 1833, the Royal William was disposed of
for ten thousand pounds sterling, and chartered to the Portuguese Govern- j
ment to take out troops for Dom Pedro's service. Portugal was asked
to purchase her for the navy, but the admiral of the fleet, not thinking well '-.
of the scheme, declined to entertain the proposition. Captain M'Dougall :
was master of the steamer all this time. He returned with her to London
with invalids and disbanded Portuguese soldiers, and laid her up at Deptford
Victualling Office. In July, orders came to fit out the Royal William
to run between Oporto and Lisbon. One trip was made between these
ports, and also a trip to Cadiz for specie for the Portuguese Government. I
On his return to Lisbon, Captain M'Dougall was ordered to sell the steamer!
EPOCHS IN A TLA NT 1C STEAM NA VIGA TION. 37
to the Spanish Government, through Don Evanston Castor da Perez, then
the Spanish ambassador to the court of Lisbon. The transaction was
completed on the loth of September, 1834, when the Royal William became
the Ysabel Segunda, and the first war steamer the Spaniards ever possessed.
She was ordered to the north coast of Spain against Don Carlos. Captain
M'Dougall accepted the rank and pay of a commander, and, by special proviso,
was guaranteed six hundred pounds sterling per annum, and the contract to
supply the squadron with provisions from Lisbon. The Ysabel Segunda
proceeded to the north coast ; and about the latter part of 1834, she returned
to Gravesend, to be delivered up to the British Government, to be converted
into a war steamer at the Imperial Dockyard. The crew and officers were
transferred to the Royal Tar, chartered and armed as a war steamer, with
six long thirty-two pounders, and named the Reyna Governadoza, the name
intended for the City of Edinburgh steamer, which was chartered to form part
of the squadron. When completed, she relieved the Royal Tar, and took her
name. In his interesting letter, from which these facts are drawn, to Robert
Christie, the Canadian historian, Captain M'Dougall thus completes the story
of the pioneer Atlantic steamer : The Ysabel Segunda, when completed at
Sheerness Dockyard, took out General Alava, the Spanish ambassador, and
General Evans and most of his staff officers, to Saint Andero, and afterwards
to St. Sebastian, having hoisted the Commodore's broad pennant again at
Saint Andero ; and was afterwards employed in cruising between that port and
Fuente Arabia and acting in concert with the Legion against Don Carlos until
the time of their service expired in 1837. She was then sent to Portsmouth
with a part of those discharged from the service, and from thence she was
taken to London and detained in the City Canal by Commodore Henry until
the claims of the officers and crew on the Spanish Government were settled,
which was ultimately accomplished by bills, and the officers and crew dis-
charged from the Spanish service about the latter end of 1837, and Ysabel
Segunda, delivered up to the Spanish ambassador, and after having her
engines repaired, returned to Spain, and was soon afterwards sent to Bordeaux,
in France, to have the hull repaired. But on being surveyed, it was found
that the timbers were so much decayed, that it was decided to build a new
vessel to receive the engines, which was built there, and called by the same
name, and now (1853) forms one of the royal steam navy ot Spain, while her
predecessor was converted into a hulk at Bordeaux. This, in brief, is the
history of the steamer which played so important a role in the maritime annals
of Canada, England, and Spain. Her model is safely stored in the rooms of
the Literary and Historical Society of Quebec, where it is an object of profound
veneration. At the request of the Government, a copy of the model has been
made, and will form part of the Canadian exhibit to the World's Fair at
Chicago." *
The honour, however, of building the first steamship expressly
for the Atlantic trade, to cross 'without re-coaling, unquestionably
1 The article in ' Chambers' Journal ' was founded on a lecture delivered by
Archibald Campbell, Esq., before "The Literary and Historical Society of
Quebec," and on a work entitled 'Quebec Past and Present,' written by
J. M. Lemoine, Esq., F.R.S.C.
3 THE HISTORY OF NOR TH A TL ANTIC STEAM NA VIGA TION.
belongs to Bristol, England, and the writer saw her launched on
the iQth July, 1837. This was the Great Western, thus refuting
the opinion of Dr. Lardner, given in a lecture at Liverpool, and
reported in the Liverpool Albion of December I4th, .1835, m which
he said —
"As to the project, however, which was announced in the newspapers of
making the voyage directly from New York to Liverpool, it was, he had no
hesitation in saying, perfectly chimerical, and they might as well talk of making
a voyage from New York or Liverpool to the moon. The vessels which would
ultimately be found the best adapted for the voyage between this country and
the United States would be those of 800 tons, which would carry machines
of 200 H. P."
Mr. Macgregor Laird ridiculed this in the Albion of December
28th, over the signature " Chimera." In the eighth and last edition
of his book on the " steam engine," Dr. Lardner, however, declares
that he never stated that a " steam voyage across the Atlantic was
a physical impossibility." This, of course, does not tally with his
Liverpool lecture.
The Great Western was designed and built by William Patterson,
of Bristol, of wood, for the " Great Western Steamship Company,"
and was launched July IQth, 1837. She was of unusual strength,
her bottom being solid, and her frame secured with iron diagonal
bracing. Her dimensions were 212 x 35*4 x 23*2, 1340 tons
gross, and 679 tons net,1 with a round stern, and Neptune for a
figure-head. Her engines, by Maudslay & Sons, of London, were
440 H.P. nominal, cylinders of 73! inches with 7 feet stroke.
Lieutenant James Hosken, R.N., was her first commander, and
afterwards B. R. Matthews. She sailed from Bristol on the
1 There have been three systems of measurement in vogue in Great Britain,
ist. Builders, or the old measurement (O. M. ) under the law of 1773, a very
rough calculation. 2nd, New Measurement (N. M.) of 1834, amended by
6 & 7 Viet. ch. 84, and consolidated by 8 & 9 Viet. ch. 89 : and 3rd, new
new, measurement (N. N. M.), the present law enacted in 1854. The last was
devised by Moorsom, and is by far the most scientific of the three ; the ship
being gauged in sections, just like a cask of wine. Under the law of 1834,
engine, boiler, and coal spaces are deducted from the gross tonnage for dock
dues, wharfage, &c. The Board of Trade, too, for a time allowed the space
under spar (or upper) deck (as in the Allan boats) to be deducted, but this
was abused through a clerical error in the Act, and has recently been repealed.
There are also three modes of ascertaining the length of a ship, hence
apparent disagreements in description ; first, the keel ; second, between perpen-
diculars ; that is between the stem and stern post ; and third, the length on
deck, or over all. The official rule is between perpendiculars, but the length
on deck is the popular method. Latterly the spaces occupied by crew and
passengers have also been deducted from gross tonnage.
OF THE
UNIVERSITY
OF
EPOCHS IN A TLA NT 1C S TEA M NA VIGA TION. 4 1
8th April, 1838, and arrived at New York on the 23rd, direct, in
fifteen days. Her best day's run was 243 knots, and her average
208, or equal to 8*2 knots per hour, burning 655 tons of coal.
Commenting upon the arrival of the Sirius and Great Western,
the New York Courier and Enquirer of April 24th, 1838, said —
"What may be the ultimate fate of this excitement — whether or not the
expenses of equipment and fuel will admit of the employment of these vessels
in the ordinary packet service — we cannot pretend to form an opinion ; but of
the entire feasibility of the passage of the Atlantic by steam, as far as regards
safety, comfort, and despatch, even in the roughest and most boisterous
weather, the most sceptical must now cease to doubt."
The New York papers of 24th April, 1838, advertise her thus—
"British Steam Packet Ship Great Western, James Hosken, R.N. Com-
mander, having arrived yesterday from Bristol, which place she left on
8th inst. at noon, will sail from New York for Bristol on Monday, May yth,
at 2 P.M. She takes no steerage passengers. Rates in the cabin, including
wines and provisions of every kind, 30 guineas ; a whole stateroom for one
person, 50 guineas. Steward's fee for each passenger, j£i icw. sterling.
Children under thirteen years of age, half-price. No charge for letters or
papers. The captain and owners will not be liable for any package, unless bill
of lading has been given for it. 100 to 200 tons can be taken at the lowest
current rates. Passage or freight can be engaged, a plan of cabin may be
seen, and further particulars learned by applying to Richard Irvin, 98, Front
Street."
She left New York 7th May, and arrived back on the 22nd.
While she was fitting out, the Sirius, Lieutenant Roberts, R.N.,
commander, built by Menzies, of Leith, 703 tons, 320 H.P., engines
by Wingate, 178 feet x 25 \ x 18^, trading between London
and Cork, left London for New York, and arrived a few hours
before her ; but Mr. Johnson is in error in saying that she steamed
from London to New York in i8|- days. She re-coaled at Cork,
sailing/r<?;;z thence 4th April, and was eighteen days from Cork to
New York, running out of coal, and burning spars, resin, etc.
In the Marine News of April 4th, 1838, published in New York,
the agents of the Sirius advertise her as a "new and powerful
steamship, 700 tons burden, 320 H.P." The advertisement
continues —
"This vessel has superior accommodations, and is fitted with separate
cabins for the accommodation of families, to whom every possible attention
will be given.
"Cabin, $5i4c'oo, including provisions, wines, etc.
" Second cabin, <S>8o'oo, including provisions."
She left New York ist May and arrived i8th. The Great
42 THE HIS TOR Y OF NOR TH ATLAN TIC S TEA M NA VIGA TION.
Western ran regularly for nine seasons, lying up in winter ; and
although the passage-money was so high, fifty guineas, she was a
great favourite. Her best time East is said to have been 10 days,
10 hours, 15 minutes.1 The company tendered to carry the mails,
but failed to get the contract, and were ultimately beaten off by
the heavily subsidised Cunard boats. She was sold to the Royal
Mail Company for ^25,000, ran for ten years between South-
ampton and the West Indies, and was finally broken up at
Vauxhall in 1857. Her success immediately led to several other
attempts, but only one endured for any length of time. The
Sirius did not attempt a second voyage ; but in July, 1838,
Liverpool despatched another Royal William, the same size as
her namesake, for New York. She belonged to the City of
Dublin Steam Packet Company, was 817 tons, built by Wilson &
Co., 175 x 27 x 17*6 feet, with engines of 276 H.P., by Fawcett
& Preston. She was a failure in point of speed, having occupied
19 days going west, and 14! going east. In October, 1838, the
Liverpool Transatlantic Steam Company purchased from Sir
John Tobin, and despatched the Liverpool from that port. She
was 1150 tons and 468 H.P. (235 x 35 x 21 feet), but was slow and
crank, and occupied i6y days on her first passage from Cove of
Cork, having put back there on the 3Oth October. She was
afterwards improved and her tonnage increased by 393 tons.
On the 7th December, 1839, the President was launched on the
Thames with great tclat. She was built by Curling & Young,
2366 tons, and 540 H.P. Her career was very brief, for in March,
1841, she left New York, and was never seen or heard of again. It
was supposed that she struck an iceberg. Two other boats were
temporarily employed, the Oriental, 1670 tons and 440 H.P., and
the British Queen, 2016 tons and 500 H.P. (234 x 40). All these
boats, however, were soon eclipsed by the subsidised Cunard boats,
which for many years defied all competition.
SECOND EPOCH.
Wood to Iron.
The "Great Western Steamship Company," in 1840, decided on
building a larger ship, and consulted the celebrated engineer,
I. K. Brunei. With his usual boldness he advised an iron ship of
3000 tons, and Mr. Patterson was commissioned to build her.
This was the Great Britain, which, when completed, was the most
One writer says it was "about 13 \ days."
EPOCHS IN A TL ANTIC STEAM NA VIGA TION.
43
magnificent ship then afloat. She was a beautiful model, with
round sides ; a special graving dock was built for her, so as to
avoid launching, and she was designed, like the Great Western,
for a paddle ship. During her construction Mr. T. P. Smith
brought his screw-boat, the Archimedes, to Bristol, and a series of
experiments there convinced Brunei, and although the frames of
the paddle-boxes were already up, he decided to alter her to a
screw. She thus excited the deepest interest throughout Europe.
It is said that no engineer could be found willing to build her
engines of 1500 I.H.P. by contract, and that the company had to
construct them. To forge her main shaft James Nasmyth invented
his celebrated steam-hammer, and the screw-shaft was driven by
"GREAT BRITAIN" IN A GALE OFF LUNDY ISLAND.
four endless chains over a great drum. There were four cylinders,
88 inches diameter with 6 feet stroke. On the igth July, 1843, Prince
Albert came down from Windsor to christen her, and Her Majesty
and many thousands of people visited her afterwards in London.
She was 322 x 51 x 32, 2984 tons gross. On her completion she
drew a little more water than was expected, and her sides being
round it was found impossible tdvget her through the locks of the
harbour basin. Ultimately, after some delay, the coping-stones of
the lock were removed, and she was released. Her success as a
steamship was perfect ; but after a few trips to New York she ran
ashore in Uundrum Bay, Ireland, on the 22nd September, 1846,
through the culpable neglect of Captain Hosken (a lieutenant of
44 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
the Royal Navy !), and remained there all winter without receiving
serious damage. The following summer she returned to Liverpool,
and was sold to Gibbs, Bright & Co., who altered her rig, supplied
her with new direct-acting engines of only 500 H.P., and ran her in
the Melbourne trade for about twenty-one years. In 1882 she was
converted into a sailing ship, as sound and as strong as when she
was first built. She is now a coal hulk at the Falkland Islands.1
There were many, however, who were not convinced of the
suitability of iron for ships, and more who had no faith in the
value of the screw. Both, therefore, made slow progress for some
years after 1843.
As far back as 1809 Trevethick proposed an iron ship, and in
1815 Dickenson patented an invention for iron boats, but the
prejudice against iron was so strong, and especially on the part of
the Admiralty, that it came to nothing practical. In 1818 the first
iron vessel was built by Thomas Wilson, at Faskine, 1 1 miles
from Glasgow, the Vulcan, and fifty-seven years afterwards she
was still carrying minerals on the Clyde! In 1821 the first iron
steamship, the Aaron Manby, was built at Horsley, for the joint
account of Mr. Manby and Captain, afterwards Admiral, Sir
Charles Napier, followed by two or three other small vessels.
Shortly afterwards an engineer at Paris commenced to build, but
failed. The Shannon Steam Packet Company built one in 1824,
and Fawcett and Preston soon afterwards built several small iron
vessels at Liverpool, and the Thames followed suit. In 1832
Lairds, of Birkenhead, were the first to build an iron steamship for
ocean navigation, the Elburkah, of only 55 tons, to ply on the
River Niger.- In 1834 they built the Garry Owen, 125 x 21 "6,
with two engines of 90 H.P. ; and in 1837 two for the East India
Company, for the Indus, of 350 tons ; and in the same year the
Rainbow, of 600 tons and 180 H.P., for the London General Steam
Navigation Company, the largest iron steamship then afloat.
From this it may be seen what a bold experiment the Great
Britain was in 1840. Two of the objections to iron steamships,
the deviation of the compass and the rapid fouling of their bottoms,
were both eventually overcome, the former by Gray's floating
compass, and the latter by anti-fouling composition for painting
the bottom.
1 William Patterson was a modest, unassuming man, but with a genius for
shipbuilding. He afterwards built a magnificent wooden steamship, the
Demerara, of 3000 tons. She stranded in going down the River Avon, rind
this ruined him.
EPOCHS IN A TL ANTIC STEAM NA VIGA TION. 45
THIRD EPOCH.
The Screw Propeller.
It is impossible to decide who was the inventor of the screw
propeller. It has been claimed by many. Mr. McGregor says
" the use of the screw propeller may be of an indefinite antiquity."
It has even been claimed for the Chinese as far back as 1680. In
1745 Masson describes an apparatus for working an oar at the
stern of a vessel so as to give it a sculling motion. In 1746 Bougner
mentions that revolving arms, " like the vanes of a windmill/' were
tried for the propulsion of vessels. Watt suggested it in 1770. In
1779 Matthew Wasborough, of Bristol, took out a patent for one.
In 1785 Joseph Bramah speaks of one, " similar to the fly of a
smoke-jack,3' and in 1798 he tested it in a boat. In 1800 Edward
Shorter patented a " perpetual sculling machine," having the
action of a two-bladed propeller, which was tried in 1802 in
H.M.'s ships Dragon and Superb^ In 1804 Stevens, of New
York, crossed the Hudson in a small boat propelled by two screws
and took her to the Delaware.
In 1815 Richard Trevethick patented "a worm or screw re-
volving in a cylinder at the head, sides, or stern of a vessel." In
1826 Woodcroft patented a mode for "propelling boats and
vessels," but gave no specification. In 1832, however, he pro-
longed his patent and fully described his " increasing pitch screw
propeller," which, when tried, proved very successful ; and in 1844
he patented his "varying pitch screw propeller," which was
certainly in advance of any other at the time. In 1823 a Captain
Delisle tried two on a small scale in France, and Sauvage tried
another in 1832.
In 1833 Robert Wilson, a Scotch engineer, says he brought
under the notice of the Admiralty a screw, " perfect in all its
details," which was rejected.2 But in 1836, John Ericsson, a
Swede settled in London, fully demonstrated the value of the
screw. He first tried it in a model boat only twenty inches long,
and then had a boat built 45 x 8 feet, in which he fitted his
engine, and two propellers of 5 feet 3 inches, both being on the
same shaft. This was the Francis B. Ogden. The result was far
beyond his most sanguine expectations, for she made ten miles an
hour, and afterwards towed a large packet ship, the Toronto, at
the rate of five miles an hour. Next he towed a barge with the
1 Woodcroft.
- 'The Screw Propeller," by R. Wilson. 1860.
46 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
Lords of the Admiralty and three admirals on board at the rate of
ten miles an hour ; but scientific theorists, and many engineers,
declared that it was constructed on erroneous principles, and its
failure certain, while the admirals decided that the ship would not
steer.
In 1836, too, Thomas Pettit Smith, six weeks before Ericsson,
patented " a screw or worm made to revolve rapidly under water
in a recess or open space, formed in that part of the afterpart of
the vessel commonly called the dead-rising, or dead wood of the
stern."
His first trial, in a boat of six tons with a 6-inch cylinder and
15-inch stroke, was so successful that on the 2Qth July, 1839, the
'* Screwship Propeller Company " was formed to purchase the
patent. The Company tried it on a larger scale, I4th October,
1839, m the Archimedes, of 237 tons (125 x 22 x 13), with a cylinder
of 37 inches and 3 feet stroke, 45 H.P. The screw consisted of
two half-threads, 8 feet pitch, and 5 feet 9 inches in diameter. The
engine made 26 and the screw 138 revolutions per minute, with
multiplying gear. Mr. Smith expected a speed of 12*60 miles an
hour, but she only made 9*25, showing considerable loss by "slip."
Her engine, however, was not sufficiently powerful for the size of
the boat. These experiments decided the practical value of the
screw. Brunei adopted it for the Great Britain in 1 842, and the
Admiralty ordered the Rattler •, of 888 tons, to be built at Sheerness.
She was launched in April, 1 843, and proved a great success.
It was 1850, however, before David Tod, of Glasgow, brought
it into general use. It seems clear, therefore, that the credit for
bringing it into practical application must be shared by Woodcroft,
Ericsson, and Smith.
In 1838, a friend of Ericsson's, Mr. Stockton, an American, had
a small iron screw-boat, the R. F. Stockton, built by Laird, of
Birkenhead (70 x 10), and sent her to the United States, where
she was employed as a tug boat. Ericsson himself went to New
York, and died there in 1889, after a very long and useful career.
FOURTH EPOCH.
The Compound Engine.
Randolph, of Randolph, Elder & Co., Glasgow, first introduced
the compound engine in paddle boats for the Pacific Company in
1856, but it did not come into general use until 1870.
Alfred Holt, of Liverpool, tried it successfully in his boats in the
EPOCHS IN A TLANTIC STEAM NA VIGA TION. 47
China trade in 1865, running direct from Liverpool to the
Mauritius, 8500 miles, without re-coaling. In 1868 the National
Company tried it in the Italy. The opening of the Suez Canal on
the 1 7th November, 1869, gave an immense impetus to screw
steamships for the Indian, Chinese, and Australian trades, and,
combined with the compound engine, created a revolution in the
carrying trade of the world, which has proved almost fatal to
sailing ships, especially as they are unfit for the Canal or the
Red Sea.
To understand this it is only necessary to remember that the
first Cunard boats could only carry 225 tons cargo and 90
passengers, and could only steam 8*7 knots per hour, on an
average, consuming 4*7 pounds of coal per I.H.P. per hour,
while the first of their screw compound boats, the Bothnia, built
in 1874, carries 3000 tons of cargo/ and 340 saloon passengers,
besides steerage, and steams on an average 13 knots, consuming
only 2*2 pounds of coal per I.H.P. per hour, her engines being
only 507 H.P. nominal, against 425 in the Acadia, of I84O.1 In
the simple engine the steam passed at low pressure from the boilers
to the cylinder, where it did its work, and then passed direct to the
condenser. But in the compound it passes at very high pressure
into a small cylinder, and thence by expansion into a large one,
and thence, in the triples, to a still larger one, before it passes into
the condenser. The Mongolians cylinders, for example, are 30,
50, and 80 inches in diameter respectively, with 5 feet stroke. The
Friesland's are 35!, 56, and 89 inches, with 4i feet stroke. Of course
they do not do three times the work of the old engines, but, as the
cranks are set at different angles, much greater power is obtained.
Steam is now used in marine steel boilers up to 200 Ibs. pressure
to the square inch, instead of at 13 Ibs. in the early boats ; but as
it requires very little more coal to raise 200 Ibs. than 13 Ibs. the
consumption of coal has been gradually reduced from about $i Ibs.
to i| Ibs. per I.H.P. per hour. Experts tell us that to convert a
quantity of water at 32° into 10 Ibs. of steam requires one cwt. of
coal ; into 40 Ibs. it requires only 1*012 ; and into 90 Ibs. only
1-024 Ibs. One of Napier's engines, in the Russian ship of war
binope, recently consumed only 1*45 Ibs. per hour at full power,
and the Empress of Japan, of the C. P. R. line, consumed only
i ' 56 Ibs. on her trial trip. " Forced draught " has also been intro-
duced, which causes a more perfect combustion of the fuel ; but
much depends on the quality of the coal, the work of the firemen,
1 Sir John Burns.
48 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA V1GA TION.
and the character of the boilers. Warm water is also returned
from the condenser to the boilers, which is another economy, and
the steam is " super-heated " to increase its power. The Daventry^
by using an " evaporator," has raised the water to 170° Fahr., and
the Enchantress, by means of a " feed-heater," has raised it to
210°, which must economise the consumption of coal.
COMPOUND ENGINE.
Some one professes to have discovered a means of returning
steam to the boilers, which, if successful, would of course produce
another revolution in steam engines. Quadruple cylinders have
also been adopted in a few ships. There is still plenty of room for
further reduction in the consumption of coal, as, according to
Mr. Merrifield, F.R.S. (* Text-books of Science '), no steam
EPOCHS IN A TL ANTIC STEAM NA VIGA TION. 49
engine, as yet, does one-fifth of the work which, theoretically,
it ought to do if all the heat produced by the combustion of the
coal were utilised. It will doubtless soon be reduced to i Ib.
per I.H.P. per hour, or even less.
The early screws could only run about 3000 knots at full speed
without re-coaling, but compound engines now enable them to run
about 10,000 knots, and still more at reduced speed. Large steel
boats of moderate power and speed now carry immense cargoes of
dead weight, so that sailing ships have no chance against them.
Thus, the Rossmore, 4360 tons gross, carries 6800 tons of cargo,
besides coal, and steams 12 knots with engines of only 2500 I.H.P.,
or about 500 nominal. The Georgian, of 5800 tons gross, is said
to carry 7000 tons of cargo besides coal, or nearly 60 per cent, over
her tonnage ; and the White Star freight-boat Cevic recently cleared
from New York for Liverpool with the following enormous cargo : —
144,000 bushels of grain.
9,000 bales of cotton.
896 head of cattle.
i, 130 tons flour, copper, meats and hay.
3,000 boxes cheese.
2,600 barrels oil and wax.
2,000 bales hides.1
Iron and wooden sailing ships only carry 40 to 45 per cent, over
their tonnage. Steamships, however, have been greatly overdone,
and freights have been reduced to ruinous rates. Thus, wheat has
been carried from Montreal to Liverpool at 4! cents per bushel
(formerly 25 to 30 cents), and iron from Glasgow to New York
at 2s. 6d. per ton (formerly 25^.), and grain from New York to
Liverpool at 4 cents per bushel, or less.
FIFTH EPOCH.
Steel Ships.
Steel ships did not come into vogue until about 1879. The
British Admiralty first tried it in the Iris in 1875. The Siemens-
Martin steel proving much stronger than iron at about the same
price, it was found possible to reduce the weight of material, and
thus to reduce the ship's cost. Not only so, but as the ships
floated lighter, they could carry considerably more cargo than iron
ships of the same size. In 1879 the Allans built the Buenos
Ayrean of steel ; but the proportion of steel to iron tonnage built
1 Since this was written the Georgic, a freight boat carrying 14,000 tons, has
been launched from the yard of Harland & Wolff, Belfast.
E
50 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
on the Clyde was only icf percent. In 1880 the Cunard Company
decided to try it in the Servia, and so rapidly did it come into
favour that in 1889 97 per cent, of the Clyde tonnage was built of
steel, and on the Tyne and other shipbuilding centres the pro-
portion was much the same. Steel has been at a remarkably
low price for some time, and ship plates are now sold as low as
£4 i$s. per ton, = $23, less than 50 per cent, of their cost twenty
years ago. The result is that the shipyards of Great Britain and
Ireland stand unrivalled, and have produced 1,250,000 tons of
shipping in a single year for all nations except the United States.
SIXTH EPOCH.
Twin Screws.
The City of New York, of the Inman and International line, m
1888 adopted twin screws, but she was by no means the first to do
so. They were, in fact, tried by Stevens, on the Hudson, in a small
boat as far back as 1804, but she failed because, it is said, he
could not make the stern pipes tight. Ericsson, too, tried them in
a very ingenious way, on one shaft, in the F. B. Ogden, on the
Thames in 1 836, with great success. But the City of New York
was the first of the North Atlantic passenger fleet to adopt them.
They have not increased the speed much. The Etruria, a single
screw, has averaged 19*65 knots per hour, Queenstown to Sandy
Hook, while the best run of the celebrated City of Paris only
averaged 20 • 70, and that of the Teutonic 20 * 349. But they have
added immensely to the safety of the ships, for many reasons, and
it may be as well to explain them.
The dangers to which the ordinary screw steamship is exposed
may be classed under five heads : —
1. Fracture of main shaft, as in the case of the City of Brussels ^
Circassian, Umbria, Sarnia, and many other ships.
2. Loss of screw or its fans, as in the case of the Peruvian and]
Sardinian.
3. Loss of rudder or damage to it, as in the case of the GreaA
Eastern and Alaska.
4. Breaking down of the machinery, as in the case of the Aurania. j
5. Collision between two ships or with rocks, as in the case of :
the Oregon, Idaho, and City of Chicago.
The first four render a single screw steamship helpless, and she
can only reach port by being towed, or by the very tedious process]
of sailing under her own canvas.
EPOCHS IN A TL ANTIC STEAM NA VIGA TION.
The fifth is usually fatal, as the cross bulkheads are generally
misplaced or too weak to withstand the pressure of a large body
of water.
Now ships with twin screws have two independent sets of
engines and boilers, and in this fact is found their immunity from
most of the dangers inherent in all single screw ships ; indeed, it
may be said to exempt them from the consequences of the first
four sources of danger, and even in the fifth case it may prolong
the ship's life, or lead to her rescue. How ? Let us see.
1. It is impossible, in most cases, to repair a broken shaft at
sea, but in a twin screw the only effect is to diminish her speed
about one-third, say from 18 to 12 or 13 knots. As a matter of
fact, the City of New York once made 382 knots with one screw
in 24 hours, an average of nearly 16 knots per hour.
2. This kind of accident is a very common one. The screw
cannot be replaced at sea, but in a twin the effect is no worse
than in the first case. Many things cause the loss of a screw.
The Scythia lost hers by striking a whale ; the Peruvian by
striking field ice ; the Sardinian through breaking the end of her
main shaft. Floating timber, too, or a sunken wreck may cause
it. But from all these accidents a " twin screw " is virtually free ; or
rather, if they do occur, the second screw is usually available.
The 3rd is also a very common accident, and renders a single
screw ship perfectly helpless. The Great Eastern became un-
manageable, but having paddle wheels, slowly returned to Queens-
town. The Sardinian transferred her passengers in mid-ocean,
and the Alaska was assisted into New York by the Lake
Winnipeg.
But in a twin screw it is possible to overcome even this disaster.
By modifying the speed of the one screw or the other, as may be
necessary, it is quite possible to make a fair course, sufficiently so
to take the ship near to her destination, when a tug can easily be
procured to assist her into port. This is exactly what the Paris
did on a recent occasion. She has also the great advantage of
being able to turn a circle in about her own length— an immense
advantage in a narrow channel, or when fighting an enemy, as
every sailor knows.
The 4th is a kind of accident occurring from a variety of causes.
Machinery can often be repaired at sea, as duplicates of many
parts are carried ; but in many cases it cannot : cylinders crack,
air pumps, piston rods, or condensers break, and the engine is
rendered useless. The Aurania broke a connecting rod, which
smashed the cylinder, and she drifted about until picked up by
E 2
5 2 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
tugs. A paddle boat usually has two engines, and, unless the
main shaft breaks, she can go ahead slowly with one engine, or
even with one paddle ; but in a single screw, if one cylinder is
disabled, the others will probably be rendered useless, because
the steam passes from the high-pressure cylinder through the
intermediate into the low, and thence into the condenser. But in
a twin screw the total breakdown of one engine only involves
a diminution of speed.
5. Collisions have recently become a source of terrible disaster
to iron ships, and here again the utility of twin screws is seen.
In a single screw further protection is obtained by means of cross j
watertight bulkheads, when properly placed and constructed, '<
though they have too often failed by an injudicious manipulation
of doors through them. Double bottoms are also a great
protection when a ship strikes on a sandy or level bottom, or even
on rocks. In collisions between two iron ships, one usually escapes
if she has a strong collision bulkhead near her bows, but the other
too often sinks in a few minutes from defective bulkhead arrange-
ments, as referred to above, as has recently been illustrated in the '
case of H.M.S. Victoria and Camperdoiun, and of the North
German Lloyd steamer Elbe and the Crathie.
The Cunard steamship Oregon, of 7000 tons, was sunk by a
miserable little wooden schooner which struck her in a vital part •
near the engine-room. Her bulkhead might have saved her, but
it was pierced by sliding doors ; the grooves were filled with small
coal, and the doors could not be closed in time.
Twin screws having two independent sets of engines and boilers '
have generally in their engine-room a central longitudinal bulkhead
running from the keelson to the main deck. The effect of this is
threefold, (i.) It cuts the spaces in halves ; (2.) It strengthens
the transverse bulkheads : (3.) It effectually separates the two sets
of engines.
There remains to be considered one other danger, common to
all ships, and perhaps the most terrible of all to landsmen — that of
fire. The great advantage of an iron or steel ship, and especially
of a twin screw, over a wooden ship is, that the fire may possibly
be confined to one section and drowned out with water or steam
from steam pumps or direct from the boilers without the passengers
even being terrified by smoke. This was actually done in the case
of the City of Richmond as well as in other ships.
Twin screws, too, reduce the necessity for sails, and thus the j
great resistance offered by cumbrous masts, yards, and rigging isj
lessened, simple pole masts having in most cases been substituted.
EPOCHS IN A TL ANTIC STEAM NA VIGA TION. 5 3
This adds much to the ship's speed in head winds, and raises the
average speed of the voyage considerably. Hence the wonderful
regularity of the passages of such ships as the Paris, Teutonic, and
Lucania, all twin screws, and all fitted with pole masts without
yards.
The U.S. warships Columbia and Minneapolis, recently built at
Philadelphia, have " triple " screws, one in the centre, and one on
each quarter ; the latter made 21 '8 knots, as the mean of 4 hours'
sea trial.
54 THE HIS TOR Y OF NOR TH A TLANTIC STEAM NA VIGA 7 ION.
CHAPTER VI.
SPEED CALCULATIONS.
SOME confusion often occurs in the minds of non-professional
people as to the speed of steamships. Every ship has, in fact,
three standards of speed, and it may be as well to state them
clearly :
i. There is the builder's trial of speed on the measured mile,
which is her maximum under the most favourable circumstances ;
fine weather, smooth water, light draught, clean bottom, fresh-
mined coals, and picked firemen.
o. There is her sea speed in fine weather, which will always ba
less, except when running before a strong, fair wind, owing to
mixed or inferior coals, foul bottom, head sea, or careless firemen.
Supposing her speed on the measured mile to be 19 knots, her seal
speed will rarely exceed 17 to 17^.
3. There is her average sea speed on a long voyage, which, inl
ordinary weather, will probably not exceed 16 to i6£, and in
continuous bad weather, with strong head winds and sea, may ba
much less. To ascertain her average sea speed, therefore, it is
necessary to take a series of voyages.
The City of Paris made 21*9 knots on her builder's trial, buti
sne has never averaged over 20*7 on her quickest sea passage, and
her average speed is barely 20 knots, although she has only pole
masts and no yards. The Teutonic made 21 on her trial trip, butj
only 20 '349 on her celebrated passage of 5 days 16 hours-
31 minutes, and her average speed is less.
( 55 )
CHAPTER VII.
THE CUNARD LINE AND ITS COMPETITORS.
IT is now time to turn to the history of the various lines of steam-
ships, and first I take the most remarkable and successful line the
world has ever seen, in which Canada has again had a considerable
share, viz., " The British and North American Royal Mail Steam-
ship Co.," familiarly known as the " Cunard Line."
Mr. Johnson, however, is not correct in terming it the first
Atlantic line, as the " Great Western Steamship Co." was formed
at Bristol, and went into operation two years in advance of it.
The combination of talent, energy, foresight, and pluck which
originated and carried on this wonderful company with a success
quite unparalleled was very remarkable.
Two Nova Scotians, both men of great ability and energy, share
the honour of originating it, and three Scotchmen of equal ability,
assisted in working it out.
Samuel Cunard was a member of a well-to-do Quaker family
which had emigrated from Wales to America early in the i/th
century and settled in Philadelphia. When the United States
declared their independence, the family emigrated to Halifax, N.S.,
where Samuel was born in 1788. After serving in a merchant's
office he accepted a partnership in a shipowning firm of Boston,
Mass. In 1815 he proposed to the Admiralty to undertake, at his
own risk, the conveyance of mails between Boston, Newfoundland,
and Bermuda, and carried out his scheme most satisfactorily to the
British Government.1 As early as 1830 he contemplated the
establishment of a line of steamships to run between Liverpool,
Halifax, and Boston. The arrival of the Royal William at Halifax
from Quebec in 1831 gave a fresh impetus to the idea, and we find
him taking the greatest interest in her, and acting as a director of
the company. Mr. Cunard acted as agent in Halifax for the
"Hon. East India Company," and in 1838 he proceeded to
1 A. Fraser-Macdonald, p. 80.
56 THE HISTORY OF NORTH ATLANTIC STEAM NAVIGATION.
England and consulted Mr. Melvill, the Secretary of the East
India Company, which had just launched the Hugh Lindsay, and
asked Mr. Melvill to favour him with an introduction to any ship-
builder likely to join him in carrying out his project.
Mr. Melvill gave him a letter to Robert Napier, of Glasgow,
one of the most celebrated marine engineers the world has ever
seen. This was the first fortunate step, as we shall see. Napier
introduced him to two other remarkable men — George Burns
(whose father had been for seventy-two years minister of the
Barony Parish, Glasgow), and David Mclver, of Liverpool. In
1824 Mr. George Burns had engaged in steam navigation between
Glasgow and Belfast, and in 1 829 between Glasgow and Liverpool.
Mr. David Mclver was at that time associated with a rival com-
pany trading between Glasgow and Liverpool, but a little later
both companies were amalgamated, and thereafter the Burns's and
Mclver's worked together. Mr. Burns, in recalling this important
epoch in his life, said that " it was not long before we began to see
daylight through the scheme, and I entertained the proposal
THE CUNARD LINE AND ITS COMPETITORS.
57
cordially, and invited Mr. Cunard to dine with me." Mr. Mclver,
however, at first, was dead against it, and after dinner advised that
Mr. Cunard should be told " that the thing would not suit them."
They breakfasted with Mr. Cunard next morning at Robert
Napier's house, went further into the details of the scheme, and
agreed to co-operate with Mr. Cunard in rinding capital and ships
should he succeed in obtaining a mail contract. David Mclver
*•/***
died in 1845 and was succeeded by his brother Charles, also a very
remarkable man, with a singularly sound judgment of men and
business and of tremendous energy. Such was the combination.
Cunard was a clever manager of men, and superintended the
Government contracts and the management of the House of
Commons in London. Burns superintended the construction of
the ships in the Clyde ; Mclver managed them in Liverpool,
and Mr. Cunard!s sons in Halifax. Napier's engines were the
58 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
perfection of workmanship, so much so that an American engineer
told the writer that the Cambria's engines were so superbly finished
that they " ought to be put under a glass case."
While Cunard was negotiating with the British Government, by
a singular coincidence, Hon. Joseph Howe, Judge Haliburton
("Sam Slick"), and two other Haligonians who had left Halifax
for London on the 26th April, 1838, on board H.M. ic-gun brig
Tyrian with the mails, were overtaken by the Sirius steamship
from New York, which stopped, took on board the mails, and was
soon out of sight. Howe went on board the Sirius, and was so
impressed by the incident that he at once foresaw that Halifax
would be "nowhere" without steamships, and held many warm
discussions with his friends. The result was that on their arrival
he and Haliburton went to Bristol, and conferred with the directors
THE CUNARD LINE AND ITS COMPETITORS.
6l
of the Great Western Company, who offered at once to run a line
of steamships to Halifax if the Government would grant a subsidy
for the carriage of the mails. Cunard, hearing of the efforts of
Howe and Haliburton, met them in London with his own proposals.
Meeting two New Brunswickers there, Messrs. Bliss and Crane,
they made strong representations to the Government, and on the
HON. JOSEPH HOWE.
24th August Howe prepared a letter on the subject addressed to
Lord Glenelg, signed by himself and Mr. Crane.1
The outcome of it was, that in October the Admiralty advertised
for tenders.
The Great Western Steamship Company tendered and antici-
pated no serious opposition, but, much to their chagrin, Mr.
1 Geo. Johnson, in Montreal Gazette.
62 THE If IS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Cunard's tender was accepted, and a contract signed by Samuel
Cunard, George Burns, and David Mclver. The original
conditions were that for the sum .£55,000 sterling per annum, they
were to supply three suitable steamships to run twice a month for
eight months, and once a month in winter, twenty round voyages
a year for ten years to Halifax and Boston; afterwards it was
thought desirable to have fixed days for departure on both sides
of the Atlantic, and for over forty years the boats left Liverpool on
Saturdays, and Boston or New York on Wednesdays.
By a subsequent arrangement they agreed to provide four boats
instead of three, and, subject to some other conditions, the subsidy
was raised to about £81,000 per annum.1 (Mr. Cunard, in his
evidence before a committee of the House of Commons in 1846,
stated it at £3295 sterling per round voyage.)
They then built on the Clyde four wooden paddle boats, all
alike. The Acadia was built by John Wood ; the Britannia by
R. Duncan ; the Caledonia by C. Wood ; and the Columbia by
Robert Steele. They were 207 feet long, 34 feet beam, and
24*4 feet deep, 1155 tons gross, and 619 net, their dimensions and i
model being very similar to the Great Western. All four engines
were constructed by Robert Napier on the " side lever " principle,
with J2\ inch cylinders, 6 feet 10 inches stroke, 425 H.P. nominal,
and 740 H.P. indicated ; consuming 38 tons of coal per day, or
4'7 Ibs. per I. H.P. per hour. Their average speed varied from!
8*3 to 8*7 knots per hour.2 On the 4th July, 1840, the Britannia
commenced the service from Liverpool, and was 14 days 8 hours
to Boston, or excluding 12 hours at Halifax, 13 days 20 hours.8]
Mr. Cunard went out in her, and during his stay in Boston is saidl
to have received no less than 1873 invitations to dinner.4 The
Bostonians were very enthusiastic over the new ship, and gave aj
banquet in honour of the event. In February, 1844, the Britannia}
was frozen up in Boston harbour, when to save her from delay the!
citizens, at their own expense, and with the aid of thousands oil
volunteers, cut a channel through the ice seven miles long and setj
her free ! Their punctuality, comfort, and freedom from accident
gave great satisfaction to the public. The Great Western Company I
succeeded in getting a Parliamentary inquiry into the contract,]
but the committee reported in favour of the Cunard Company andj
added that " the service had been most efficiently performed."
1 Lindsay's ' History of Merchant Shipping. '
2 John Burns.
3 The Acadia, however, did it in n days 4 hours afterwards.
* A. Fraser-Macdonald.
THE CUNARD LINE AND ITS COMPETITORS. 65
A small boat to run between Pictou and Quebec, the Unicorn,
was, however, the first Atlantic boat to reach Boston on 2nd
une, 1840.
The only loss the company met with for thirty years was the
Columbia, wrecked on Cape Sable, but, happily, no loss of life or
mails occurred.
She was replaced in 1843 by the Hibernia, 219 x 35*9 x 24*2,
422 tons gross, 791 net, and 500 H.P. nominal, 1040 I.H.P., and
about half a knot faster. In 1845 tne Cambria, a sister ship, was
added, and proved faster still, averaging 9*6 knots. She was
known as the " flying Cambria"
The Americans were, naturally, chagrined at the loss of their
passenger and fine goods traffic, but courageously held on to their
amous sailing packets (then among the finest in the world),
ncreasing their size and speed.
But it was all in vain ; they were doomed, and were gradually
driven out of the trade. In 1845 they resolved to try an auxiliary
steam engine, and built the Massachusetts, a wooden ship of
51 tons, 161 x 31*9 X 20. Her engine was designed by Ericsson
md fitted with his lifting screw, the blades of which turned up when
under sail. The engine was very compact, 170 H.P., sufficient to
drive her nine knots in a calm, consuming only 9 tons of anthracite
coal per day. Her total cost was only ,£16,000 sterling. Auxiliary
engines, however, have never been successful in merchant ships ;
nd after making two voyages to Liverpool, she was sold to the
United States Government and re-named the Farralones. About
870 the Government sold her, when her machinery was removed,
and she again changed her name to the Alaska.
But Americans are not easily beaten, and although they were
not yet prepared to run against the Cunard Line, they established a
ine of their own between New York, Southampton, and Bremen ;
md in June 1 847 they started their first ship, the Washington, on
he same day that the Britannia left Boston, boasting that " she
vas bound to win the race." She was 1750 tons gross, and her
engines were said to indicate 2000 H.P. Her cylinders were the
iame diameter as the Britannia's, 72 inches, but they had 10 feet
itroke, and her boilers could carry 30 Ibs. of steam. Nevertheless
he Britannia won the race by two full days. The London Times
lescribed the Washington as an "elongated three-decker, and
ibout as ugly a specimen of steamship building as had ever been
een at Southampton." She was followed by a similar boat, the
Hermann, but after a short trial both were withdrawn.
In the next year (1848), the increasing wants of the trade
F
66 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
induced the British Government to make a new contract with the]
Cunard Company for a weekly line. The new subsidy was no less
than ;£ 1 56,000 sterling per annum, and it was arranged that thej
boats should run alternately to New York direct, and to Halifax!
and Boston.
To fulfil this contract the company built four larger and faster
wooden boats on the Clyde, all nearly alike in dimensions and]
power, the America, Europa, Canada, and Niagara. The Europa\
was built by John Wood, and the others by Robert Steele. The
exact dimensions of the Canada were 251x38x25*7, 1825 tons
gross, looi net, cylinders 90 x 8 feet stroke, 689 H.P. nominal
and 2000 indicated, by Napier, the boiler carrying 13 Ibs. steamJ
Her average speed was 10*5 knots.1
In 1850 also the company contracted to supply branch boats]
at Halifax of 350 tons and 80 H.P., to carry the mails to
St. John's, Newfoundland, and to Bermuda, and in 1851 St. Thomas]
was added.
The total subsidy was then no less than ^178,000 sterling
per annum, and this the company enjoyed for many years. Tha
Europa was afterwards lengthened, and the Niagara and Canada^
converted into sailing ships.
The Americans also subsidised a fortnightly line to Southampton!
and Havre. The Franklin and Humboldt were built to carry it
out, but they were both wrecked. They were replaced by thJ
Arago and Fulton in 1856, but both were ultimately withdrawn. I
The "Collins" Line.
Hitherto the United States Government had been opposed to
all subsidies on principle, but Americans now became intensely
jealous of the British, and the Senate made several official reportj
complaining of " The Queen of the Ocean levying her impost*
upon the industry and intelligence of all the nations that frequenl
the highway of the world." In 1849 tnev decided to subsidise a
line of steamships of extreme speed, that should " run thfl
Cunarders off the Atlantic," and " sweep the seas in war." Horn
they succeeded we shall soon see.
The Government made a contract with Mr. E. K. Collins, of
New York, to build five (afterwards reduced to four) first-claSjH
wooden steamships of about 3000 tons, to perform twenty rounj
voyages each year, at $19,250 (^4000 sterling) per voyage. TheH
1 John Burns.
F 2
THE CUNARD LINE AND ITS COMPETITORS.
'69
were named the Arctic, Baltic, Atlantic, and Pacific. The Arctic
was considered the finest ship. She was designed by George
Steers, of New York (of America yacht fame), and built by
W. H. Brown, of New York, at a cost of $700,000. They were
good models, with solid frames of live oak, planked with pitch pine,
and strengthened with diagonal iron straps, 282 x 45 x 32, 2856
tons gross. The engines were designed by Faron (a Government
engineer), after a careful study of the Cunard boats, and built
by the Novelty and Allaire Companies ; side lever, cylinders
COLLINS SS. "ATLANTIC.
95 inches, with 9 feet stroke, 800 H.P. nominal, and the boilers
carried 17 '5 Ibs. of steam and consumed 87 tons of coal per day.1
Mr. Faron was sent to England to spy out the Cunard Com-
pany's engines and boilers, and nothing was left undone to ensure
success. The cabins, too, were superior in elegance and luxury to
any British ship, and the state-rooms were fitted with electric bells,
(but the discipline was far inferior to the Cunard ships.
Their cost, however, so far exceeded the estimate that the
Government not only had to make the company an advance, but,
(influenced by the frequent appeals of Senator Bayard, agreed to
1 C. B. Stuart.
JO THE HIS TOR Y OF NOR TH ATLA NT 1C S TEA M NA VIGA TION.
increase the subsidy to $33,000 per voyage, or $858,000 per annum,
for only twenty-six voyages (which was more than double that paid
to the Cunard Company at first), but they demanded increased
speed. In 1849 tney commenced to run the Atlantic, sailing
27th April, and at first they certainly fulfilled the expectations of
their most sanguine friends. They slightly exceeded the Cunard
boats in speed ; they reduced the freight of fine goods from
£7 los. to £4 per ton, and they were generously patronised by
Americans, carrying, in 1852, 50 per cent, more passengers to New
York and 30 per cent, more to Liverpool than their opponents.
The Arctic's best run west was 9 days 13 hours from Liverpool,
and 9 days 13 hours 30 minutes going east, her maximum speed
being 13*3 knots per hour. Extraordinary interest was manifested
in the competition on both sides of the Atlantic, and heavy bets
were constantly made.
To meet it the Cunards ordered two ships from Robert Steele,
the Africa and the Asia, built of oak and double-planked, and
launched in 1850; 266 x 40 x 27*2, 2226 tons gross, 1214 net J^
engines by Napier, cylinders 96^ inches, with 9 feet stroke,
824 H.P. nominal, consuming 76 tons of coal per day.1 They were
magnificent ships for their day, but, owing either to their models or
their boilers, they were not quite as fast as the Collins boats, their
best passage west being 10 days 10 hours 50 minutes, and east
10 days.
But the Cunards were not to be vanquished. With indomitable
energy they produced ships which were not only superior in speed
to the Collins ships, but also in regularity and safety. In i852J
they launched the Arabia, built by Steele, also of wood, 285 X
40' 8 X 27*2, 2402 tons gross, 1474 net, with engines by Napier of
far greater power than any of the previous ships ; her cylinders;
were 103 inches, with 9 feet stroke, 938 H.P. nominal, but 3250
indicated, consuming no less than 120 tons of coal per day.1 She;
had very fine lines, and was extremely fast in smooth water, h
'naximum speed, when light, being 1 5 knots ; but in a head se
she buried herself, and the engines being too powerful for her hufl
she worked herself to pieces. Eventually she was broken up. Hen
sister ship, La Plata, was sold before she was completed, to
replace the burnt Amazon, running to the West Indies.
And now at length the Cunards resolved to abandon wood, and?
ordered from Napier an iron ship of great size and power, whiclj
was launched in 1855, and started on her first voyage in January*
185,6. This was the celebrated Persia, which became a great
1 John Burns.
THE CUNARD LINE AND ITS COMPETITORS. 73
favourite with passengers and distanced everything. Her dimen-
sions were 376 x 45*3 X 29*9, 3300 tons gross, 2079 net ; cylinders
100 inches, with 10 feet stroke, 917 H.P. nominal, but 4000 indi-
cated, consuming no less than 1 50 tons of coal per day.1 But they
still adhered to the paddle wheel. She made the western passage
in 9 days 21 hours 41 minutes from Liverpool, and the eastern in
9 days 2 hours and 55 minutes, her average speed being 13*95
knots ; but the writer has seen her make i6£ when light, and
360 knots in 24 hours. Her average time in 1856 was 24 hours less
than the Collins ships.
By a clause in their original contract with the Government, the
Cunard Company were bound to construct their vessels of sufficient
strength and capacity to act as gunboats if required. Though
they were never called upon to fight, in another capacity their
[[services proved of great value during a national emergency. Thus,
rjin 1 85 5 , during the Crimean War, eleven of the company's ships
Hwere employed as transports. They carried troops, horses, and
ftnilitary stores to the Crimea, and wounded soldiers back to
HScutari hospitals, and thus rendered service of inestimable value
llo the State.
I So many of their ships being taken from the mail route the
I Collins line, for a time, took the Cunard days of sailing alternately,
land thus kept up the weekly communication with the United
I {States.
The later history of the Collins ships, however, was a very sad
e. While the world was applauding the apparent triumph of
\merica in the great ocean race, Charles Mclver wrote to
/Ir. Cunard : " The Collins Company are pretty much in the
ituation of finding that breaking our windows with sovereigns,
hough very fine fun, is too costly to keep up ; " and this prediction
as soon verified.
On the 27th September, 1854, when 60 miles S.E. of Cape Race,
he Arctic, Captain Luce, bound to New York with 233 passengers
of whom 150 were first-class) and a crew of 135, was in collision
ith a small French iron steamship, the Vesta, during a dense fog.
'he Vesta was saved by her collision bulkhead, and reached
ft. John's, Newfoundland. The Arctic launched a boat to save
||he passengers and crew of the Vesta, but it was soon found that
Ipe Arctic herself had received fatal injuries, and in four hours she
I jank. As it was blowing a gale at the time some of her boats
I /ere destroyed in launching ; others, which got clear of the
I inking ship, were never again heard of, and only two, with 31 of
1 John Burns,
74 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
the crew and 14 passengers, escaped. Among those who perished
were the wife of Mr. Collins, their only son, and a daughter.
Seventy-two men and four women sought refuge on a raft, hastily,
constructed, but one by one they were swept away, and at eight!
o'clock the following morning one human being alone was leftJ
and after retaining his place for a day and a half after all his;
companions had perished, he was saved by a passing vessel.1
The writer heard the account of the wreck from Captain Lucel
who went down with his ship, but rose to the surface, and warn
picked up and landed at Quebec. As many of the passengers were!
wealthy Americans, there was terrible grief throughout the United]
States over the disaster.
On the 23rd January, 1856, the Pacific, Captain Eldridge, left!
Liverpool with 45 passengers and a crew of 141, running against!
the new Persia, and was never heard of again. She was supposed^
to have struck an iceberg, as the Persia did. Although the Collind
Company was virtually bankrupt, they launched the AdriaticX
superior in size and speed to the other boats,2 but as they failed toj
procure more capital, and Congress, influenced by the jealousy ofl
Boston, Philadelphia, and Baltimore, refused to grant any morel
assistance, the company finally collapsed in 1858, and the threa
remaining boats were sold.
The " Vanderbilt."
In 1855 Mr. Cornelius Vanderbilt, of New York, built a large!
wooden boat of 2936 tons, with a " walking beam " engine, ancl
called her the Vanderbilt. She was to " beat everything afloat/1
but failed to get a subsidy. He ran her and a smaller boat, the!
North Star, for some time to Southampton and Havre, but as thej
Persia beat the former by 13 hours, the old man was so annoyed!
that he made her a present to the United States Government
during the civil war of 1861-5, and she was afterwards a sailing
ship, and known as the Three Brothers. She is now a coal hulk]
at Gibraltar.
To return to the Cunards. They were not altogether satisfied!
with the Persia. She proved weak in the bilges, and it costj
,£40,000 to strengthen them. She was, too, very hard upon coals.l
So they determined to surpass her on the same lines. Stranger)!
enough, they were still wedded to the paddle wheel long after!
others had abandoned it for the screw.
1 'Annual Register,' 1854, p. 162.
2 The Adriatic was sold to the Galway Line, and is now a hulk in Africa, j
THE CUNARD LINE AND ITS COMPETITORS. 77
Mr. Hodder, the biographer of Sir George Burns, says, truly
mough, "It was the policy of the company that others should
experimentalise, and when the novel principle had been proved by
ndubitable tests, then, and not till then, to introduce it into their
next vessel." So, in 1862, they launched the Scotia, the finest,
astest, and strongest ship of her day, and the last of the paddles.
She was also built and engined by the Napiers, of iron, but had
more beam, a wider floor, and finer ends than the Persia. Her
[imensions were 379 x 47*8 x 30*5, 3871 tons gross, 2125 net;
Cylinders 100 inches, with 12 feet stroke; 974 H.P. nominal, and
.900 indicated.1 She consumed 164 tons of coal per day, and
made 16^ knots on her trial trip. She reduced the time from New
Vork to Liverpool to 8 days 22 hours, and became a great
favourite with passengers. Up to this time they carried no
teerage passengers.
In 1859 they arranged to call off Queenstown to land and receive
nails, and thus they were often detained six to ten hours when
und west.
Soon after, too, they abandoned Halifax, and all their mail boats
ran direct to New York, but they built a smaller and slower line
of screw boats to run direct to Boston without subsidy. Among
hese were \h& Andes and Alps, the Atlas, 1794 tons and 230 H.P. ;
Hecla, 1784 tons and 230 H.P. ; the Marathon, 1783 tons and 230
H.P. ; Olympus, 1793 tons and 230 H.P.2 Later on they built for
this route the Aleppo, 2181 tons and 220 H.P. ; the Malta, 2132
tons and 280 H.P. ; the Tarifa, 2089 tons and 280 H.P. ; the Pal-
myra, 2043 tons and 260 H.P. ; the Siberia, 2497 tons and 300 H.P. ;
the Samaria, 2605 tons and 300 H.P. ; the Batavia, 2553 tons
and 450 H.P. ; and the Parthia, 3166 tons and 450 H.P., some of the
smaller ones running occasionally in their Mediterranean line.
They had, however, at last become convinced that the paddle
tvheel could not successfully compete with the screw, and as it was
:ertain that the Government subsidy would be reduced, they
ordered from Napier, for their mail line, the China, an iron screw,
tvhich was also launched in 1862, and proved a very fine and fast
Doat. She was 326 x 40-5 x 27-7, 2539 tons gross, 1539 net,
svith oscillating geared engines ; cylinders 80 inches, with 5 \ feet
stroke, 484 H.P. nominal, and 2250 indicated, burning only one
lalf the quantity of coals (82 tons) consumed by the Scotia, with
icarly the same speed.3 She settled the fate of the paddle wheel
1 John Burns.
2 The Hecla, Marathon, Olympus, and Atlas were afterwards lengthened.
3 John Burns.
78 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
for ever, as the screws carried much more cargo, besides steerage
passengers. In 1864 they launched the Cuba, built by Tod <Sq
McGregor, of Glasgow, 338x42x27-7, 2668 tons gross, 1534 net]
also with oscillating geared engines ; cylinders 82 inches with 6
ffeet stroke, 520 H.P. nominal, and 2300 indicated, consuming 81
tons of coal per day.1 She proved a very fine boat. They alsd
bought the Australasian from the insolvent " European and
Australian Royal Mail Company." She was probably the worsn
boat they ever owned, for she rolled like a barrel, and her vibratiorij
was excessive. They afterwards gave her new engines and boilersj
and re-named her the Calabria, 338-5 x 42*1 x 36-7, 3321 tons!
gross, 2031 net, with spar deck.
In 1865 they went to J. & G. Thomson, Clydebank, and launched
the Java, 337 x 42 • 6 x 27 • 7, with inverted direct-acting cylinders
85 inches, with 3^ feet stroke, 465 H.P. nominal, 2650 indicated]
burning 85 tons of coal per day, 2697 tons gross, 1760 net.1 Id
1867 they launched a much faster boat, the Russia, also built bj
Thomsons, 358 x 42-6 x 28, 2959 tons gross, 1709 net, cylinders
87 inches, with 4 feet stroke, and although they were only 492 H.P]
nominal, they indicated 3IOO.1 She was as fast as the Scotitn
having run from New York to Queenstown in 8 days 20 minutes!
and outwards in 8 days 5 hours 52 minutes, consuming only
tons of coal per day.
The Queen conferred on Mr. Cunard a baronetcy ; and on th
28th April, 1865, he died, aged 78, and was succeeded by his so:
Edward, the manager in New York. Later on the same honou
Was conferred on Mr. George Burns.
When their contract expired they had to accept a greatl;
reduced subsidy, £70,000 a year,2 and then made their first grea
mistake in ordering two boats from Thomsons of inferior powe
and reduced speed, by which they lost prestige when the com
petition was unusually severe. These were the Algeria am
Abyssinia, launched in 1870, 363 X 42 x 34, 3253 tons gross, 207
net. Their cylinders were only 72 inches with 4 feet stroke, 35
H.P. nominal, but 2480 indicated.3 They were completely eclipse<
by the Inman and White Star boats. A singular feature of th
Cunard management from the first has been their ultra-cod
servatism. For thirty years they never altered the saloons,
state-rooms, the bill of fare, the meal hours, or any of the details
They had no bath or smoking-rooms, no piano, and only ai
1 John Burns.
2 John Burns before Royal Commission of 1874.
3 John Burns.
THE CUNARD LINE AND ITS COMPETITORS. 8l
apology for a lady's cabin. Even the type and form of the
original " menu " were preserved. But then during all these years
they never lost a passenger or a letter, and this gave them both
prestige and profit. Charles Mclver deemed both the boats and
the management perfect, and that was enough. When examined
before the "Royal Commission on unseaworthy ships" in 1874,
he urged this so strongly that the sarcastic old Duke of Somerset,
the chairman, replied, " We are quite ready to admit, sir, that
there is only one Charles Mclver in the world." He paid no
attention to the demand for larger saloons and state-rooms,
smoking-rooms, baths, electric bells, water-taps, etc., but his
competitors did. In truth, for a time, they seemed to have fallen
into the evils inherent in all monopolies ; unbroken success made
them over-confident, and they now received a rude awakening.
The " White Star " boats beat them, not only in speed, but in
comfort and convenience, and it became evident that the halcyon
days of subsidies were nearly over. But for one melancholy
disaster the " White Star " line would probably have retained the
lead in the affections of the travelling public, a lead which they
afterwards regained by the wonderful performances of their twin-
screw ships.
The " Compound " engine had now come into great favour, and
the Cunards decided to turn their attention more to freight and
steerage passengers than they had hitherto done. So, in 1874,
they launched two very fine, large, useful boats, calculated to carry
3000 tons of cargo, 340 saloon, and about 1000 steerage passengers,
each with midship saloon and modern improvements. These
were the Bothnia and Scythia, built and engined by J. & G. Thom-
son. They were very long, 420 x 42-3 x 35, 4556 tons gross, and
2906 net, with compound cylinders 60 and 104 inches, and 4! feet
stroke, consuming only 63 tons of coals per day, or 2*2 Ibs. per
I.H.P. per hour, but they were only 507 H.P. nominal, and 3250
indicated. Consequently they were about two knots slower than
the Britannic or Germanic, which got the cream of the first-class
passenger traffic.
When the Cunard contract expired the Government refused to
renew it, and announced a change of policy, despatching at least
three mails a week by the boats showing the best monthly
record for speed, and paying for the mails by weight, letters at
4^. 6d. per pound, but newspapers and book-packets at very low
rates.
In 1879 tnev had built by Thomsons a magnificent boat, the
Gallia, of 4819 tons, beautifully fitted to meet the "White Star"
G
82 THE HISTORY OF NOR TH A TLANTIC STEAM NA VIGA TION.
competition. She is 430' i x 44-3 x 35, 700 H.P. nominal,1 and
as she averaged about 15 knots, she became very popular. John
Burns (the son of Sir George) now announced in a letter to the
London Times their determination not to be outdone, and that
they had contracted for a monster boat of 7500 tons, with a speed
of 17 knots. This was the Servia, built of steel by Thomsons, and
launched in 1881, 515 x 52*3 X 39-9, 7392 tons gross, and 9900
H.P. indicated, with triple cylinders, one of 72 inches and two of
100 inches diameter, with 6^ feet stroke. She proved very fast,
making 16*9 knots on her trial trip, and reducing the time from
Queenstown to New York to 6 days 23 hours 50 minutes.
But now two great naval architects had come to the front, and
designed ships which almost took one's breath away. These were
Edward J. Harland of Belfast, and William Pearce of Glasgow,
(the successor of John Elder at Fairfield) ; both insisted on
greater length of hull, high-pressure steam, and triple cylinders.
Mr. Harland had designed and built all the " White Star " boats,
and Mr. Pearce designed and built for the Guion Company the
Arizona and Alaska, which brought him fame and fortune. The
Queen conferred a baronetcy on Mr. Harland in 1885, and a
similar, honour was bestowed on Mr. Pearce in 1887, and both
entered Parliament. The premature death of Mr. Pearce was
deeply lamented.
Thomsons, too, maintained their great reputation for unsur-
passed workmanship and superb fittings, but Mr. Pearce's ships
excelled them in speed. Thomsons built and engined in 1882 the
Aiirania for the Cunards, 470 x 57*3 x 37*6, 7269 tons gross, and
about 9900 I.H.P., as a sister ship to the Servia.
The death of Sir Samuel Cunard and his son, Sir Edward, the
ill-health of Charles Mclver, and the great age of Sir George
Burns now induced them to convert the concern into a "limited
liability company " (hitherto Burns, Mclver, and Cunard had been
the sole partners). The stock was eagerly taken up, and John
Burns was elected chairman.
The competition was now very severe, and the directors turned
to. Pearce. He designed and built for them in 1884 the now
celebrated Etruria and Umbria. The former is 8127 tons gross,
but only 3690 net ; the latter is 8128 and 3699. The dimensions
and engines of both are exactly alike — hull 500 x 57*3 x 39;
engines, 2500 H.P. nominal and 14,500 indicated, with three
cylinders, one of 71 inches diameter and two of 105 inches,
* ' Mercantile Navy List.'
G 2
THE CUNARD LINE AND ITS COMPETITORS. 85
with 6 feet stroke, and working with no Ibs. steam. Their
power and speed were unprecedented, and, for a time, they were
the " Queens of the Atlantic," the Etruria making the westward
record of 6 days I hour, and the Umbria the eastern of 6 days
i hour and 15 minutes. The Etruria reduced the homeward
record to 6 days 4 hours and 58 minutes, leaving New York on
July 7th, 1888, average speed 19*51. This passage she has
beaten on many occasions, her best homeward run being now
6 days I hour, leaving New York on January 5th, 1895, average
speed 19*36, and voyage 114.
The Umbria broke the homeward record with a passage of
6 days 3 hours 12 minutes, leaving New York November I2th, 1888,
average speed 19*20 knots. This she has surpassed on many
occasions, her best passage now being 6 days i hour 15 minutes,
leaving New York on August I3th, 1892, average speed 19*30.
The Etruria is fitted to carry the enormous number of 650 saloon
passengers, and 160 second cabin, besides steerage. Mr. Pearce
took the Batavia and Parthia in exchange, and gave them new
engines and boilers. The Algeria was sold to the Guion Line,
from which she was afterwards transferred to the Red Star
Belgian Line, and is now named Pennland. Mr. Pearce also
built another very fast boat for the Guion Company, the Oregon,
but the company having got into pecuniary difficulties, the Cunard
Company purchased her. She was 7375 tons, 501 x 54*2, with
similar engines to the Etruria. Her career was short, and her
loss was the first really great disaster the Cunards had met with
for forty-five years. A wooden schooner struck her near the
engine-room at night off Long Island, and made a large rent ; the
bulkhead shutters moved in grooves, which were filled with small
coal, and the shutters could not be closed in time. The fires were
extinguished, and the ship sank ; but although most of the mails
were lost, all the passengers and crew escaped on board the North
German Lloyd's steamship F^tlda1 and, to the infinite credit of that
company, they refused to accept any remuneration for such a
splendid service.
In all these years the Cunard Company had had but three
serious accidents. In 1848 the Europa sank the emigrant brig
Charles Bartlett in a fog, when only one man escaped out of 147.
In 1858 the Arabia and Europa met nearly ''end on" off Cape
Race, the former reaching Halifax, and the latter St. John's, New-
foundland, both damaged, and the Tarifa ran ashore on the
Tuskar rock (Ireland).
The company also built three fine boats for the Boston route —
86 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
the Catalonia in 1881, by Thomsons, 429 X 43 X 33-8, 4841 tons,
600 H.P. nominal ; and in 1882 the Pavonia, also by Thomsons,
430 x 46 x 34* 9, 5588 tons, 700 H.P. nominal ; and the Cephalonia,
by Laird of Birkenhead, 430 x 46 '5 x 34 "5, 5517 tons, 700 H.P.
nominal.
The company's capital is ;£ 1,600,000 sterling ($8,000,000). For
a time dividends were suspended, but in 1888 the company paid
4 per cent., in 1889 6 per cent., and in 1890 4 per cent., with
^280,000 to the credit of the insurance fund, very moderate
profits, it must be confessed.
Naval architects were agreed that in the Etruria and Umbria
the single screw had reached its limit, and now came the last and
best epoch, " twin screws," the immense advantages of which have
already been dwelt upon in the fifth chapter of this work.
Though the Etruria and Umbria are magnificent ships, they
did not long maintain their supremacy. In 1887 the new directors
of the " Inman and International Company " decided to build
two ships which should " eclipse everything afloat," and accordingly
they contracted with Messrs. J. & G. Thomson, of Glasgow, for the
City of New York and City of Paris, and adopted for them "twin
screws," driven by two sets of triple-cylinder engines, working up
to 18,400 and 20,000 H.P. indicated. The ships were of enormous
size, 10,499 tons gross, and superbly fitted in every respect. The
City of New York commenced running in 1888, and the City oj
Paris in the spring of 1889. Their experience soon demonstrated
the immense advantages of the " twin screws," and they at once
became favourites with the travelling public.
These were quickly followed by the "White Star" boats
Teutonic and Majestic, which, though not quite as large as the
Inman and International boats, were equally fast, being also
" twin screws," and the accommodations for passengers equally
magnificent.1
Following their traditional policy, the Cunard Company waited
to see the result of these experiments. Their success being beyond
question, the company had either to follow suit or run behind in
the race. The directors decided on the former course, and in the
autumn of 1891 they contracted with the " Fairfield Company" of
Glasgow (John Elder & Co.) for two boats of still larger size and
greater power, the largest and fastest boats in the world, to be
named the Campania and Lucania, after two great southern
1 For full description of all four boats, see the chapters on the "Inman
Line," and the "White Star Line."
THE CUNARD LINE AND ITS COMPETITORS. 89
provinces in ancient Italy. The Campania was launched on
the 8th September, 1892, and made her trial trip 'on the i$th
April, 1893. The Lucania was launched on the 2nd February,
1893, but did not make her trial trip until August. As these two
boats are now universally admitted to be the finest and fastest in
the world, it is necessary to describe them in detail. They are
both exactly alike in hull, engines, boilers, and passenger accommo-
dation.
They are 620 feet long, over all, that is, "on deck," with 65-3
feet beam, and 43 feet depth of hull, measuring 12,950 tons gross.
Their bottoms are on the cellular principle for water ballast, with
minute water-tight sub-divisions. The hulls are built of Siemens-
Martin steel, and advantage has been taken of the improved
sections of that material to materially increase their strength
without adding to their weight. The shell-plating is in 26-feet
lengths, and in some instances longer. From the keel to about
the water-line, the plates are fitted on the lap-butt principle, which
has now generally taken the place of flush end-to-end joints in
merchant ships, as being stronger, though less sightly. Sir
Edward Harland, in a letter to The Times, claims that this
system was originally introduced by him in the Teutonic and
Majestic, and that in other respects the Campania and Lucania
are facsimiles of the former, "especially in the method of
supporting the twin-screw shafts in the ' run ' without the aid of
the usual brackets, as well as in the facility with which the
propellers, if found too small, may be increased in diameter by
overlapping them in the manner found so advantageous in the
Majestic and Teutonic, as being not only snugger when docking,
but less apt to race in a heavy sea."
The Cunard boats, however, have an aperture in the stern
frame, similar to that in a single-screw ship, in order that the
screws may work freely, although they are fitted close to the centre-
line of the ship. The upper, main, lower, and orlop decks are of
steel sheathed with wood.
The engine-rooms are divided by a longitudinal bulkhead, but
in the other parts of the ships cross bulkheads have been adopted
throughout, the builders fearing that a continuous longitudinal
centre-line bulkhead might, by the flooding of a large compartment
on one side after a collision, give the ship so heavy a list as
to risk a catastrophe such as happened to H.M.S. Victoria. The
Campania and Lucania are divided into eighteen compartments,
those forward, where the risk from collision is greatest, being
shortened in length. In case any two of these compartments, and
90 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
in many cases even three, were flooded with water, the ship would
still be perfectly safe. These bulkheads rise from the keel to the
main deck, and are strengthened by deep bars of channel section
instead of by angle irons. Where openings are pierced in them
the doors can all be closed from the deck by a common rack-and-
pinion arrangement with a certainty that cannot be gainsaid. As
the ships were built as armed cruisers for service when required
by the Admiralty, they have, among other provisions, water-tight
coal-bunkers at the side of and over the top of the boiler compart-
ments, forming a protection against the modern quick-firing guns.
The ships' lines are so fine that they have only capacity for 1620
tons of cargo and 3200 tons of coal each. They have straight
stems and elliptic sterns, top-gallant forecastles and poops.
Above the " upper " deck are two tiers of deck-houses, surmounted
respectively by the " promenade " and " shade " decks. A " consti-
tutional " of a mile can be procured by making the circuit of the
promenade deck four times.
The engines are estimated to indicate 15,000 H.P. each, 30,000
in all. Each engine has five cylinders and three cranks. The two
high-pressure cylinders are 37 inches in diameter, the intermediate
is 79 inches, and the two low-pressure 98 inches, with a stroke of
5 feet 9 inches. They are arranged tandem fashion, with a high-
pressure cylinder over a low-pressure one at each end, and the
intermediate in the centre. At 81 revolutions (their normal
speed) this enormous weight is moved about 2000 feet per minute.
The crank shaft is 26 inches in diameter, and each of the
three interchangeable parts weighs 27 tons. These, with the
thrust shaft, 14 feet long, make up a total weight of iiotons for
each crank shaft. The propeller shaft is 24 inches in diameter,
fitted in lengths of 24 feet, each length having two bearings. The
screws, which are placed on the ends of the shafts without any
exterior over-hanging bracket, are three bladed, and each blade
weighs 8 tons, made of phosphor-bronze. A great novelty in the
machinery consists in the addition of what is described as an
" emergency governor." In the event of the fracture of the pro-
pelling shaft, or upon anything occurring which would result in the
"racing" of the screw beyond, say, 130 revolutions per minute,
the governor will act upon the reversing gear, place the eccentric
links into mid-gear, and thus stop the engines and prevent such an
accident as befell the City of Paris. It has been found so effective
after severe tests, that the engineers confidently leave it to take
care of itself. The machinery is most ingenious in its arrange-
ments, and wonderfully simple in its action.
THE CUNARD LINE AND ITS COMPETITORS. 93
These gigantic engines are started and reversed by steam ; a
cylinder in which a piston and rod by one stroke handles the
links through which the machinery is put in motion. Their height
from the base to the top of the cylinders is no less than 47 feet.
Steam is supplied to the engines by 12 cylindrical boilers, 18 x 17
feet, with four furnaces at each end, and made to sustain a pressure
of 165 Ibs. to the square inch, tested to double that pressure.
They are placed longitudinally, three in a row of two groups, in
separate water-tight compartments divided from each other by a
coal-bunker the full width of the ship and 65 feet in length. There
are also two other boilers, intended chiefly for the auxiliary engines,
18 x ii and 10 x 10 feet respectively. The two funnels are each
19 feet in diameter, with a double skin, so as to-maintain a strong
draught of air, and their tops are 130 feet above the floor of the
ship ! The rudder is one large plate of steel, 22 x I ii feet in area
and i ~ inches thick, rolled by Krupp. It has arms on either side
and is strengthened by webs on the top and bottom. It weighs,
with the steering gear, 45 tons. Connected with the rudder is a
novel and most ingenious steam-steering apparatus devised by
Messrs. Brown, which dispenses with the whole of the chains and
connecting rods, and puts an end to the noises. The auxiliary
arrangements in view of any derangement of the main-steering
gear are admirable, and effectually provide for the safety of the
ship. There is no wheel, and it is so constructed that it can be
applied to the rudder within a minute. To guard against even the
failure of the latter arrangement a pair of powerful hydraulic rams
are provided with sufficient power to steer the ship. In the event
of the ship being employed as a warship, and both the main and
auxiliary gear being injured by an enemy's shot, they are supplied
in addition with a steering station below the water-line connected
by telegraph with the bridge. The vast importance of all this will
be seen when it is remembered that even the Great Eastern
was rendered helpless by a damaged rudder, rolled like a log, and
had to return to Queenstown.
The bridge is built of steel, is placed immediately before the
forward funnel, and is 60 feet above sea-level. On it a double set
of instruments has been provided for directing the whole 'staff
during the watch, and also a telegraphic communication between
it and both engine-rooms. From it the quartermaster can control
the steering gear by hydraulic power. There are also telegraphs
to the steam capstan and deck machinery. There are only two
light pole masts and no yards. The " crow's nest," of look-out, is
on the foremast, 100 feet above the sea-level, but it is within easy
94 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
hailing distance from the bridge, and the men can command a
radius of fifteen miles. The anchors weigh Sj tons each. The
total weight of anchors and cables is 1 20 tons, worked by a steam
capstan and other appliances with as much ease as if they weighed
only as many pounds. The crew numbers no less than 424 persons
in all, of whom 54 navigate the ship, 190 manipulate the engines
and boilers, and 180 are in the steward's department. The whole
ship is lighted by 1300 ten-candle power incandescent lights.
There are four sets of generating plant, each set consisting of a
Siemens dynamo, coupled direct to a Belliss engine running at
the rate of 280 revolutions a minute. There are also 8 large
reflectors of 8 lights each for working cargo, and a powerful search-
light for facilitating navigation at night. In all there are no less
than 40 miles of wire. Refrigerating arrangements will produce
12 tons of ice per day. In a ship designed to carry over 2000 souls,
ventilation is a matter of prime importance, and in these ships it is
very perfect throughout ; by the use of Utley's patent ventilators
fresh air is admitted to all the state-rooms and saloons, while the
sea is excluded.
The accommodations for passengers are sumptuous. Each ship
is designed to carry 600 first-class, 400 second-class, and 700 to
loco third-class passengers. The dining saloon is a vast, lofty
apartment, near the middle of the ship, 100 feet long, 62 feet broad,
and 10 feet high, capable of seating at dinner 430 passengers in
revolving armchairs. The decorations are highly artistic : the
ceiling is panelled in white and gold ; the sides in Spanish
mahogany ; and the upholstering is in a dark, rich red figured
frieze velvet, with curtains to match. There are nooks and corners
where small parties may dine in complete seclusion. The 40 side
lights are of unusual size ; fresh air is admitted by the patent
ventilators in the roughest weather, and the outlet is by oval
ventilating shafts through the roof. For lighting as well as for
ventilation there is a central well, 24 x 16 feet, carried up from the
saloon to above the awning deck, where it is covered by a curved
dome of stained glass. The drawing-room is a splendid apartment, .
60 x 30 feet. The walls are in satinwood, relieved with cedar
mouldings ; the ceiling is in pine, decorated in light tones, in which
old ivory and gilding prevail. The settees, ottomans, and chairs
are upholstered in rich velvets and brocades, which, with a Persian
carpet, brass firegrate, and hearth of Persian tiles, form a superb
tout ensemble. A grand piano and an American organ are also
provided.
The library is 29 x 24 feet. The roof is very ornate, with
THE CUNARD LINE AND ITS COMPETITORS. 97
electric lamps in each of the alternate panels. The columns
supporting it are covered with Mecca and blue velvet. The walls
are finished in richly carved mahogany, with Amboyna panels.
Writing tables and chairs are arranged around them, and a
handsome bookcase is filled with a choice library of books.
The smoking-room is 40 x 32 feet. Its decorations are in the
old Scottish baronial style, with chairs and tables to match.
The state-rooms are lofty and well ventilated. The old wooden
coffin-like berth has been superseded by Hopkins' "triptic" beds,
which are so constructed that the upper bed folds up against the
bulkhead. The lee board is movable, and being only one-half
the length of the bed can be fixed at either end or in the middle.
There are rooms suited to all tastes ; single and double berth cabins
and family rooms. For those who do not mind the cost, there are
suites of rooms fitted in satinwood and mahogany, with everything
to match ; parlour and bedroom, the former fitted up with tables
and chairs after the style of a lady's boudoir ; the latter fitted
with a brass bedstead, hangings, wardrobe, etc. There are also
state-rooms fitted with a collapsible bedstead, or with one capable
of being extended so as to form a double bed, and which, when
used as a single one, may be converted into a couch and settee.
The rooms for second-class passengers are all placed abaft the
machinery. The dining-saloon is on the upper deck, and hand-
somely furnished. The drawing-room is on the promenade deck,
nicely decorated, and provided with a cottage piano. The
smoking-room is in the poop, and is finished in American walnut.
The state-rooms are far above the old style, a large number
however, having four berths.
The steerage is on the lower deck, and is fitted with iron portable
berths. Its passengers are allowed to promenade on the upper-
deck, which is about 450 feet long.
Such is a fair description of these two noble ships — literally
floating palaces— which cross the Atlantic in 5- days or less almost
with the speed and regularity of a railway train. What a contrast
to the little Britannia of 1840, 207 feet long, 1139 tons gross,
740 H.P. indicated, with accommodation for 90 passengers, and
an average -speed of 8*3 knots! And what a monument to the
skill of British shipbuilders and the enterprise of British ship-
owners !
And now for their performances : — The Campania, on the
measured mile, attained a maximum speed of 27 miles an hour.
Leaving Liverpool on her maiden voyage on Saturday the 22nd,
and Queenstown on the 23rd April, 1893, and proceeding under
H
98 THE HIS TOR Y OF NOR TH A TLA NTIC S TEA M NA VIGA TION.
easy steam, she reached Sandy Hook on Saturday the 29th, and
crossed the bar at 5.24 P.M., 6 days 8 hours and 34 minutes from
Queenstown, the fastest maiden passage on record. Her best
day's run was 503 knots, and the average speed per hour 18*78
knots for the voyage, the total distance run being 2865 knots.
The Majestic previously held the maiden voyage record — 6 days
10 hours 30 minutes. Returning, she left New York on Saturday
the 6th May and arrived at Queenstown on Friday the I2th at
9.30 A.M. in 5 days 17 hours and 27 minutes, the best eastward
passage then made by any steamer. The previous record was
5 days 19 hours 57 minutes, held by the City of New York.
During this trip she made the extraordinary run of 517 knots,
going east, in about 23 hours 10 minutes (actual time), equal to
553 knots going west. Total distance run 2899 knots. In June
she made the western trip in 5 days 15 hours and 37 minutes
(2864 knots), her average speed being 21 • 1 1 and her best day's run
548 knots. In September she made the run east in 5 days
14 hours and 55 minutes, and in October the western passage in
5 days 13 hours and 23 minutes (2786 knots), and on four
successive days made 517, 524, 523, and 533 knots. On her return
trip east she made the run in 5 days 12 hours and 7 minutes
(2812 knots, and average speed 21*28). In 1894 she beat both
records ; in August she made the western run in 5 days 9 hours
and 29 minutes, landing her passengers on the wharf at New York
on Friday night (2783 knots, and average speed 21*49). On 6ve
successive days she made 516, 528, 543, 525, and 545 knots, and
the return trip east was made in 5 days 10 hours and 47 minutes
(2814 knots, and the average speed 21 "52).
Wonderful as are these performances the Lucania has done even
better. She started from Liverpool on her maiden trip on Saturday
the 2nd September, 1893, and from Queenstown on the 3rd, and
reached Sandy Hook in 5 days 15 hours and 37 minutes, by far
the fastest maiden passage ever made, and beating the Campania? s
by no less than 16 hours and 48 minutes ; but on her return trip
she was detained by fog during 31 hours, yet made the run in
5 days 17 hours and 21 minutes, her best day's work being 514
knots. In October, on her second trip west, she made the run in
5 days 13 hours and 45 minutes, beating the best run ever made
previously (by the City of Paris — 5 days 14 hours 24 minutes).
On this passage the Lncania made the phenomenal run in one day
of 560 knots, equal to 23 * 33 per hour, a run which has never been
equalled before or since. In October, on her third voyage, she
broke her own and all records by making the outward passage in
H 2
OF THE
UNIVERSITY
Oh
THE CUNARD LINE AND ITS COMPETITORS. IOI
5 days 12 hours 47 minutes — distance, 2780 knots; speed 20-93.
In May, 1894, she made the western passage in 5 days 12 hours
and 57 minutes by the southern or longer route, the distance being
2873 knots, and the average speed 21*90 ; and though her return
trip east occupied 5 days 12 hours and 59 minutes, she made the
extraordinary run of 526 knots in 23 hours 10 minutes (actual
time), equal to 564 knots going west. On the 3ist August she
reached Sandy Hook by the northern route (2787 knots) in 5 days
8 hours and 38 minutes, the average speed being 21*67, and by a
singular coincidence her return trip east was made in the same
time to a minute (2810 knots), the average being 21*84. In
September she did it in still less time, making the western run in
5 days 7 hours and 48 minutes, the distance being 2782 knots,
and the average speed 21*77. But in October she capped the
climax, and reached Sandy Hook in 5 days 7 hours and
23 minutes, the distance being 2779 knots, and the average speed
21 *8i, thus proving herself beyond all question the fastest ship in
the world.1
Up to this time, January, 1895, these splendid ships have met
with no accident, but two of the company's other ships have not
fared so well. On June 7th, 1893, the Servia ran into and sank the
American ship A . McCallum, bound from London to New York,
but rescued all the crew save one man. On December i8th, 1893,
the Umbria left Queenstown for New York, and as she had not
arrived on the 29th, great anxiety was felt for her safety. It after-
wards appeared that on Friday, the 23rd, a fracture was discovered
in her shaft, and her machinery was stopped. After drifting for
12 hours in a storm she was towed 75 miles by the Hamburg
steamship Bohemia, but the cable broke and the ships lost sight of
each other in about 57° West Long. While drifting for three days
Mr. Tomlinson, the chief engineer, succeeded in performing one of
the most difficult feats ever attempted at sea. He repaired and
strengthened the fracture in three days, so that the great ship
proceeded at half speed, and arrived safely at New York on the
3 ist without further assistance. Considering that the engine is
capable of exerting 14,000 H.P., and that the ship was all the time
rolling in a heavy sea, the feat reflects the highest credit on his
skill, energy, and perseverance, and he richly deserved his reward.
As these fast boats now run from Liverpool to Queenstown in
about 10 hours, and the mail train occupied about 16 hours from
1 In 1895, however (May 18-24), she made the eastern passage (2897 knots)
in 5 days n hours and 41 minutes, the average speed being 22*01 knots per
hour !
102 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
London to Queenstown, the boats had to wait at the latter port
some 5 or 6 hours for the mails. The company, finding that the
competition of Southampton was telling against them, owing to its
proximity to London, and the trains running alongside the ships at
the docks, gave notice of their intention to cease calling at
Queenstown.
The Postmaster-General, however, has arranged for a special
train to leave London at 4.10 P.M., reaching Queenstown at 7 A.M.,
thus avoiding all detention of the ships, and enabling the Campania
and Liicania to land their passenger and mails on Friday, which,
except on rare occasions, cannot now be done. The company has
also arranged to convey passengers to and from the railway to the
ships free of charge, and have induced the London and North
Western Railway Company to build a branch from their main line
to the pier-head. The Mersey Docks and Harbour Board have,
too, deepened the bar at the entrance of the Mersey, and propose
to build a new landing-stage, alongside which the largest steam-
ships can land their passengers at any state of tide.1 Unless
specially addressed via Southampton the mails are forwarded
twice a week from Liverpool and Queenstown ; Saturdays by the
Cunard Line and Wednesdays by the White Star Line. Their
quantity is ever increasing. In early days 150 sacks was about
the average ; now they average fully 1 500, and the Majestic recently
carried 1672. In 1893-4 the British Post Office paid ^105,500
sterling for carriage of mails to New York, of which the Cunard
Line probably received at least a moiety. The United States Post
Office has made a contract with the International Navigation
Company (Inman and Red Star Lines) for the carriage of mails to
Southampton, for which it is to give a heavy subsidy — $4 a mile,
or about $750,000 a year. This contract comes into operation the
latter end of 1895. At present it pays a very low rate to foreign
boats, 44 cents per Ib. letters and postcards, and 4^ cents per Ib.
for other articles, against $1*60 and 8 cents respectively to
American boats. Under this arrangement the Cunard Company
received from the United States Post Office last year the sum of
$129,900, equal to about ,£26,000 sterling.
The Campania and Lucania are paid a retaining fee by the
British Admiralty, and the company hold the Etruria, Umbria,
Aurania, and Servia at the disposal of the Admiralty without a
retainer.
The competition, both for passengers and freight, is now so
1 See Appendix No. 12.
THE CUNARD LINE AND ITS COMPETITORS. 105
severe that it is doubtful if any of the lines are paying more than
running expenses. The last report of the Cunard Company shows
that, notwithstanding its great prestige and the magnificence of the
service, it did not make any profit in 1893. All it could do was to
pay 2 per cent, out of its underwriting account. (See Report.)
The history of this company has been dwelt upon at length,
because it was not only one of the pioneers in Atlantic steam
navigation, but because that history is absolutely without a
parallel in the history of the world. Of no other company can it
be said that in fifty-three years it has never lost the life of a
passenger ; that for forty-four years it never lost a letter ; and that
in about eight thousand trips, amid hurricanes, fogs, ice, and ice-
bergs, on a very dangerous route, only two ships have been lost !
What is the secret ? It is idle to talk of luck. " Luck's a fool ;
pluck's a hero, and wins the race," said President Porter, of Yale.
" The chapter of accidents is the Bible of fools," says the London
Times. All we know is, that three determined, able men set them-
selves to accomplish a certain end, and that, aided by Divine Pro-
vidence, they succeeded. Two or three things, however, stand out,
showing the means they used.
First. — To any one who, like the writer, was in the habit of
sailing in these ships, it was evident from the first that some one
at the head of the company was an excellent judge of character.
This was seen in the captains, engineers, and officers, and even in
the stewards. Never was discipline more perfect, or order more
complete. Such men as Judkins, Lott, Leitch, Harrison, Shannon,
Stone, Lang, Moodie, Anderson, Cook, Grace, and McMicken
were the very creme de la creme of the British mercantile service.
Brave, bold, watchful, cautious, and stern, they were also, with
perhaps one or two exceptions, accomplished gentlemen. Judkins
took the Persia up the St. Lawrence with troops late in December,
1861, through ice and snow, and landed them at Bic, for which he
was made an honorary lieutenant in Her Majesty's Navy. Lott
was given a public banquet in New York on the completion of his
5ooth trip after only one serious accident. Harrison and Anderson
were both, in turn, selected to command the Great Eastern. The
latter was knighted by the Queen for laying the Atlantic cable, but
poor Harrison, after braving Atlantic storms, was " drowned in a
ditch " at Southampton by the upsetting of a boat. Grace went
to the National Line and became commodore. After standing on
the bridge of the America for forty-eight successive hours in a
winter's gale, he retired to his cabin to die — a hero.
Nor were the chief engineers any less distinguished. Caldwell,
106 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Wilson, and Waddell, among many others, long served the com-
pany with marked ability and success. And what a contrast the
stewards were to those in many other lines ! Always polite, attentive,
and patient, there was nothing a reasonable man could ask that
they would not do for him.
Secondly. — They always chose the very best men to build their
ships and engines, and spared no expense. Napier as an engineer,
and Steele as a shipbuilder, were long unrivalled, and much of the
company's success was certainly due to them.
Thirdly. — Punctuality was always a marked feature of the
management, and justly very highly prized. The ships sailed not
only to the day and the hour, but to the minute. How often has
the writer seen the captain mount the bridge at 11.30 A.M. ; at
1 1.45 give the order " In gangways " ; at 1 1.55 ring the engine-room
bell, and as the ship's bell was striking twelve o'clock the engines
would move ahead. At sea, in all weathers, everything went like
a well-regulated machine. Before " eight bells " were all struck
the lunch or dinner bell was heard ; and for many years the British
public looked for their American and Canadian letters on Monday
morning as regularly as those by an express train.
Fourthly. — The rule was always enforced to sacrifice speed to
safety, and never to run any avoidable risk. Even now, though
newspapers often speak of " racing " and " making a record," it is
believed that the Cunard ships are never allowed to practise
either.
Lastly. — The Cunards have always been noted for their liber-
ality to their servants. If they demanded good service and strict
obedience, they paid good wages. All honour to such men ! They
shed lustre upon the British name, and make the British flag
respected throughout the world. Charles Mclver retired from the
company in 1882, and died at Malta in 1885, aged seventy-four.
Sir George Burns only died in 1890, at the patriarchal age of
ninety-five. A board of directors, with Sir John Burns, son of Sir
George, as chairman, and Mr. William Cunard, a younger son of
Sir Samuel, now carry on the work.
THE CUNARD LINE AND ITS COMPETITORS.
107
THE CUNARD FLEET.
No.
Name of Ship.
Tons.
I.H.P.
i
Lucania ......
12,950
30,000
2
Campania ......
12,950
30,000
3
Umbria
8, 127
14,500
4
Etruria ... ...
8,128
14,500
5
Servia .......
7,392
10,000
6
Aurania
7,269
9,500
7
Pavonia ......
4,000
8
Cephalonia ......
5,517
4,000
9
Catalonia
4,841
3,200
10
Gallia
4,809
5,300
ii
Scythia
4,557
12
Bothnia
4,535
3,160
13
Samaria ......
2,605
,53°
1-1
Marathon
2,403
,5°o
15
Atlas
2,396
,5°°
16
Aleppo . . . .
2, 181
,255
17
Saragossa
2,166
95°
18
Malta
2,132
,360
19
Tarifa
2,089
,260
20
Palmyra ......
2,043
,250
21
Demerara ......
1,904
900
22
Trinidad
1,899
900
23
Kedar . ....
1,876
960
24
Morocco
960
25
Cherbourg
1,614
803
26
Nantes .......
J,473
650
27
British Queen
772
430
28
Skirmisher (tender) ....
607
800
29
Otter do. ....
287
J5O
3°
Jackal do. ....
180
200
Monkey (barge) .....
167
32
Badger do.
165
33
Swan do. .....
165
34
Satellite (tender)
157
200
35
Squirrel (barge)
140
••
117,938
148,833
1 08 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
CUNARD STEAMSHIP COMPANY.
Report for the year 1893, dated March ijth, 1894.
The profits for the year, including ,£4296 os. lid. brought for-
ward from 1892, amount to ,£200,090 i8s. $d., and after debiting
income tax and providing ,£154,419 3.9. 9^. for depreciation of
ships and wharf properties, and .£36,965 14^. id. for the company's
insurance fund, there remains to the credit of profit and loss
account ,£5867 15^. 3^. This credit has been increased by a
transfer of ,£30,000 from the insurance fund, to ,£35,867 15^. 3^.,
and out of this amount the directors recommend the payment of
,£32,000 as dividend, being at the rate of 2 per cent, per annum,
free of income tax (payable on and after April 2nd), carrying
forward the balance, ^3867 i$s. 3^., to the credit of profit and loss
account for the year 1894. The balance at the credit of insurance
fund, after making the above-mentioned transfer, has been
increased by .£4500, and now stands at ,£322,000.
Trade during 1893 continued unprofitable and disappointing.
Owing to various causes the first-class passenger business between
the United States and Europe was smaller than it has been for a
number of years, the second-class business alone showing an
increase. Freights generally were very unremunerative.
The coal strike increased for a time the company's working
expenses, but the regular sailings were maintained without a break,
though at some inconvenience.
The new ships Campania and Lucania were delivered in April
and August respectively, and made several voyages between
Liverpool and New York. Their reputation for speed and comfort
is already established, and the directors anticipate that they will
prove popular and profitable ships.
To increase the efficacy of the fleet for freight purposes, the
company have ordered two twin-screw steel steamships, of about
6000 tons each, from the London and Glasgow Engineering and
Iron Shipbuilding Company, Limited, Glasgow, which are to be
delivered at the end of 1894 and the beginning of 1895 respectively.
As the Mersey Dock Board require the site of the company's
works at the Huskisson Dock for dock extension purposes, the
company are erecting new works in a convenient position, which
will probably be completed early next year.
The various services of the company have been carried on with
efficiency, and the vessels and machinery maintained in excellent
order. (See Appendix No. I.)
THE CUNARD LINE AND ITS COMPETITORS.
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1 1 0 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
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1 1 2 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
CHAPTER VIII.
THE INMAN LINE.
THE Inman Line comes next after the Cunard in order of time.
William Inman was a native of Leicester, England, born in
1825, and became a clerk in the office of Richardson Brothers.
Liverpool. In January, 1849, ne became a partner, and had the
entire management of a fleet of sailing packets trading between
Liverpool and Philadelphia. He thus gained an intimate know-
ledge of the emigrant business. He was a man of great energy,
and universally respected.
Although the Great Britain, the first ocean screw steamship,
had been a marked success, few had as yet much faith in the screw.
One of the few was the late David Tod, of the firm of Tod &
McGregor, of Glasgow, shipbuilders and engineers. In 1850 he
decided to try the experiment of running iron screws to New York,
with goods and steerage passengers, and launched the City of
Glasgow. She was 1610 tons gross, 227 feet long and 32 feet beam,
with 350 H.P. nominal. This was really the commencement of
the third " Epoch," and led to great results.
Mr. Inman watched her progress with great interest, and after
a few successful trips he persuaded his partners to buy her and run
her to Philadelphia. She sailed from Liverpool 'inder her new
owners, commanded by B. R. Matthews, formerly of the Great
Western, on the nth December, 1850. Mr. Inman formed the
" Liverpool, New York, and Philadelphia Steamship Company,"
and as he became the general manager it was better known as the
" Inman Line." She was successful, and Mr. and Mrs. Inman
made a trip across the Atlantic specially to study the wants and
discomforts of steerage emigrants. In 1851, a larger ship, the
City of Manchester, was added. She was also built by Tod
& McGregor, as were most of the company's subsequent ships.
She was 274 X 38, 2125 tons gross and 400 H.P. nominal. She
THE IN MA N L INE. 1 1 3
was so successful that she is said to have left a profit of 40 per
cent, on her first year's work.
The line soon became specially popular with emigrants, and it
carried more third-class passengers than any other. In 1857 the
line was transferred to New York, and in the two years 1856-7 the
company carried no less than 85,000 passengers! Between 1851
and 1856 they added the City of Philadelphia, 2189 tons; the
City of Baltimore, 2538 tons ; the City of Washington, and the
Kangaroo, all iron screws, and in 1857 they commenced .calling
at Queenstown. This great success quickly led to the formation
of many other lines of screw steamships to the United States and
Canada.
In 1856 no less than three new lines were established, the
"Allan," the "Anchor," and the " H amburg- American " ; in 1857
the "North German Lloyds," and in 1859 the " Galway " line.
Except the last-named all were successful, and all went to the
Clyde for their ships.
The owners of the American sailing packets fought hard for the
emigrant business, but at last realised that the struggle was
hopeless, and gradually sold their ships to British, Norwegian,
Canadian, and German shipowners. But it was not until 1874
that they finally ceased to carry emigrants. Americans could not
build iron screws as cheaply as the British, and their antiquated
navigation laws forbade their shipowners to buy British-built
vessels.
In 1860 the Inman Company increased their service to once a
week ; in 1863 to three times a fortnight ; and in 1866 to twice a
week in summer. After the collapse of the " Collins " line in
1858 they assumed the latter's days of sailing and carried the
United States mails ; and when the Cunard line gave up the
Halifax route the Inman Company made a contract to carry the
mails to and from that port, and did so for many years until the
Allans secured it. To carry out these services the company built
many fine ships, all in the Clyde. The City of Bristol, 2655 tons,
350 H. P. ; the City of Boston, and the City of New York. In 1863
the City of Limerick, 2536 tons and 250 H.P. ; and the City of
London, 2765 tons, and 450 H.P. In 1865 they bought the Delaware
and re-named her the City of New York, 3499 tons and 350 H.P. (the
second of that name). In 1866 they built the City of Paris, 3081
tons (346x40x26) and of much greater power, 550 nominal. In
1867 the City of Antwerp, 2391 tons and 350 H.P. ; and in 1869 the
City of Brooklyn, 2911 tons and 450 H.P. ; and the City of Brussels,
3747 tons (390x40x27) and 600 H.P. In 1872 they ventured on
I
1 1 4 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
larger ships and. built the City of Montreal, 4451 tons and
600 H.P.
The City of Paris was their fastest boat, and in 1869 she made
the passage from Queenstown to Halifax in 6 days 21 hours, up to
that time the quickest on record between the two ports. In 1870
the company carried 3635 saloon and 40,635 steerage passengers
to New York, more steerage than any other line. The Cunard
Company carried 7638 saloon, but only 16,871 steerage. But
during these years the company did not fare as well as the Cunard
Company in freedom from accidents. Indeed, they suffered many
grievous disasters, but their courage never failed. The City oj
Glasgow, after several years' successful work, left Liverpool for
CITY OF LONDON.
New York, ist March, 1854, with 480 persons on board, and wag
never heard of again. The City of Philadelphia was wrecked
near Cape Race, and the first City of New York on Daunt's Rock,
near Queenstown, but without loss of life. Then the City oj
Boston left Halifax with many Nova Scotians on board, and
disappeared for ever, probably through striking ice or an iceberg.
The City of Brussels broke her main shaft in mid-ocean, andi
thousands were kept in painful suspense for weeks, and afterwards
sank off Liverpool Sands after collision with another ship. Sub-
sequently the City of Montreal was burnt at sea, but no lives were
lost, and more than one of the other ships broke their main
shafts.
By 1872 the competition of the "White Star" line began to tel|
THE INMAN LINE.
on the Inman Company, as on all other lines, severely, and to
meet it they launched, in 1873, two magnificent ships with spar
decks. Their engines were compound, with cylinders 76 and
120 inches in diameter, and 5 feet stroke. Their speed on 'the
trial trip was 16 knots. These were the City of Chester.
444x44x34-6, 4770 tons, built by Caird & Co., of Greenock, and
the City of Richmond, 440 x. 43-5 x 34, 4780 tons, by Tod &
I 2
1 1 6 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
McGregor. The latter ran from Sandy Hook to Fastnet Rock in
1873 m 7 days 23 hours, and her first seven voyages to Queenstown
averaged only 8 days II hours and 58 minutes.
But Mr. Inman was not yet satisfied. In 1875 Caird £ Co.
built for the company the City of Berlin, the longest ship then
afloat (except the Great Eastern), and, for a short time, the fastest.
Her length on deck is- 520 feet, beam 44-2, depth to spar deck
34 '9, 5526 tons gross, with compound engines; cylinders 72 and
120 inches in diameter with 5f feet stroke, 900 H.P. nominal, but
indicating 4799, with accommodation for 202 first and 1500 second
and third class passengers. She reduced the time to Queenstown
to 7 days 15 hours 28 minutes, and 7 days 18 hours 2 minutes
going west.
Then to meet the competition of the Servia and other crack
boats, they contracted with the Barrow Company to build a
monster ship, and called her the City of Rome, 8144 tons gross,
560 x 52x37, with six cylinders, three of 46 and three of 86 inches
in diameter, the engines indicating no less than 11,890 H.P. She
made 1 8 ' 23 knots on her trial trip, and was magnificently fitted ; but
after several trips she failed to reach the guaranteed speed for lack of
boiler power, and the company threw her up. She passed into the
hands of the Anchor Company, and was replaced by a boat
building on the Clyde for the Dominion line, the City of Chicago,
5202 tons, 430 x 45 x 33 ' 6, and 900 H.P. nominal. This was the
last boat Mr. Inman had built. He died soon afterwards deeply
lamented, as did also Mr. Dale, long the New York agent of the
company.
Some American capitalists, interested in one of the great
railways, now determined to take hold of the company, and bought
a " controlling interest" in it. They could not put the ships under
the United States flag, but they took advantage of a singular
technical judicial decision in England to run them under the
British flag. British law does not permit an alien to own any
interest in a British ship, but when, in 1846, the collector of
customs at Liverpool refused to register a new ship, the Equador, \
for the Pacific Company, because some of the shareholders were
aliens, the company appealed to the Court of Queen's Bench,
which decided that for purposes of registry " an English in-
corporated company is a British subject, notwithstanding that
some of its shareholders may be foreigners." This was rather
Humiliating to the great American nation, but they could not then
compete successfully with British built ships.
The new directors now decided to " eclipse everything afloat " ,
THE imfAtf LJNE. . ' 119
with two ships to be built by J. & G. Thomson, of Glasgow,1 and
it must, be admitted that they succeeded. They boldly adopted
" twin screws," and the ships inaugurated the sixth, and last, and
best " Epoch " in Atlantic steam navigation. They were named
the City of New York and City of Paris, and are 527 feet long
" between perpendiculars," 565 feet " on deck," 63 feet beam, and
39 feet deep, and measure 10,4.99 tons gross. They have two
independent sets of triple expansion engines each, with cylinders
45, 71, and 113 inches in diameter, and 5 feet stroke ; with forced
draught the engines of the City of New York indicate 18,400 H.P.,
and on her trial trip she made 20* 13 knots ; but for some reason,
which even the builders cannot explain, the engines of the City of
Paris indicated 20,100 H.P., and on her trial trip she made 21 '952
knots per hour, being far in excess of the guaranteed speed.
There are nine boilers in each ship, working at a pressure of 150 Ibs.
to the square inch.2 The hulls are of a very beautiful yacht-like
model with handsome "cut-waters" and figure-heads, certainly
much more graceful than the straight stem now so much in vogue.
Each ship has 15 water-tight compartments separated by strong
transverse bulkheads, the two sets of engines being also separated
by a longitudinal bulkhead, the great advantages of which have
been pointed out in a previous chapter. These bulkheads rise up
from the keelson to the saloon deck, or 18 feet above the load
water-line, and are said to have no openings of any kind. The
buoyancy thus secured is so great that even were three of the
compartments filled with water the ship would not sink. Practi-
cally, therefore, she may be considered as unsinkable. The screws
are supported by massive steel brackets. The rudders are of an
entirely new description, designed by Mr. J. R. Thomson and
Professor J. H. Biles, and are controlled by novel steering-gear
invented by Mr. A. B. Brown of Edinburgh. Two hydraulic rams
are used, one on each side of the tiller, and the pressure is con-
trolled by the quarter-master on the bridge, which is said to secure
greater accuracy in steering than when the wheel is used. There
are three funnels, but only light pole masts, without yards, which
greatly reduce the resistance of head winds, and thus add to the
speed of the ship. The ships are lighted throughout by electricity.
The dynamos being of extra power, they generate a current
powerful enough, not only to light up the whole ship, but also to
rotate the fans employed in ventilating her, and thus 250,000 cubic
1 Designed by Professor Biles, of the University of Glasgow.
2 Consuming about 330 tons Coal per day, "or 1-71 Ibs.. per I. H. P. per hour.
1 20 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
feet can be drawn off from each compartment per hour. Each
ship can accommodate 540 first and 200 second class passengers,
besides steerage, but carry little cargo. The tendency, in these
days of luxury, is more and more towards separating passengers
and cargo ; the former demanding a high rate of speed, and the
latter large capacity with very economical engines and moderate
speed.
So much for speed and safety. But these beautiful ships have
THE INMA N L INE. 1 2 1
other attractions. Under the contract with the builders, they were
not only to be so constructed as to prevent them sinking under any
circumstances which human foresight could provide against, but
their accommodations for first-class passengers were stipulated to
combine " the comforts of home with the richest luxuries of hotel
life," and most faithfully has the contract been carried out.
Those who, like the writer, have been in the habit of crossing
the Atlantic twice a year for a quarter of a century will appreciate
them fully ; but others may now be only anticipating their first sea
trip. In the early Cunard ships' the little " state-rooms " so
amusingly described by Dickens in his 'American Notes,' as
"this utterly impracticable, thoroughly hopeless, and profoundly
preposterous box, on board the Britannia" were only six feet
square ; they contained two narrow bunks, like coffins, two wash
basins and jugs (the latter having a knack of pouring their
contents over the lower bed), two little mirrors, two brass pegs, and
a little seat, or "perch," as Dickens calls it. Of ventilation there
was practically none, except on very fine days, when the stewards
were allowed to open the " side ports." The peregrinations of one's
portmanteaus, the gyrations of one's hat, and the swinging of
garments on the pegs were maddening, especially to those suffering
from sea-sickness ; no hot water or boots could be had, nor even
your light extinguished, without bawling for " steward " perhaps a
dozen times, when the reply would be heard in the distance, " What
number, sir ? " (A wag on board the Canada once changed all the
boots late at night, and the scene in the morning was inde-
scribable.) If you wanted a smoke you had to go to a wretched
little place over the boilers called the " fiddle," where the stokers
were hoisting the ashes, and where you often got soused with salt
water. There were a few books, and very good ones too, but they
were kept under lock and key, and a special application was
necessary to get one. There was no piano, or organ, or bath-room ;
the only promenade was on the top of the deck-house, only 60 feet
long, and at meals you often had to climb over the backs of long
benches to get to your seat. The "Allan" boats had larger
saloons and a better promenade, but the former were right aft,
where the " racing " of the screw was often extremely disagreeable,
and the motion of the ship excessive. In both there was only an
apology for a " ladies' cabin."
Now mark the striking contrast in the " Inman and International
Company's " ships, the name of the new company. The accommo-
dation throughout is superb. The state-rooms are large, lofty, and
well ventilated by fans and patent ventilators, which always admit
1 2 2 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
fresh air, but exclude the sea. There are single and double beds
which can be closed by day, as in a Pullman car, converting your
room into a cosy little sitting-room. Instead of the rattling, noisy
water jugs, you turn a tap and get a supply of hot or cold water ;
you touch a button, and your steward instantly appears without
a word being spoken. Neat wardrobes enable you to banish your
portmanteaus or trunks to the baggage-room ; you turn a switch
and you get an electric light ; and if you want a nap or wish to
retire early, you can turn it off in a moment. If you have plenty
of spare cash, and are willing to part with some of it, there are
forty rooms on the promenade and saloon decks, arranged in
fourteen suites. Each suite comprises a bedroom, with a brass
bedstead, wardrobe, etc., a sitting-room, with sofa, easy-chair, and
table, a private lavatory and, in most cases, a private bath. Here
you can entertairi your friends, or enjoy a game in privacy. You
can have the luxury of a morning bath and a promenade some
400 feet long.
To diminish sea-sickness, you dine in a saloon near the middle
of the ship, beautifully decorated with naiads, dolphins, tritons,
and mermaids, lofty and bright. The arched roof is of glass
53 feet by 25 feet, and its height from the floor of the saloon to its
crown is 20 feet. Besides the long dining tables in the centre there
are a number of small ones placed in alcoves on both sides for the
use of families or parties of friends ; revolving arm-chairs replace
the benches, and electric lights the candlesticks with their lashings.
If you enjoy a cigar or a pipe, a luxurious smoking-room, 45 feet
long, is provided ; its walls and ceiling are panelled in black
walnut, and its couches and chairs are covered with scarlet leather.
There is an elegant " drawing-room " beautifully decorated and
luxuriously furnished. The " library " with its 900 volumes is lined
with oak wainscoting, with the names of distinguished authors
carved on it in scrolls, and its stained glass windows inscribed
with quotations from poems referring to the sea. The kitchen is
isolated in a steel shell, the odours from which are carried off by
ventilating shafts into the funnels.
The second cabin passengers are placed in the after-part of the
ship, where they have a dining-room, smoking-room, piano, &c.
The steerage passengers are also well provided for, having no less
than 300,000 cubic feet of space.
Provision too is made for divine service on the Sabbath day ; at
each end of thie saloon there is an oriel window built under the
glass dome over the dining-saloon. The casement of one of these
serves for a pulpit. .The opposite one contains an organ, and
THE INMAN LINE.
125
many famous organists and vocalists have taken part in the
services as well as in musical entertainments given on week days
for charitable objects.
In truth, the ships were fitted with a luxury and magnificence
unequalled at the time, and are said to have cost two million
dollars each.
"CITY OF NEW YORK" TWIN SCREWS.
The City of New York commenced running in 1888, and the
City of Paris in the spring of 1889. The Paris Exhibition of 1889
gave them a splendid business, and neither suffered from lack of
attention on the part of the United States press or the Telegraph
Companies.
The City of New York was somewhat of a disappointment at
first as to speed, owing to a defective air pump, but ultimately she
1 26 THE HIS TOR Y OF NOR TH A TL ANTIC .9 TEA M NA VIGA TION.
made a record of $ days 19 hours and 57 minutes, from Sandy
Hook to Queenstown (2814 knots), being the first to do it under
six days. The City of Paris from the first proved herself to be a
faster boat than her sister ship. In August, 1889, sne made a
record from Queenstown to Sandy Hook of 5 days 19 hours and
1 8 minutes (2788 knots). This she gradually reduced until, in
October, 1892, she did it in 5 days 14 hours and 24 minutes
(2782 knots) ; and this was not only the fastest passage ever made
up to that time, but it continued so until beaten by the Lucania in .
October, 1893. The City of Paris made 530 knots on her best
passage, and for a time was justly hailed as the " Queen of the
Atlantic."
While it is unquestionably true that " twin screws " not only add
to the safety of a ship, but give her also immunity from serious
detention when she meets with any ordinary accident, many
experienced nautical men are of opinion that the increased speed
of steamships necessarily means increased risk ; and the experience
of these two noble ships certainly tends to confirm this opinion, so
far as their machinery is concerned. The Persia's engines never
made over 17 revolutions per minute ; those of the City of Paris
make 89, and the length and weight of the latter's shaft are far
greater than the Persians. There is, of course, force in the
argument that there must be less risk in a 5! days' passage than in
one of 10 days ; Captain Judkins, the first commodore of the
Cunard line, even argued that it was safer to go full speed in a fog
than half speed, because you are " sooner out of it," but few will
now agree with him. The strain, however, on such massive
machinery as is now used has proved in several instances more
than it can bear. Thus, the City of New York broke a crank pin
going east, which disabled one of her engines, yet she made no
less than 382 knots in less than 24 hours with the other, a most
conclusive proof of the value of " twin screws." The City of Paris
has been still more unfortunate in this respect. On the 25th
March, 1890, when going east with about 1000 passengers, she
met with a most extraordinary accident, such as may not happen
again in a century. The immediate cause was the breaking of her
starboard main shaft near the screw when making 80 revolutions
per minute. This, of course, caused the engine to " race." A
connecting rod, n inches in diameter, broke, and, acting like a
huge flail, smashed the two standards (weighing 14 tons each),
and the low-pressure cylinder (weighing 45 tons) broke off the
condenser pipe, and made a hole in the after bulkhead, thus
flooding the engine-room. All this would not have stopped her, or
•THE INMAN LINE. 1 2/
imperilled her safety, had not flying pieces of metal made three
ragged holes in the longitudinal bulkhead, thus causing both
engine-rooms to be flooded, and driving all the engineers on deck.
The forward bulkheads, protecting the boilers, remained intact
and kept the ship afloat ; she was towed to Queenstown by the
Aldershot (s.s.), the condenser and injection pipes were plugged
and the water pumped out, when she proceeded to Liverpool with
her port engine, unassisted. On docking her the " lignum-vitas "
bushing of the after bearing was found to be worn away ; the end
of the shaft had dropped seven inches and been fractured. There
has always been a difficulty in lubricating the after bearing of the
shafts of screw steamships, and to overcome it, the late John Penn,
of Greenwich, invented the " lignum-vitae " bearing, which produced
a natural lubrication, and is now in general use. It was this
lignum-vitae which had worn away in such an extraordinary
fashion.
The fact remains that the City of Paris escaped under circum-
stances in which, according to the official report of the Board of
Trade in London, " no ordinary vessel could have remained afloat
after such an accident." * The captain and officers were
exonerated from all blame.
But the ship's troubles did not end here, for it was her lot to
demonstrate later on the immense advantage of "twin screws"
under different circumstances. On the I2th February, 1894, when
bound west, her rudder became disabled, and it was found
necessary to put back. With the aid of her two screws alone she
steamed a straight course back to Queenstown, 786 miles distant,
in a little over three days ! A single screw might have drifted,
helpless, for a month or until picked up and towed back by
another steamship. She returned to Liverpool, and while in dock
a fire did considerable damage to her second cabin.
The new company has had other troubles to contend with. On
the ist July, 1892, the City of Chicago ran ashore in a fog near
Kinsale (Ireland), and became a total wreck, but no lives were
lost. An official inquiry was held by the Board of Trade, which
resulted in the captain's certificate being suspended for nine
months ; and in June, 1894, the City of New York was in collision
with the Delano near Nantucket. The former received no damage,
but the latter was seriously damaged, though she reached Balti-
more in safety.
In the summer of 1894 some little excitement was created in the
1 The damage to the engine was frightful, and the repairs occupied thirteen
months ! ^7500 salvage was paid to the Aldershot.
128 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
newspapers and in the British House of Commons, by a sensational
statement of a passenger that the Majestic and Paris had been
racing side by side, and that the Paris had crossed the bows of
the Majestic so close as to compel the latter to slow down. It
appeared, however, by the statement of both captains that there
had really been no racing, and that the Majestic slowed in order
to pass under the stpn of the Paris — a very proper manoeuvre.
Americans had become so proud of the performances of the City
of Paris (although British built), that Congress was asked to pass
a special Act repealing the very stringent navigation laws in favour
of her and her sister ship, and admitting them to United States
registry. This was done on condition that the company (now
styled " The International Navigation Company ") should build an
equal amount of tonnage in United States yards of the highest
type, at a cost of about four million dollars. So far back as 1865
the present writer had urged the repeal of these navigation laws
upon Americans at the Detroit Convention, for the benefit of
American shipowners, as well as an act of justice to Great Britain
and Canada, both of which have admitted United States built
vessels to British Registry since 1849 upon a promise of Mr.
Bancroft, the United States minister at London, that his Govern-
ment would reciprocate.
The new Act would probably have been inoperative but for a
second Act, which authorised the Postmaster-General to subsidise
large and fast steamships for the carriage of United States mails.
In October, 1892, a contract was entered into to carry the United
States mails once a week from New York to Southampton for a
subsidy of $4 per mile ; and as the distance is over 3050 knots, the
subsidy will amount to about $750,000 a year, a much higher rate
than the British Government ever paid. The rates of freight for
goods having become entirely unremunerative, and the frequent
detentions at Queenstown and the Mersey bar being a serious
drawback, the company now made arrangements to run to South-
ampton in lieu of Liverpool, and to cater especially for first-class ;
passenger traffic.
Southampton is within two hours of London, and is very near to
Havre ; it also has splendid wet docks into which the ships can
enter and leave at any hour, and where the trains can run
alongside the ship, a great convenience to passengers.
By February, 1893, the President of the Company, Clement A.
Griscom, Esq., had obtained the consent of the British Govern-
ment to release the ships from their engagements to serve as
armed cruisers, and on the 22nd the United States flag was
• PPPI
1
THE INMAN LINE. 13!
hoisted on the City of New York with great ceremony, both ships
being re-christened, one as the Paris, the other as the New York.
Under United States laws the captains of United States ships
must be native-born or naturalised Americans.
Captain Frederick Watkins, of the Paris, being a British subject,
was consequently disqualified ; but in order to retain the command
of his splendid ship, he renounced his allegiance to Queen Victoria
and became an American citizen, resuming his command in
September, 1894.
To carry out the contract with the United States Post Office the
Company at once contracted with Messrs. Cramp, of Philadelphia,
for two magnificent steel ships of 11,000 tons, to be named the
St. Louis and St. Paul. The former was launched on the
1 2th November, 1894, in the presence of President Cleveland and
a distinguished party.
With such a liberal subsidy, and with the certainty of a
preference from American passengers there would seem to be
a long era of prosperity in view for this powerful company. The
following description of the two new ships has been furnished by
the company : —
Description of the Steamship St. Louis, as she will appear when finished.
The ss. St. Louis, which is the first of the two vessels being built for the
American Line by The William Cramp & Sons' Ship and Engine Building
Company, is the first large trans-Atlantic steamer that has been built in this
country since the four American boats, Pennsylvania, Indiana, Ohio and
Illinois, which were built in the early seventies, and which are now running
in the American Line between Philadelphia and Liverpool.
The first frames of the St. Louis were raised on the 27th day of July, 1893,
taking fifteen months and sixteen days from the beginning of her construction
to the time of her launch, during which time something over 6000 tons of steel
has been worked into her hull, while the construction of her boilers and
machinery has kept equal pace in the engineering department, and they are
now ready to be erected on board.
It is worthy of note that these steamships are built of domestic material
throughout. They are of American model and design, American material,
and they are being built by American skill and muscle.
The principal dimensions and qualities are as follows : —
Length over all 554 feet
Length between perpendiculars ..... 535
Breadth, extreme ... 63
Depth moulded .... 42
Number of decks 5
Number of W. -T. compartments formed by transverse bulk-
heads and flats 17
Distance of collision bulkhead abaft of stem ... 33
Displacement at 26 feet draught will be nearly . . 16,000 tons
K 2
1 32 THE HIS TOR Y OF NOR TH A TLA NTIC S TEA M NA VIGA TION.
The St. Louis has two funnels, two masts and a straight stem, and the hull
is carried out aft around the stern tubes forming webs, so to speak, on either
side. The shell plating is lap-butted, and the rudder is of the single-plate
type. The vessel is so divided by bulkheads that any two, and in some cases
three, compartments may be filled with water at the same time without
endangering the safe flotation of the ship.
The material used in the construction of this vessel is mild steel of the best
quality, and the records of its inspection show an average considerably above
Lloyd's standard.
Although the St. Louis is not yet in a sufficiently forward condition to
enable one on board to get much of an idea of the internal arrangements, the
plans are completed, and the comforts and conveniences provided for the
passengers are known. Thus the quarters assigned to the different classes of
ocean travellers are clearly defined.
The steamship has five decks. On the upper deck, or as the company calls
it the saloon deck, is a deck-house extending fore and aft with a passageway
7 feet wide on each side of it between it and the rail on which the traffic of the
ship is conducted. The passenger enters this deck-house at several places,
but the principal entrance is just forward the foremost funnel, where a spacious
staircase arises to the promenade deck, which is on top of this main-deck house,
and descends to the first cabin sleeping cabins on the two decks beneath.
In the hallway surrounding this staircase are the rooms of the purser and
chief steward, easily accessible to passengers.
The forward end of this hall opens into the library. This is probably the
largest reading-room afloat ; and is handsomely fitted up in oak, and furnished
with book-cases, writing-tables, comfortable seats, and a plentiful supply of;
books selected from standard literature, for the use of passengers.
The forward end of this deck, or forecastle, is occupied by the crew quarters,
steerage bar, hospitals, messrooms, etc.
The after end of the hall opens direct into the grand dining-saloon, which :
is thus situated nearly amidships, between the funnels and on the upper deck
of the ship, which is a deck higher than is the case in any large trans-Atlantic
steamer, excepting the New York and Paris, and three of the other steamers
of this company. This room is handsomely decorated, and finished in white
mahogany, which gives it a very cheerful, bright appearance. It is no feet :
long by 50 feet wide, and will seat all the first-cabin passengers at one sitting.
It is well lighted from the sides and above from a large dome, in one end of
which is an organ, played from a keyboard placed in one end of the saloon, j
In addition to the saloon being situated amidships, where the motion of the
vessel is least appreciable, the tables are arranged in a fore and aft direction, \
which obviates the discomfort of side motions when the ship is rolling. There
is also a companionway on the promenade deck into the lobby at the after end
of the saloon, so that if a passenger desires, he can enter from this end.
The pantries on this ship are not easy for a passenger to find, as he does
not have to pass and repass them in going to and from his meals, as is often
the case. This will be a great comfort to passengers who are inclined to be
sea-sick. As a matter of fact, they are situated immediately abaft the saloon,
so that the passengers can be promptly and efficiently served.
Abaft the pantries, and between the engine-room skylights, is situated the
engineers' mess-room, and abaft this again, but in communication with the
THE INMAN LINE. 1 33
first-cabin pantry is the second-cabin pantry which is at the forward end of
the second cabin dining-saloon. This room is very large and well lighted.
It will accommodate about 200 passengers. The tables are arranged in a
fore and aft direction ; and chairs instead of the usual settees are provided.
Abaft this is situated the doctor's office and dispensary, where it will be
accessible to all passengers.
In the after end of the ship is situated crew quarters, steerage, lavatories,
hospitals, etc., etc.
In a house by itself, a very modern feature of the ship, is situated the mail
sorting-room and mail clerks' rooms. It is well known that this ship is under
:ontract with the Government to carry the trans-Atlantic United States mail,
ind everything is most conveniently arranged for this purpose. The mail-
•oom is situated in the after hold, and is reached by a special hatch for this
use only. The mail sorting-room is fitted up as is usually the case in post
iffices on land, and the mail will be sorted there while in transit.
Returning to the main companionway, you ascend to the deck above, or
jromenade deck, which is continuous from one end of the ship to the other,
.nd on this unbroken stretch of deck, passengers can walk, sheltered almost the
whole length from the sun and rain by an awning deck, carried out to the
sides of the ship. It is on this deck that passengers spend most of their time
during the day.
In the forward end of the house on this deck, immediately forward the
grand staircase are six suites of rooms, comprising bed-room, bath-room and
sitting-room, furnished in the very best manner possible. They are all
reached from the inside of the house, so that it will not be necessary for a
passenger to go outside to reach the saloon, or other rooms on this deck.
Directly abaft the main compar-ionway, and opening into it, is the drawing-
room, fitted in white and gold, and furnished most luxuriously with comfort-
able lounges, seats, a piano, and a keyboard by which the organ in the dome
can be played.
Abaft the drawing-room on the promenade deck, are situated groups of
suites of rooms, containing bath, etc., and deck cabins, all accessible from
:he inside of the house from either forward or aft. Baths are also provided
on the promenade deck convenient to all the deck cabins.
Abaft of this group of rooms, and forward of the engine-room skylights, is
a spacious companionway leading down to the after end of the saloon and the
sleeping-decks, which can be used if desired instead of the main companion-
way forward.
Between the engine casings is situated the deck pantry, from which
passengers on this deck can be promptly and well served on deck, if they are
not feeling well enough to go to the regular meals in the main dining-saloon.
This pantry is in direct communication, by a lift, with the main pantry on the
deck below, and with the kitchen on the deck below the pantry.
Next to this is the barber's shop, which is of course perfectly appointed.
The rest of the space between the engine casings is taken up by ample
avatories and water-closets for the accommodation of the passengers on this
deck. These, as well as all other lavatories and water-closets throughout the
ship, are fitted up with the most modern sanitary appliances, of the most
approved plan.
Abaft this, at the after end of the first-cabin promenade, is situated the first-
134 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
cabin smoking-room in a separate house. It is a very large and well -ventilated
room, fitted up in mahogany. The seats and tables are arranged in a very
convenient manner to meet the requirements of a smoking-room. The seating
capacity of the room is nearly 100. Attached to the smoking-room is a bar,
so that passengers can be quickly and efficiently served.
Abaft the smoking-room is situated the second-cabin ladies'-room and the
second-cabin companiomvay ; and abaft this again in a house by itself is
situated a large and well-appointed second-cabin smoking-room.
Returning to the saloon-deck, and from there descending through the main
companionway to the next deck below, one comes to the upper deck, or the'
first sleeping deck occupied entirely by passengers. The first-cabin rooms
are situated amidships ; the second-cabin rooms immediately abaft the
machinery space ; the steerages forward and aft of these ; and the crew
quarters forward and aft of the steerages. The next deck, or main deck,
is devoted to the same purpose, and divided up in the same way. The state-
rooms on these decks will be found to be larger than usual, and very well
lighted and ventilated. They are fitted up in the most convenient manner ;
and the beds will be found unequalled for comfort, and are all six feet six
inches long. There are an unusual large number of baths and water-closets for
the accommodation of the passengers on these decks.
The second-cabin state-rooms are lighted and ventilated similarly to the
first-cabin rooms, and all berths and fittings are essentially first class. Special
care has been taken to make the second cabin in all respects desirable.
The St. Louis has accommodations for 320 first-class passengers, 200 second-
class, and about 800 steerage.
The steerages are without doubt unexcelled on the Atlantic. They are
lighted and heated by the same process as is used for the first- and second-
cabin compartments. The berths are metallic with spring bottoms ; and
nearly all the steerages are fitted up in rooms. Tables and seats are provided
in each compartment ; and the pantries being on the steerage deck, ensures
promptness in serving the food. The steerage lavatories and water-closets
are of the most approved design.
Special care has been exercised throughout the ship to have the sanitary
and drainage systems the most complete, and on the latest principles in every
respect.
The hospitals are well placed at both ends of the ship, isolated from all
passenger compartments, and fitted up in the most approved manner.
Particular attention has been paid to the very important question of ventila-
tion and heating of this ship, and it is believed that the system adopted, which
extends to every ccmpartment in the ship, is the most perfect in existence.
The air is exhausted from every room and compartment by aid of fans situated
in several places on the ship, and fresh air drawn from the outside of the ship
will be forced through every compartment, and in cold weather this air will
be heated. By this means the entire air in the ship can be changed every ten
minutes, and each passenger can control the temperature of his room.
The ship will be lighted throughout with electricity, over 1200 lights being
used for the purpose. They are supplied with electricity by four dynamos
capable of supplying nearly 3000 lights of i6-candle power each. Electric call
bells are also fitted in all rooms.
The stores are carried in a compartment entirely set aside for the purpose,
THE INMA N LINE. 1 3 5
and a refrigerating plant of large capacity enables perishable stores to be
carried at a low temperature.
It is well known that the principal source of danger to ships in the event of
a collision is that, as usually divided, they may be struck at the fastening edge
of a bulkhead, and the two compartments adjacent to the bulkhead may be
thus at the same time completely flooded. Many ships have been divided by
bulkheads in such a way that if one compartment were flooded, the ship would
be perfectly seaworthy ; but in the case of an accident where the ship was
struck on the bulkhead and the two compartments adjacent flooded, she would
inevitably sink. In the case of these new American line ships, and their sisters
the New \ ork and Paris, however, the subdivision is such that the 'ship would
remain perfectly seaworthy with any two, and in some cases three, compart-
ments flooded. This unbroken subdivision of the ships has an incidental
advantage in making them fire-proof, as the spread of the fire is confined to
one compartment. Notwithstanding that these ships are practically unsinkable,
they are provided with complete boat accommodations for every soul on board,
there being 14 life boats, 14 Chambers' collapsible life boats, i cutter, i gig,
and 4 metal life boats, all secured to and operated from the shade deck. The
means of rapidly lowering every boat has also received special attention. In
these ways as well as in many others has the safety, which should always be
the first consideration in a passenger ship, been provided for.
To guard against such a breakdown of machinery as would disable these
steamers, they are fitted with two sets of engines, each set driving a separate
screw. The engines are in two separate water-tight compartments ; and the
boilers are in separate compartments, completely cut off from each other, so
that the vessels might in collision be struck on any bulkhead, and could have
a breakdown of their machinery, such as may occur to any ordinary ship, and
still be quite navigable, and thoroughly safe and seaworthy. While, therefore,
the vessels are well provided against the effects of collision, they are also very
much better able to avoid collision by having two sets of machinery, one of
which could be readily reversed while the other was going ahead, thus turning
the vessel in her own length.
The law, under which these steamers are built, stipulates, among other
things, that they may be taken and used by the United States as transports or
cruisers, and that they shall be of sufficient strength and stability to carry and
sustain the working and operation of at least four six-inch rifled cannon.
The specifications of the Secretary of the Navy to enable these ships to
accomplish this latter condition have been more than fulfilled in their con-
structions ; and when it is considered that their boilers and engines can be
protected by coal or other suitable material, that they are fitted with twin-
screw engines, and have a rudder area by which their manoeuvring power
will be very great, and in view of their high speed, they will become, if needed,
most effective naval cruisers, and in this connection their very great coal
endurance should not be forgotten.
They can carry coal enough, cargo being excluded, to cross the Atlantic and
return at their highest speed ; and at the ordinary cruiser's speed of 10 to
12 knots, they can steam for 66 days without replenishing their coal a distance
of 19,000 knots.
These are the most striking features in these vessels, but they have
necessitated and have been accompanied by many other smaller novelties
1 36 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
which will add to the safety, comfort, and convenience of the passengers,
and to the general fulfilment of the purpose of such a vessel.
The motive power to propel these new vessels consists, as has already
been intimated, of pairs of quadruple expansion vertical six-cylinder engines
on four cranks, driving twin screws, with working pressure of 200 Ibs. of
steam, supplied by six double-ended and four single-ended boilers, and
calculated to develop about 18,000 to 20,000 collective I.H.P. No prediction
as to actual performance will be offered by the management ; but it is well
known that the contract between the United States Post Office Department
and the International Navigation Company requires that the ships shall be
capable of a sea-speed of not less than 20 knots an hour, in ordinary weather.
Besides the main propelling machinery, there are 49 auxiliary engines in
each ship. Some of these are of course employed in connection with the main
engines, for such purposes as pumping water or air, or for driving blowers
for forced draught, or for steering the vessel, or for handling the anchors, etc.
Twelve engines are used for lighting and ventilating the ship, independent of
the propelling machinery.
The steering apparatus is of the screw-gear type, with Williamson's steam-
and hand-steering engine.
The anchors are of the Hall and Trotman patterns.
A New York newspaper boasted that the Paris would deliver
the United States mails in London " four or five hours sooner than
any other steamship afloat." This she has failed to do, the
Majestic having delivered her mails, via Queenstown, as early, and
occasionally a little earlier, than the Paris, leaving New York at
the same hour. It did not need a New York editor to point out
the advantages of Southampton. It has been used by British
mail packets for over fifty years, but the lack of freight has
compelled many of them to go to London, and it can never
successfully compete with Liverpool for steerage passengers.
Steel for shipbuilding is now produced in the United States at a
very low price, almost as low as in England, and the prospect is
that American shipbuilders will soon become severe competitors
with the English, Scotch, and Irish builders, as they once were
with wooden clipper sailing ships.
The company, however, has recently built two very large screw
steamships on the Clyde, exclusively for freight and steerage
passengers, between Liverpool and Philadelphia. They are named
the Kensington, 8669 tons gross, and Southwark, 8607 tons gross,
and are said to be capable of carrying 7000 tons of cargo, 300
second, and 1200 third-class passengers each, and to run the
distance in about eight days.
Such boats are now built to consume a very small quantity of
coal, and at unprecedently low prices.
The New York has recently made a very fast passage from
THE INMAN LINE.
137
Southampton to Sandy Hook in 6 days 7 hours and 14 minutes
(3047 knots), an average of 20 • 1 5 knots, and beating all records.
Leitch, Mirehouse, Brooks, Kennedy, Watkins, and Land were,
or are, the best known of the Inman captains.
INTERNATIONAL NAVIGATION COMPANY'S FLEET.
No.
Name of Ship. Tons.
I.H.P.
i
St. Louis 10,700
20,000
2
St. Paul 10,700
20,000
3
Paris ....... 10,499
20,100
4
New York . . . . . . 10,499
18,400
Berlin 5,526
4>799
6
Chester. . . . . . . 4,47°
7
South wark I 8,607
8
Kensington . . . . . . 8,669
9
British Princess . . . . . j 3*926
10
LordGough 3,655
ii
Ohio 3,392
12
Indiana 3, 158
13
Illinois 3, 126
14
Pennsylvania. . . . . 3>I66
" RED STAR LINE."
15
Friesland 7, n6
16
Westernland 5,736
17
Noordland ...... 5,212
18
Waesland 4,752
19
Pennland 3,760
20
Belgenland 3,692
21
Rhynland ...... 3,689
22
Nederland 2,839
23
Switzerland ...... 2,816
129,705
1 3 8 THE HIS TOR Y OF NOR TH ATLA NT 1C S TEA M NA VIGA TTON.
CHAPTER IX.
THE ALLAN LINE.
IN the year 1825 Captain Alexander Allan, of Saltcoats, in
Ayrshire, commanded the brig Favourite, trading between Glasgow
and Montreal. There were no wharves in Montreal then, and the
brig was assisted up St. Mary's current by oxen. Her cargo was
discharged on the beach over long planks. Captain Allan was an
energetic, enterprising man, and he ultimately settled ashore in
Glasgow, building and running several smart little ships in the
Montreal trade. He had five sons. James, the eldest, and Bryce,
both went to sea and commanded several of these ships. Alex-
ander went into business in Glasgow, and, with James, succeeded
to their father's business, the firm being, as it is now, "James
& Alexander Allan." Hugh, the second son, was born at Salt-
coats, 29th September, 1810. On the I2th April, 1826, being then
fifteen, he sailed from Greenock for Montreal with his father in
the Favourite, and landed at Montreal on the 2ist May. For a
little over three years he was book-keeper to William Kent & Co.,
dry goods importers. In 1831 he entered the office, as clerk, of
James Millar & Co., afterwards Millar, Edmonstone & Co., ship
agents and shipbuilders, and was employed in their shipbuilding
business, and in buying grain in the eastern townships for export.
In 1835 he became a partner, the firm then becoming Millar,
Edmonstone & Allan. The other brother, Andrew, afterwards
joined Hugh in Montreal, and they married sisters, daughters of
Mr. John Smith, a wealthy importer. After the death of Mr.
Millar, in 1838, Andrew became a partner, the firm being Edmon-
stone, Allan & Co., and as such it continued until the retirement
of Mr. Edmonstone about 1860, when it became " Hugh & Andrew
Allan," as it now is.
In conjunction with the Glasgow firm they owned a fleet of very
fine, fast-sailing little ships, built on the Clyde and trading to
Glasgow, Liverpool, and London. Many now living will remember
the Canada, Caledonia, Cambria, Britannia, Albion, etc. They
were only 350 to 450 tons register, but they were full-rigged ships,
THE ALLAN LINE.
139
with ice-blocks round their bows, and they often pushed through
the spring ice, the great ambition of their captains being to arrive
" first ship " with the spring imports. On one occasion the Canada
was in Quebec as early as the i5th April, and she once reached
Montreal under canvas before an easterly gale.
Hugh Allan was a man of great energy, force of character,
SIR HUGH ALLAN.
enterprise, and tenacity of purpose. In 1852, about the time ot
the completion of the Atlantic and St. Lawrence Railway, between
Montreal and Portland, seeing the success of David Tod's iron
screw steamship City of Glasgow in the New York trade, he
decided that the time had arrived for iron screw steamships to
replace sailing ships in the Montreal trade, especially as they
could run all winter to Portland, and connect with Montreal by rail.
140 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
His capital was not then very large, but the five brothers, in
conjunction with William Dow, a wealthy Montreal brewer,
George Burns Symes, a Quebec timber merchant, John G. Mac-
kenzie and Robert Anderson, merchants of Montreal, and John
Watkins, merchant of Kingston, formed the Montreal Ocean
Steamship Company, and contracted with William Denny, of
Dumbarton, a celebrated iron shipbuilder, to build and engine the
Canadian and Indian. They were about 1700 tons gross and
1 170 nett, with engines of 350 H.P., and cost about $250,000 each.
Their maximum speed was about 1 1 knots, and they were barque-
rigged ; dimensions about 270 x 34. They were handsome ships,
designed to carry large cargoes, with narrow saloons below deck,
the state-rooms for about eighty first-class passengers being around
the saloon, and the steerage being devoted to emigrants. The
firm retained most of their sailing ships, and afterwards added
many larger, built at Quebec, St. John, N.B., and Glasgow, the
later ones being iron ships. The channel in Lake St. Peter was
then in process of being deepened, but for many years lighters had
to be employed to complete the ships' cargoes at Quebec.
When these boats were launched the terrible Crimean War had
just broken out, and there was a sudden demand for steam trans-
ports to carry troops, horses, and munitions of war, both from
England and France, to the Crimea. The high rates offered
tempted the Allans, and in 1854 and in 1855 the two boats earned
a great deal of money. In June, 1852, the Canadian Government
advertised for tenders for the carriage of mails by steamships, once
a fortnight, between Liverpool and Quebec in summer, and Port-
land in winter. The Allans not being then in a position to tender,
the contract was awarded to Messrs. McKean, McLarty & Lament,
of Liverpool.
The first ocean steamship, the Geneva, reached Quebec on the
9th May, 1853, and Montreal on the I3th, when she was visited by
many thousands, and the event was celebrated by a great and
hilarious banquet. She was a small iron boat of only 800 tons,
and was followed by the Cleopatra, of 1467 tons, and a wretched,
slow, old boat called the Sarah Sands. Neither of them was fit
for the service, and it was consequently very irregularly performed.
In 1854 two newer vessels, but small, the Charity and the
Ottawa, were added. In the spring the gulf ice was so heavy that
sailing ships were detained in it for a month, and the mail boats
had to put back and go to Portland. They rarely kept the con-
tract time, and after eighteen months' trial the service was so
unsatisfactory that the Government cancelled the contract, and in
THE ALLAN LINE. 143
1855 made another with Mr. Hugh Allan, paying an annual
subsidy of about $ 1 20,000 a year for a fortnightly line. Two new
boats were then ordered from Mr. Denny, of the same size and
power as the Canadian, but the saloons were placed on deck, like
the early Cunard boats. They were named the North American
and Anglo-Saxon, and in April, 1856, the former opened the
service. Mr. Bryce Allan then retired from the sea and established
a branch house in Liverpool, as Allan Brothers, and Messrs. G. B.
Symes & Co. acted as agents in Quebec.
The ships were admirably suited for the trade, carrying large
:argoes out and home. The Anglo-Saxon once ran from Quebec
to the Rocklight, Liverpool, in 9 days 5 hours, while sailing ships
often took 30 to 40 days. William Grange commanded the North
American, Andrew McMaster the Anglo-Saxon, William Ballan-
tine the Canadian, and Thomas Jones the Indian. They were
well patronised by passengers, the first-class fare being 18 guineas
outwards and $80 homewards — much lower than those charged by
the Cunard or Collins boats. The freight charged for fine goods
outwards was 50^. per ton of 40 feet, and 30^. per 20 cwt. for metals,
at first, and homewards they got 20 to 30 cents a bushel for grain,
with flour and deals to fill up ; but the coal bill was then heavy.
They sailed from Quebec punctually at 9 A.M. every alternate
Saturday, and from Liverpool on Wednesdays, generally arriving
at Quebec, vid Belle Isle and north of Anticosti, in summer, on
Sundays. The service was performed in a very satisfactory
manner, and it was soon realised that the line was a success.
But early in 1858 the brothers decided that a weekly line was
essential to complete success. The Government concurred, and
an increased subsidy of $208,000 per annum was promised, being
$4000 per round voyage ; but Mr. Symes and the other partners
deemed a weekly service premature. In consequence the Allans
bought them out and became sole owners, Mr. William Rae being
despatched to Quebec to open a branch of the firm under the title
of Allans, Rae & Co.
To carry out the new contract they ordered from Mr. Denny
four larger boats, designed by Rennie. These were the North
Briton, Nova Scotian, Bohemian, and Hungarian, all alike, and
each measuring about 2200 tons gross, with engines of 400 H.P.
They were large carriers, but rather slow. They had full poops
and much finer saloons than the Cunard boats. But times were
bad ; the severe panic of 1857 had seriously affected trade on both
sides of the Atlantic ; imports fell off, and grain freights were low.
The Allans appealed to the Government for further aid, showing
144 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
some temporary loss. The country was now proud of the ships,
and the Government, being unwilling to lose their services, at
length consented to double the subsidy, making it $416,000 a year,
but they made stringent terms as to speed, and imposed heavy
penalties for delays in delivering the mails. Soon afterwards
trade improved, and the Allans made money very fast. To
shorten the time for the mails the boats called at Movilte, on Lough
Foyle, in the North of Ireland. Extensive wharf property, too,
was bought in Quebec. They also built three smaller boats to run
between Glasgow and Montreal, the St. Andrew, St. George, and
St. Patrick, about 1400 tons each ; and they afterwards added a
fourth, the St. David, of 1600 tons.
In 1 86 1 they launched the Norwegian and Hibernian, of 2400
tons and 450 H.P., also built by Denny. They were faster than
the previous boats, and were the first built with " spar decks " fore
and aft, without bulwarks, an arrangement which not only added
to the safety of the ships, but also to the comfort of the passengers
in bad weather. They now appear to have quarrelled with Denny,
for in 1863 they turned to Robert Steele, of Greenock, then the
first naval architect on the Clyde. He built for them two very fine
ships of 2600 tons and 500 H.P., the Peruvian and Moravian.
They were beautiful models with very fine lines, and were long
considered to be .the handsomest screw steamships sailing out of
Liverpool. They were fast, but they proved to be " pickpockets,"
i.e., their carrying capacity was small. Very long ships were now
coming into fashion, giving more capacity for cargo and greater
speed. Ultimately, both of these ships were lengthened, as were
also the Nova Scotian, Hibernian, St. Andrew, and St. David,
and all much improved. For the sake of uniformity the names of
the two latter were changed to Waldensian and Phoenician.
But the history of this company for the first ten years of its
existence was a very remarkable and a very sad one. There was
no lack of skill or experience on the part of the owners or captains,
and no serious defects in the ships. Yet they lost eight ships in
eight years, besides minor accidents, and what was far worse, the
loss of life was very heavy and distressing. Disaster after disaster
occurred, apparently without end. On the 1st June, 1857, the first
Canadian was wrecked on a well-known rock, fifty miles below
Quebec, on a clear night, solely through the stupidity of an incom-
petent pilot, Captain Ballantine having just left the bridge, after
being there for forty-eight hours in a fog. On the 2ist November,
1859, the Indian was wrecked near Halifax in thick weather. On
the 2Oth February, 1860, the Hungarian, during a heavy gale,
THE ALLAN LINE. 145
mistook a light near Barrington, Nova Scotia, for Cape Sable
light (the latter has but one light, while the former has two ; and
some say one of these had accidentally gone out), ran ashore, and
every soul on board perished. On the 4th June, 1861, a second
Canadian was crushed by field ice at the entrance of the Straits
of Belle Isle, and sank ; and on the 5th November the North
Briton was wrecked on the Mingan Islands (going north of
Anticosti, as they all did then) in a snowstorm. On the 27th April,
1863, the Anglo-Saxon went to pieces near Cape Race in a fog ;
and on the I4th June following the Norwegian was lost on
St. Paul's Island through running full speed in a dense fog ; and
lastly, on the 22nd February, 1864, the Bohemian struck on the
Alden Rock, near Portland, Maine, while waiting for a pilot. It is
difficult to account for these disasters even now. Something was
probably due to the heavy penalties imposed by the Government
for delaying the mails, but the truth is that the navigation of a
ship from Ireland to New York, or even Boston, is mere child's
)lay compared with the navigation of a ship from Ireland to
Montreal. The St. Lawrence, from Bic to Montreal, a distance of
three hundred miles, contains a series of sunken reefs, shoals, and
flats, and to make matters worse, the tides do not run true, and
he channel is often very narrow. They had to contend with
snowstorms and ice in the spring and fall, and occasionally with
ogs in summer. The river, too, was badly lighted, and most of
:he pilots were then incompetent to take charge of a large steam-
ship, to which they were unaccustomed. The Straits of Belle Isle
vere often blocked with ice, and the currents changed with the
vinds, while the soundings were not to be trusted.
Then in those days the deviation of the compass was a great
lifficulty in all iron ships, and there was a strange local attraction
n some parts of the St. Lawrence which was attributed to deposits
)f iron.
Most ordinary men would have broken down under such
strain and have given up the experiment in despair; but the
Ulans were no ordinary men. They never wavered, but held on
rith true Scotch tenacity, confident of ultimate success. As the
hips were partially insured, the pecuniary loss was not heavy, and
.s there was no competition they paid well when they kept clear
f accidents.
At length the clouds broke, and a splendid success was achieved,
enefiting the whole Dominion, and enriching the Allans. Floating
ompasses overcame the deviation difficulty ; the Government lit
p the river and gulf ; special pilots were retained for the exclusive
L
1 46 THE HIS TOR \ * OF NOR TH ATLA NT 1C S TEA M NA VIGA TION.
service of the company, and stationed at Father Point, near
Rimouski ; telegraphs were extended, and more powerful ships \
were built, Montreal having determined to make the channel
27!- feet deep throughout.
At a public dinner given to Mr. Hugh Allan by the citizens
Quebec in 1857 or 1858, the writer heard him say that in hisj
opinion " ships of about 1700 tons were the most suitable for thej
Montreal trade." He lived to see the size of his own grow t(
5300 tons, and to form one of the most efficient, regular, and sue
cessful lines in the world ; to be knighted by his Sovereign for his
eminent services to Canada and the Empire ; to be the president
of a great bank and a great telegraph company ; to become
millionaire, and to live in a palatial mansion on the beautif
mountain which overlooks Montreal. Such were some of th<
results of Scotch-Canadian pluck and perseverance I
To return. As the heavy losses of ships occurred at shor
intervals there was no time to build new ships, so in order to keep i
to the letter of the contract with the Government they bought]
several second-hand ships. The Jura from the Cunards, tht
Hammonia (re-named the Belgian], a German ship, the William
Penn (re-named the European], and the Damascus (re-named tl
Corinthian}. The three last, after a time, were resold ; the Jure
was wrecked on the Liverpool sandbanks in trying to avoid
collision. The North American ran ashore on Anticosti, but
rescued and repaired, and ultimately sold and converted into
sailing ship, as was also the St. Patrick.
They built a second Canadian, a fast boat, but she had a shoi
career, being crushed by ice at the entrance of the Straits
Belle Isle, as already mentioned. They also bought the Caspian
2728 tons, built at Govan in 1870, the Ottawa (re-named tl
Manitoban), built by Laird of Birkenhead in 1865 (afterwarc
lengthened), 2975 tons (338 X 35 x 34), both still running, and
large, cheap, East-country built freight boat from the Nation;
Company, the Germany. The last-named boat they charterc
for a South American voyage, during which she was total
wrecked in the River Gironde, below Bordeaux.
From this time fortune favoured them, and they have had
long spell free from serious accidents. For over twenty-five ye;
they have carried on a weekly mail service on this dangeroi
route, besides several other lines, without the loss of a single
senger, and only one mail steamship, the Moravian, carried 01
of her course by an unusual current, and wrecked near Cape Sal
They became their own underwriters and saved a large sum
L 2
THE ALLAN LINE. 149
money in insurance premiums, which must have far more than
covered all their losses from accidents.
To return. Steele's boats being very costly, in 1866 they con-
tracted with Barclay & Curie, of Glasgow, for two boats, the
Nestorian, 2726 tons (317 X 38 X 32), and the Austrian, 2682 tons,
(319 x 38 x 32), both 450 H.P. They proved to be well-built
ships, with good speed, and they have both run for twenty-eight
years without a single serious mishap.
Then in 1869 Steele built for them the Prussian, of 3030 tons
(340 x 40 x 32), 500 H.P., and in 1870 the Scandinavian, 3068
tons (338 X 40 x 33), 500 H.P., both very fine ships, and both
still running.
In 1870-1 they also contracted with Steele for two magnificent
ships, much longer and larger than any previous ships ; the
Sarmatian, 3647 tons (370 x 42 x 35) and 650 H.P., was launched
in 1871. She had four cylinders, two vertical and two horizontal,
and proved to be exceedingly fast, but hard on coals. She was
chartered by the Imperial Government for the Ashantee expedition
of 1874 as a transport, and was selected to carry General
Wolseley's telegram announcing the capture of Coomassie to
Gibraltar. She has since been fitted with new compound engines
of smaller power, consuming much less coal, and is still a very
efficient boat.
The other was the Polynesian, launched in 1872, built on the
same lines as the Sarmatian, but 30 feet longer (400 x 42 x 35),
3983 tons and 675 H.P. On her first voyage she ran from Quebe :
to Moville in 7 days 18 hours and 55 minutes, and proved herself
to be a very fine ship. After running successfully for sixteen years
she came into collision with the Cynthia (ss.) off Longue Point,
just below Montreal, on the 22nd May, 1889, nearly "end on," but
her collision bulkhead saved her, and she was repaired at Quebec.
The Cynthia, however, sank with four or five of her crew, and as
the Vice- Court of Admiralty held the Polynesians pilot to be in
fault the Allans had to pay all damages and costs. She has since
been improved and re-named the Laurentian, and is still carrying
the mails.
In 1872 they also bought a third Canadian, a Liverpool built
freight boat, 2911 tons, 280 H.P. (349 x 35 x 25), but she proved
weak, and had to be strengthened.
To keep all these boats fully employed they contracted to carry
a fortnightly mail to Halifax, and then with the Government of
Newfoundland for a fortnightly direct mail in summer, and bought
a small, Quebec built, wooden boat, the Newfoundland, 919 tons,
I SO THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
130 H.P., to carry the mails between St. John's and Halifax in
winter. These boats went on to Baltimore for return cargoes, as
did also the winter mail boats for a time, owing to a quarrel with
the Grand Trunk Railroad Company.
When the contract was renewed, the Canadian Government
consented to a new clause exempting the mail boats from penalties
for delays when caused by fogs, but they reduced the subsidy in
consequence. To this new clause the Allans have always attributed
their comparative freedom from losses since.
Steele also built for them the next two boats, the Circassian in
1873, a boat of extreme length, but less beam and tonnage,
3724 tons and 550 H.P. (415 x 40 x 33). Her engine had a new
patent valve, but after a time it had to be removed owing to the
great noise it made. She has been a very fortunate boat, but on
one occasion broke her main shaft and had to be towed to
Halifax. The other was the Sardinian, 4384 tons, launched in
1875 (400 x 42 x 34), fitted with compound engines of 675 H.P.
She has been unfortunate. She caught fire off Moville from an
explosion of coal gas and had to be scuttled and then raised ;
then she lost her rudder in mid-ocean and had to be towed to
Liverpool by the Texas, after transferring most of her passengers ;
cut down a schooner, and afterwards lost her screw, and was
towed to Halifax.
Finally, they went to Robert Napier & Sons (builders of the
celebrated Persia, Scotia, etc.) in 1880 for their crack mail boat,
the beautiful Parisian, launched in 1881. She surpassed anything
that had been seen on the St. Lawrence, with bilge keels to
prevent rolling, midship saloon, electric lights, etc. She is 5365
tons gross (440 x 46 x 33) and 800 H.P. In 1890 she ran from
Moville to Rimouski in 6 days 16 hours, an average of 14*37 knots.
She has had a remarkable career, for during the thirteen years she
has been running she has made over 150 passages, and has never
met with an accident or made a long passage ; she has always been
a great favourite with passengers, generally being full. On a
recent occasion she carried 240 saloon passengers, and she has
often carried 1000 steerage. Such a record is unprecedented in
the St. Lawrence route.
They intended to build a boat of 6000 tons, but as the subsidy
for carrying the mails had been reduced to $126,000 a year, and
there was a doubt as to its renewal, they abandoned the idea.
It is a great mistake to suppose that such a subsidy is all profit
to a steamship company ; indeed, the Allans declare that it has
been entirely unremunerative. A mail contract necessarily ties
THE ALL A N LINE. 1 5 3
the boats down to a fixed day, and a fixed hour of sailing — in itself
a great drawback ; it also compels the boats to run at a high rate
of speed, which tells upon the coal bill ; and it frequently involves
detention for the mails, as well as compels them to call at Moville
in all weathers, both on the outward and homeward passages.
Then in the past they had to provide a large mail-room for sorting
the letters, and to carry a mail officer free.
When the Inter-Colonial Railway was opened the boats landed
and received mails and passengers at Rimouski, 165 miles below
Quebec, and in winter called at Halifax N.S. for the same purpose
instead of running direct to and from Portland, Maine.
The Glasgow trade having increased, the old boats were found
too small and obsolete, and they decided on a weekly line of larger
boats. In 1875 tne export of live cattle, sheep, and horses to Great
Britain commenced, and has grown to such importance that in
>9, 89,000 cattle and 59,000 sheep were exported from Montreal,
ind in 1890, 123,000 cattle and 42,000 sheep, and they were found
o pay the ships better than goods. Owing to the restrictions
:nforced in Great Britain the export of cattle in 1894 fell off, but
iheep and horses were exported in much greater numbers. Then,
;ompound engines reduced the consumption of coal so much, and
steel ships were so much lighter than iron ships, that new boats
:ould be built to carry immense cargoes of dead-weight. The
arice of steel, made by the Siemens-Martin process, too, having
alien so low, steel ships were built at much lower prices than iron
ships. Taking advantage of these circumstances the Allans built
bought a number of large boats of moderate speed, but specially
adapted for cattle and goods. In 1879 tnev launched one of the
irst boats ever built entirely of steel, the Buenos Ayrean, at
Dumbarton. She is 4005 tons gross, and 500 H.P. (385 x 42 X 30).
In 1880 they bought the Grecian, built at Sunderland, 3613 tons
(360 x 40 x 31), 400 H.P. In 1 88 1, the Corean, also built at
Sunderland, 3488 tons (360 x 41 x 31), 400 H.P. The Hanoverian,
3800 tons, and the Lucerne, built at Birkenhead in 1878, 1925 tons
(291 x 34 x 24*6), 220 H.P. In 1884 they launched at Govan, on
the Clyde, two fine boats, the Carthaginian, 4214 tons (386 x
45 x 29-4), 520 H.P., and the Siberian, 3904 tons (372 x 45 x
28*7), 500 H.P., both specially fitted for cattle. They also
bought from the Inman Co. the City of New York, No. 2 (originally
the Delaware}, built on the Clyde in 1865 (375 x 39*6 x 33),
3523 tons, 350 H.P., and re-named her the Norwegian. From
the Monarch Line they afterwards bought, at very low prices,
the Grecian Monarch (now the Pomeranian], 4364 tons
154 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
(381 x 43 X 33), 550 H. P., built at Hull in 1882, and the Assyrian
Monarch, now the Assyrian, 3970 tons (360 x 42-7 x 32),
500 H.P., built at Hull in 1880. As Montreal could not employ
them all, they established a weekly line between Glasgow and
Boston, and a fortnightly line between Glasgow and Philadelphia.
Then they turned to London and established a tri-monthly line
between that port and Montreal. The London dock labourers,
however, gave them a great deal of trouble and annoyance, and at
one time stopped their ships for weeks.
To manage these ships offices were opened in Boston, Phila-
delphia and London — branches of the parent firm. An agency
was also established in Chicago, where large contracts are made
for the carriage of grain and provisions.
To prevent a protracted fight between the Allans and the •
Dominion line, the former consented to share the mail subsidy
with the latter, two of the Dominion boats, the Vancouver and
Labrador, carrying the mails.
A Glasgow firm, Donaldson Brothers, engaged in the River
Plate trade, having started an opposition line of boats between
Glasgow and Montreal, the Allans immediately started an opposi-
tion line between Glasgow and the River Plate, sending out a
couple of their smaller boats, and building, in 1887, the Monte
Videan and Rosarian, each of 3077 tons and 350 H.P. (330 x
42 x 24). There is a large trade now done from thence in wool,
hides and frozen mutton, and latterly some live cattle and sheep
have been carried, but the financial troubles of Buenos Ayres have
seriously interfered with the trade.
In 1890 they built at Partick for the London trade the Brazilian, \
3204 tons and 350 H.P. (340 x 42 X 25), and in 1891 they launched ,
from the same place two very fine boats specially designed to carry
large cargoes both of goods and live cattle at good speed, but with i
accommodation for only a limited number of saloon passengers.]
These boats may be considered model ships for the purposes for!
which they were designed, and are the latest productions for the]
line. They were named the Mongolian and Numidian, both
alike, 4909 tons gross and 600 H.P. nominal (400 x 45 x 30*6),]
with triple expansion engines, cylinders 30, 50 and 80 inches in]
diameter with 5 feet stroke, capable of driving the boats 14-5- knots. I
They were designed to carry 5000 tons of cargo, with a large >
number of cattle. They have done their work well, without!
accident, but the extraordinary low rates of freight have probably!
rendered them unprofitable for the time.
Taking advantage of the financial difficulties in which the!
THE ALL A A LINE. 155
State line, running between Glasgow and New York, became
ivolved, the Allans purchased the whole six boats, viz. —
Tons. H.P.
The State of Nebraska . . . . 3,986 650
,, ,, Nevada .... 2,488 400
,, Indiana .... 2,584 400
,, ,, Georgia .... 2,489 400
,, Pennsylvania . . . 2,483 400
,, ,, Alabama .... 2,313 250
They appear to have sold the four last named, but they run the
rst two with some of the other boats between Glasgow and
lew York weekly, in connection with the State of California, a
ne new boat, built in 1891 for the State line, but bought or
lanaged by the Allans. She is 4244 tons and 700 H.P. nominal
86 x 46*1 x 29*6). Thus the one line of four small boats has
radually developed into eight lines, employing 33 ships, measuring
12,052 tons, besides a small iron collier of 931 tons, the Acadian,
unning between Nova Scotia and Quebec. But this is not all.
laving at length sold all their wooden sailing ships, they built a
umber of iron sailing ships, some four-masted, of 1500 to 1800 tons,
hich, driven out of the Montreal trade, run to Calcutta, Burmah,
nd California — about all that is left for such ships now. These in
urn could not compete with modern steamships, and most of them,
not all, have been sold.
With such a fleet it is remarkable that — excluding the one mail
oat, the Moravian, already mentioned — they have only lost two
eight boats during the last twenty-five years — the little St. George,
n the Brazil Rock, and the Hanoverian, which, being driven out
her course in a dense fog, was lost in St. Mary's Bay, near Cape
ace. No lives were lost in either case.
In the matter of speed it is quite true that the Allans have not
ept pace with the times ; but for this they have very good reasons
• offer.
The great trouble with iron and steel steamships in modern
mes has been that they so rapidly become obsolete and thus
epreciate in value. Thus the once crack boat of the Cunard line,
le Persia, which cost originally fully ,£130,000 sterling, was sold
>r old iron at ,£10,000 when nearly as good as new; and very
icently the Allans had to sell their Nova Scotian for a nominal
mi (said to be .£5000) — although ^90,000 had been spent upon her
lengthening and giving her new engines and boilers — because
le was out of date. It is thus a dangerous experiment to build
1 5 6 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION".
new and costly fast boats without a liberal subsidy for carrying the
mails for a fixed term of years.
As far back as 1887 the Canadian Government decided to
subsidise a line of fast Atlantic steamships to carry the mails in
competition with New York. They advertised for tenders, but
in doing so they made two fatal mistakes ; they insisted on an
average speed of 20 knots an hour, and made it imperative that
the boats should call at a French port.
The Allans have always asserted that the first demand was
impracticable, for many reasons, the two chief ones being that the
speed would be dangerous owing to ice and fogs, and that no
reasonable subsidy would make such boats pay, and that calling
at a French port was quite out of the question. But they sent in a
tender for a weekly service, with a guaranteed average speed of 17
knots, for a subsidy of £104,000 sterling, or $500,000 per annum,
for ten years. This would have reduced the time from Moville to
Rimouski to 5 days 16 hours, and mails and passengers would
ordinarily have reached Quebec in as short a time as the fastest
boat in the world could deliver them at New York from Queens-
town. At the same time Anderson, Anderson & Co., of London,
tendered to supply a line of boats, " capable of running 20 knots,',
for the same subsidy. Allured by this offer of 20 knots, which was
really no better than the Allans tender, the Government unfor-
tunately accepted, conditionally, the Anderson tender. Theyv
however, failed to raise the necessary capital, and the matter came
to nothing. In the session of 1889, however, Parliament voted <
sum of $500,000 per annum for the service, and negotiations werr
entered into with Mr. Bryce Douglas, representing the Navai
Construction and Armaments Co., of Barrow, for a 2O-knot service
the Government offered $750,000 a year for the first five years-
and $550,000 for the next five. This was declined, but a counte*
proposal was made for a ten years' service at $750,000 a yeau
Sir John Macdonald agreed, and the company appeared to hay
every prospect of success when the unexpected death of Mi
Douglas deprived the company of its very able manager ; in 189
the Duke of Devonshire telegraphed finally declining the offer
The Allans then offered, without approving of the scheme, to giv
a 20-knot service for £5000 a round voyage, or £260,000 a yea*
or a i6-knot service for $750,000 a year ; but both were declined
Mr. Furness, of West Hartlepool, also offered a 2o-knot service fo
£200,000 a year, but wanted a four-per-cent. guarantee on a
estimated capital of .£1,250,000. This was also declined, and th
matter remained in abeyance till 1893, when Mr. Hector Camero
THE ALLAN LINE.
nd Mr. James Bruce, backed it would appear by R. Napier and
ons, of Glasgow, proposed an iS-knot service for a subsidy of
750,000 a year. The Government was willing to negotiate on
lis basis, and appointed a meeting in Ottawa for January, 1894 ;
ut Mr. Bruce failed to appear until March, and in the meantime
ic Government accepted an offer of Mr. James Huddart, of
ydney, N.S.W. (the contractor for the Vancouver- Australian Line),
o give a 20-knot weekly service for $750,000 a year.1 In June,
894, the Inter-colonial Conference met at Ottawa, and approved of
/Ir. Huddart's offer, as did also the Earl of Jersey, representing
ic Imperial Government. Mr. Huddart asked for an additional
ubsidy from the Home Government, to which he has, as yet,
eceived no response, and in the meantime he refrains from any
ttempt to raise the necessary capital.
So the matter stands at this moment (May, 1895). Thus five
ears have been lost, during which much of the best traffic has
rifted to New York for want of a Canadian fast line. The
onsequence to the Allans is that their business has been, to a
reat extent, paralysed ; for it is one of the evils of the subsidy
ystem that it necessarily injures all unsubsidised lines, and diverts
portion of their passenger and light freight traffic. To build fast
nd costly boats in such circumstances would have been madness,
nd thus the Allans have been compelled to jog along for five
ears with their old boats, with this subsidy business hanging over
icir heads. In the meantime they have agreed from year to year
o carry the mails by their fastest boats, in conjunction with two of
le best of the Dominion line boats.
At the session of the Dominion Parliament in 1894 the increased
ubsidy of $750,000 was sanctioned.
The Allan Line has met with two or three minor accidents
uring the past year. The Corean was compelled to return to
reland in February last owing to a leak in her stoke-hole, which
easily remedied. The Scandinavian, bound home, struck an
ceberg when going dead slow in a fog, and the Assyrian touched
round at Barnaby Island. No serious damage, however, was
.one to either ship. As a set-off, the Monte Videan fell in with
tie Sarma, disabled, and towed her to Queenstown ; and by a
ingular coincidence the Norwegian, in December last, fell in with
tie same ship with loss of rudder, and towed her to Malin Head,
ioth being meritorious services, for which salvage has been, or
rill be, paid.
1 Montreal Gazette. The government, too, guaranteeing to pay interest on
large amount of the company's bonds.
1 5 8 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
Freights both east and west have been for some years extremely
low, and the passage money has been cut down by competition
In the sixties as high as 30 cents a bushel was paid for grain from
Montreal to Liverpool. In 1894 it was carried at 4! cents,1 cheese
at 15-y. per ton, cattle at 30^. per head, and deals at 30^. pel
standard, and the Allans have had to carry goods outwards at los
to 15^. per ton, against 3O.y. and 50^. thirty years ago, while many
transient boats have Had to come out in ballast. The effect
that the Beaver Line has had to go into liquidation, and the
Dominion Line has changed hands after sinking most of its
capital. But a great concern like the Allan Line has manj
advantages. Owning so many ships, they can afford to be then
own underwriters, and of late years their insurance account must
have left a large profit. Then the family being a very large onej
the offices in Glasgow, Liverpool, London, Quebec, Montreal ancl
Boston are all managed by sons or relatives of the original
founders, and thus practically most of the commissions are saved— j
a very large item. These two items alone will pay a fair dividencl
on the capital invested, even supposing that the boats' earning*
only cover, in addition, their ordinary working expenses, weaB
and tear.
Bryce Allan died suddenly in 1874, and James followed him!
some years later. Hugh was knighted by the Queen in 1870. In
1872 he determined to have his name associated with the great!
Canadian Pacific Railway, and formed a syndicate to build itJ,
Happily for himself and his family the fall of the Macdonaldi
Government in 1873 defeated his plans. His ambition was unfl
bounded. In 1872 he boasted to the writer that he had "nevei!
known a day's sickness," but in 1879 ne nacl a severe attack ofli
gout, and was advised to give up business for a time and take M
trip to the Cape of Good Hope. Like the late Earl of Derby \m
said "he preferred the gout," and in 1882, when travelling- in
Scotland, he succumbed to a second attack in Edinburgh, aged 70!
His remains were brought out to Canada in one of his own shipgfi
and rest in the beautiful cemetery on Mount Royal. He left hiflj
large fortune, variously estimated at six to eight million dollars*
exclusively to his numerous family.
It is such men — and there have been, and still are, many of thenJi
— who have built up, under the aegis of the British flag, not onljj
the beautiful city of Montreal, but this great Dominion. Th*
McGills, the Moffatts, the Molsons, the Allans, the Workmansm
i
1 In 1895 it has been carried as low as three cents per bushel.
THE ALLAN LINE. 159
the Greenshields, the Redpaths, and others have found worthy
successors in the Smiths, the Stephens, the McLennans, the Gaults,
the Mackays, and the Macdonalds of our day ; and the net result is
that Canada stands out to-day as one of the happiest and freest
nations in the world, its people living in peace and contentment
under equal laws, and enjoying liberty without licence. Using the
words of " Fidelis," the gifted writer of Canadian verse, let us hope
that—
"In the long hereafter this Canada shall be
The worthy heir of British power and British liberty ;
Spreading the blessings of her sway to her remotest bounds,
While with the fame of her fair name a continent resounds.
True to her high traditions, to Britain's ancient glory
Of hero and of martyr, alive in deathless story ;
Strong in their liberty and truth, to shed from shore to shore
A light among the nations till nations are no more."
Alexander Allan died at Glasgow on the 2nd April, 1892, leaving
personal property valued at two and a half million dollars. Andrew
alone remains of the five brothers. He resides on the beautiful
Mount Royal, and still keeps up a general oversight of the
business, and there are many sons who are carrying on the work,
and adding to the fame, of the great " Allan Line."
Among the other best known of the earlier Allan captains were
John Graham, James Wylie, Hugh Wylie, Joseph E. Button,
William H. Smith, Alexander D. Aird, Robert Brown, Niel
McLean, William Richardson, and Joseph Ritchie, all able men.
Ritchie is the only one now afloat, and commands the favourite
Parisian. James Wylie, on his retirement, was given a splendid
banquet at the " Windsor " by the citizens of Montreal, and
William H. Smith a service of plate.
l6o THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
THE ALLAN FLEET.
Tons gross.
1. Parisian 5,365
2. Mongolian ...... 4,909
3. Numidian 4, 900
4. Sardinian . . . . . 4*384
5. Pomeranian ...... 4 ,364
6. Carthaginian 4, 214
7. Buenos Ayrean ..... 4*005
8. State of Nebraska 3,986
9. Laurentian 3»983
10. Assyrian . . . . . . . 3,970
11. Sarmatian 3,920
12. Siberian ....... 3,904
13. Circassian 3,724
14. Grecian ....... 3,613
15. Norwegian 3,523
16. Corean 3,488
17. Peruvian. ...... 3,263
18. Brazilian 3,204
19. Rosarian ...... 3,077
20. Monte Videan 3,076
21. Scandinavian 3, 068
22. Prussian 3,030
23. Hibernian 2,997
24. Manitoban ...... 2,975
25. Canadian 2,911
26. Caspian 2,728
27. Nestorian 2,726
28. Austrian 2,682
29. State of Nevada 2,488
30. Phoenician 2,425
31. Waldensian ...... 2,306
32. Lucerne i>925
33. Acadian 931
34. Newfoundland ...... 919
112,983
CHAPTER X.
THE WHITE STAR LINE.
THE White Star Line, although commenced later on, stands
next in importance among the British lines, and now owns some
of the longest, the finest, and the fastest ships in the world. As
the Cunards have always preserved A, and the Allans N, so this
line has preserved C as the terminal letter in their ships' names.
It was in 1870 that an enterprising firm of Liverpool shipowners,
Messrs. Ismay, Imrie & Co., who owned the White Star flag^
decided that the time had arrived for a superior class of screw
steamships to run between Liverpool and New York. They did
not go to the Clyde for them, but to Harland & Wolff, of Belfast.
Edward James Harland, the now celebrated naval architect, is
:he fourth son of a Yorkshire physician, the late Dr. William
Harland, of Scarborough, where he was born in 1831. After being
a few years at the Edinburgh Academy he was apprenticed in 1846
:o the firm of Robert Stephenson & Co., Newcastle-on-Tyne, who
were extensive builders of locomotives, and also marine and land
engines.
Upon the completion of his articles he entered the drawing office
>f Messrs. J. & G. Thomson, Glasgow, where he was engaged
intil 1853, when he took over the management of a shipbuilding
rard in Newcastle-on-Tyne, belonging to Messrs. Toward. After
>eing there for a short time he was offered a similar post in the
Belfast shipyard, then owned by Messrs. Robert Hickson & Co.
ich he accepted at the end of 1854.
In 1858 the owner retired and Mr. Harland became proprietor
>f the concern himself, and built his first steamship, the Venetian,
or Messrs. Bibby & Sons, of Liverpool, launched in 1859. Soon
forwards, in 1860, he was joined by Mr. G. W. Wolff, a German,
he son of a Hamburg merchant, where he was born, but who was
ducated in Liverpool and Manchester.
The extensive business of which Sir Edward is the head is still
bly carried on with the assistance of his partners Messrs. Wolff,
M
1 62 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
Wilson & Pirrie, the two latter of whom were among the first
pupils trained by the firm.
The first ship they designed and built for the line was the
Oceanic, 3808 tons (420 x 42 x 31) and 500 H.P. nominal. She
was launched in 1870. Not only was she longer, larger, anJ
faster than any other boat in the trade, but under the guidance of
Mr., now Sir Edward, Harland, several novelties were introduce*
in her which added much to the comfort of passengers.
Firstly, a midship saloon and state-rooms, which diminished seal
M 2
OF THE
UNIVERSITY j
OF
THE WHITE STAR LINE. 165
sickness, and were away from the noise and vibration of the screw ;
secondly, in lieu of the rattling water-jugs, water was supplied by
taps in the state-rooms ; and thirdly, each room was supplied with
an electric bell — a great comfort to passengers, especially when
sick — and thoroughly ventilated by fans. The Cunard boats had
none of these. The Oceanic was a great success, and was speedily
followed by three sister ships. In 1872 thus was inaugurated the
service now so popularly known as the White Star Line, or
" Oceanic Steamship Company." The first boats were the Oceanic,
Atlantic, Baltic, Republic, Adriatic, and Celtic, all being nearly
alike (3880 tons gross, 437 feet long, and 600 H.P. nominal),
except the last two, which were built 17 feet longer.
The Oceanic was afterwards despatched to San Francisco to
open a new line between that port and Hong- Kong, via Japan.
Then they added the Gaelic and Belgic, 4206 tons. In 1874 they
added the Britannic, and in 1875 the Germanic, longer and faster
boats, and sold the Baltic (now the Veendani) and the Republic
(now the Maasdani) to the Netherlands Line. The new boats were
so fast, so regular, and so luxurious that they at once leaped into
yet greater popularity, and the other lines had to follow suit. The
last two are alike, and the description of the Britannic will serve
for both. She is 468 x 46*3 x 34, 5004 tons gross, 3152 net. Her
engines are by Messrs. Maudslay, Son & Field, 760 H.P. nominal,
but they indicate at sea 5000. They have four inverted cylinders
on the compound principle, the two high pressure being above the
two low, 48 and #3 inches in diameter, with 5 feet stroke ; she has
8 boilers with 32 furnaces, the pressure of steam being 70 Ibs. to
the square inch, and consuming only about 100 tons good coal per
day. Her average speed is 15 knots, but the Germanic made in
one day, going west, 396 knots, or an average of over 16 knots per
hour. The Britannic reduced the time from Queenstown to Sandy
Hook to 8 days, and homewards to 7 days 16 hours. Mr. Ismay
says that, like all the White Star Line, she was built without a
contract. She cost ,£200,000, or $1,000,000.
Although the compound engine had been introduced as early as
1856, and was tried successfully by Alfred Holt in the China trade
in 1865, the White Star Line was among the first to realise, by
[their unique arrangement of machinery, its great economy in coal.
[t has since been generally adopted.
In 1 88 1 they built the Arabic (430 x 42 x 32), 4368 tons, more
specially for cargo and cattle, but afterwards sold her to the
etherlands Line, and she is now known as the Spaarndam. The
aelic and Belgic were transferred to the China Line.
1 66 THE HIS TOR Y OF NOR TH ATLA NT 1C S TEAM NA VIGA TION.
But a melancholy disaster marred the success and injured the
popularity, for a time, of these splendid boats, notwithstanding the
utmost care on the part of their owners. In March, 1873, owing
to heavy westerly gales, Captain Williams, of the Atlantic, fearing
to run short of coals, bore up for Halifax, and either through
rashness, or carelessness, in running for Sambro Light in thick
weather, on the ist April, ran her ashore on the Maris Rock,
Prospect Beach, near Sambro Island, where she became a total
wreck. She had about 1000 souls on board ; 442 were saved, but
about 560 perished, chiefly steerage passengers, many dying in the
rigging through cold and want. Universal regret was expressed,
and the captain was severely censured, his certificate being
suspended for two years.
Messrs. Harland & Wolff also built for the company similar
ships for the New Zealand trade, such as the Doric, 4784 tons, the
Ionic, 4753 tons, the Coptic, 4700 tons, and the Gothic, 7220 tons.
In 1885 the Queen conferred a baronetcy on Mr. Harland. For
many years previously he had been chairman of the harbour board,
and subsequently, for two years, Mayor of Belfast — High Sheriff
for county Down in 1887. He was also appointed a justice of the
peace for Antrim and Down, and in 1889 he was elected member
of Parliament for Belfast, an honour shared by his partner,
Mr. Wolff, in 1892, since which they have been relieved by
Mr. Wilson and Mr. Pirrie from the more active duties of the firm.
In the latter year they launched the largest amount of tonnage
built in any yard in the world, viz., 14 steel ships measuring 68,614
tons, 12 of which were steamships, and have headed the list each
year since. They have long built their own engines and boilers,
and employ 7000 to 8000 hands, much to the benefit of the great
and prosperous city of Belfast. The Peninsular and Oriental
Company, and other great steamship companies, have had many
splendid ships built by this now famous firm. When the cattle
trade assumed such large proportions they built for the White
Star Line two long, roomy boats, the Cujic in 1888, 4639 tons
(430-7 x 45-2 x 30), 520 H.P. nominal, and the Runic in 1889,
4649 tons (430-7 x 45-2 x 30), 520 H.P. nominal. They make
about 13 knots on a very moderate consumption of coal, and
carry 6000 tons of cargo and 1000 live cattle. They answered
so well that in 1891 they added the Nomadic, 5749 tons (460*8 x
49-1 x 31), and 600 H.P. nominal, and the Tauric, 5728 tons
(461 x 49 x 30-9), 600 H.P. nominal, and in 1892 the Bovic,
6583 tons, and the Naronic, 6594 tons, sister ships, (both 470 x
53 x 3J'6). These boats carry enormous cargoes, and have done
ft*
THE WHITE STAR LINE. 169
their work well. The Naronic, however, did not run long, but met
with a very sad fate. When hardly a year afloat she left Liverpool
for New York on the nth February, 1893, and was never seen
again. The only trace of her was two of her boats, one of which
was passed by the steamship Coventry, on March 4th, at 2 A.M., in
lat. 42° N., and long. 46° W., floating keel upwards, and another
twelve hours later riding to an improvised sea-anchor made of oars
and spars. What happened to the ship can only be conjectured.
An inquiry was held by the Board of Trade, when all that could
be proved was that she was in every respect a first-class ship, and
that nothing had been spared to secure her safety. She was
replaced by a still larger boat the Cemc, 8315 tons gross (500 x
60 x 38). She is a twin screw, one of the largest freight boats
afloat, and recently carried the largest cargo that ever left New
York, consisting of —
140,000 bushels of grain,
9,000 bales of cotton,
3,500 sacks of flour,
400 tons of copper and lead,
'300 tons of fresh meat,
8,400 packages of cheese, oil, hides, beef, wax and hay, and
- 896 head of live cattle.
Outwards these boats, of course, carry large numbers of steerage
passengers, but the tendency is now more and more towards
separating freight and saloon passengers, the latter demanding
great speed, and the former economy in coal consumption, both of
which have been successfully achieved in modern boats.1
The Britannic and Germanic became great favourites with
Atlantic travellers and did their work well. The fastest passage
between Sandy Hook and Queenstown made by the former was
7 days 6 hours and 55 minutes, her average speed being i6'o8
knots per hour. The Germanic did slightly better, doing it in
7 days 7 hours and 37 minutes, but at an average speed of 16*10
knots per hour, wonderful performances, considering the small
consumption of coal. But a still more remarkable fact must be
recorded. These two boats recently completed 400 passages each
across the Atlantic, with only one serious accident, a collision in a
fog off Long Island between the Britannic and Celtic, resulting in
the loss of three or four lives. Each boat accomplished about
1 Since this was written the company has launched the Georgic (557 + 60
+ 40), carrying 14,000 tons.
1 70 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
one and a half million statute miles, and both boats were then
working as efficiently as ever with their original engines and
boilers. They had carried 100,000 saloon and 260,000 steerage
passengers on these voyages. Such a record is probably without
a parallel in the history of steam navigation.1
But Sir Edward Harland was not satisfied. He had long
contemplated larger and faster ships, which should not only excel
anything then afloat, but which should be fitted to act as powerful
auxiliaries to the British Navy. This latter idea did not originate
with the Government, but with Mr. Ismay, the managing owner of
the White Star fleet. He pointed out that boats could be built
capable of carrying 2000 infantry or 1000 cavalry with their horses,
that would steam from England to Halifax in five days, to the
Cape of Good Hope in 12! days, to Bombay, via the Suez Canal,
in 14 days, to Calcutta in 17! days, to Hong- Kong in 21, or to
Sydney, N.S.W., in 22 days, and that even if the Suez Canal were
closed they could reach Bombay in 22 days via the Cape.
In 1887, in view of the great Paris Exhibition of 1889, the
company determined to build two such boats, of about 10,000 tons,
that should surpass anything afloat, to be named the Teutonic and
Majestic. It was decided to have twin screws, extreme length of
hull, great power, superb fittings, and all the latest improvements.
They were also built to the requirements of the Admiralty for
armed cruisers or troopships, carrying twelve quick-firing guns,
each capable of discharging twelve shots a minute. They were
commenced in the spring of 1887.
Beautiful as the two Inman boats are, with their cutwaters and
figure-heads — a characteristic of that line — the Teutonic and
Majestic, with their significant straight stems, might be preferred
by some. The Teutonic was launched in January, 1889, and com-
menced to run in August, but the Majestic was not ready until the
2nd April, 1890. They are longer than the Paris and New York,
but 5^ feet less beam, their dimensions being 582 feet long on deck,
57*8 feet beam, and 39 feet deep; the Teutonic measuring 9686
tons gross, 4245 net, and the Majestic 9861 gross, and 4340 net.
They are built of Siemens-Martin steel, and have three pole
masts, but no yards.
To add to their strength the builders introduced a novelty in
riveting their outside plates. Instead of butting the plates
together, as usual, they overlap each other, and are trebly,
quadruply, and in some parts even quintuply riveted together.
1 London Times. The Germanic has since been fitted with new engines
and boilers, and has lowered her record to 6 days 23 hours.
J
THE WHITE STAR LINE.
173
This plan, though not quite as sightly, is much stronger than the
old plan. The decks are of steel, covered with wood. In addition
to ten transverse bulkheads they have a longitudinal bulkhead,
which divides the engine-room in two, the great advantages oi
which have been pointed out in a previous chapter. The brackets
used to support the ends of the screw-shafts were dispensed with,
another novelty, the shafts being carried out in what are really
1 74 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
parts of the hull in the run of the ship, the attachment being by al
double web of plating, forming almost a complete circle. The
screws overlap each other a few feet.
Each boat has two sets of triple cylinders, 43, 68 and no inches
in diameter respectively, the engines working up to i6,oco H.PJ
indicated. According to the requirements of the Admiralty, botH
engines and boilers are placed below the water-line to protect
them from the shots of an enemy, and the great strength of the hulls
reduces the vibration to a minimum. Their rudders are also!
THE WHITE STAR LINE.
175
prepared for being worked below the water-line. The ships are
lighted throughout by electricity and fitted with electric bells and
all the latest conveniences.
The promenade decks are 240 feet long and 18 feet clear on
both sides of the deck-houses. They are covered in by a new
arrangement called an " awning deck," over which the ship's boats
are stowed, and fitted underneath with electric lamps. The
ventilation of the ships throughout is amply provided for by fans,
and the state-rooms are fitted with ventilating side-lights, which
exclude the sea while admitting fresh air. The fittings throughout
I?6 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
are really superb, and the decorations highly artistic ; indeed, they
must be seen to be fully appreciated. In each ship the midship-
saloon is 60 x 57 feet, the full width of the ship, 10 feet in height,
with a crystal dome in the roof. The decorations in this splendid
banqueting-hall are in the Renaissance style. Bas-relief figures of
tritons and nymphs in gold and ivory colour gambol around, and
the ceiling is decorated in a corresponding style. It is brilliantly
lighted by electricity. At either end there is beautifully carved
oak cabinet-work. The revolving armchairs and couches are
sumptuously upholstered. The library is on the promenade deck.
It is fitted with book-cases containing a good supply of standard
books ; writing-tables are arranged around it, divided by racks for
stationery, and at each end there are luxurious couches.
The smoking-room is a cosy and handsome apartment. The
woodwork is of rich, dark mahogany ; the walls are covered with
embossed leather of the same tone, richly gilt. The panels are
oil-paintings, representing the ships of the Middle Ages, and there
are handsome couches upholstered in leather. The main entrance
to the saloon, and the stairs leading to it, are of carved oak with
white and gold ceilings. Both accord with the general magnificence
of all the fittings.
On the promenade and upper decks there are a number of
spacious state-rooms, luxuriously fitted up ; some of them have
double bedsteads, wardrobes, armchairs, writing-tables, and
couches. To add to their comfort, the appliances for heat,
light, and ventilation are under the control of the occupant, who
has but to move his hand to obtain light, or warm or cold air, and
he can screen his window with a stained-glass shutter. All the
other state-rooms are equally handsome and replete with con-
veniences. There are numerous bath-rooms and lavatories, in
charge of special attendants, and a barber's shop fitted with electric
motors to drive revolving hair-brushes !
The second cabin is in the after part of the ship. The saloon,
state-rooms, baths and lavatories are far superior to those in an
ordinary steamship, in fact, quite equal to what was formerly
designated as first-class.
The whole of the free space of the upper deck is reserved for
steerage passengers, who in stormy weather have the shelter of the
deck above. The steerage is of unusual height ; baths supplied
with hot and cold water, a smoking-room, separate rooms for
families, electric lamps, perfect ventilation, and an elaborate
system of lavatories, planned with a view to the utmost delicacy,
are all luxuries never dreamt of in the old sailing ships, which
THE WHITE STAR LINE. IJJ
supplied emigrants with little more than bread and water, occupied
thirty to sixty days on the voyage, and charged more passage-
money than is now charged by the White Star Line for carrying
them across in six days, with a liberal diet and all the comforts
described ! Unmarried women have their quarters aft, and are
under the charge of a matron. No wonder that when the Teutonic
appeared at the great naval review at Spithead, in 1889 (where the
Emperor of Germany and the Prince of Wales inspected her)
visitors were amazed at her size and the magnificence of all her
fittings.
Each ship can accommodate 300 first, 170 second, and 850 third-
class passengers, with an exceptionally large amount of cargo, in
view of a consumption of coal of some 300 tons per day.
The speed of these two ships and that of the Paris and New
York is practically the same. There was great rivalry between
he Teutonic and City of New York in 1889-90, sailing as they did
>n the same day. On one passage they were in sight of each
)ther nearly the whole distance. The City of New York's best
ime, Sandy Hook to Queenstown (2814 knots), was 5 days
9 hours and 57 minutes ; but the Teutonic has made the western
iassage in 5 days 16 hours and 31 minutes, an average of
0/35 knots, and she has made 528 knots in one day going west,
,n average of 21*30 knots per hour. But the Paris, in October,.
892, beat both records, making the run west in 5 days 14 hours
.nd 24 minutes (2782 knots), and 530 knots in one day going west.
The Majestic, however, has averaged 20*41 knots on the southern
oute. All these records, however, have since been eclipsed by
he Campania and Lucania of the Cunard Line. All racing, how-
;ver, has been stopped by mutual agreement. So determined were
he owners of the White Star Line to put it down that they
[ischarged an old and faithful servant, simply, it is said, because
ic persisted in the practice contrary to orders. It should not be
orgotten, however, that these records of time only are not con-
lusive as to speed, the difference between the northern and the
outhern route being fully 100 knots. There are recent records of
,778 knots in August, and 2894 in May, and allowance often has
o be made for fog, head winds, heated bearings, or bad coals.
Vtost ships now take Lieutenant Maury's " lane routes " to avoid
ollisions, following a northern route going west, and a southern
oute going east. In counting a day's run, too, it must be remem-
>ered that, with these fast boats, the day, going west, is about
4 hours 45 minutes actual time, but only about 23 hours
5 minutes going east. Speed, after all, is only a secondary
N
I?8 THE HISTORY OF NORTH A TLANTIC STEAM NA VIGA TION.
consideration. The most remarkable thing about the Teutonic
and Majestic is their freedom from accidents. So far in five years
only one accident has been reported, a collision with a fishing
schooner in a fog, involving the loss of two lives, the others having
been saved by the Majesties lifeboats.
The question will naturally be asked, " Do such floating
palaces pay ? " So far as the White Star Line is concerned the
public are kept in ignorance, for the managing owners issue no
annual report, the shares being held by a small body of share-
holders. The same remark applies to the International Naviga-
tion Company (Inman Line). The report of the Cunard Company
for 1893 (and again this year) shows that they made no profit for
that year, merely declaring a dividend for 1 893 of 2 per cent, out
of their underwriting account. The Hamburg- American Line
paid no dividend, and the North German Lloyds only 3 per cent.
These fast boats are run at an enormous cost. The Teutonic, for
example, burns nearly 4000 tons of coal every round voyage, and
her crew, including firemen and stewards, number fully 300 persons.
Much costly nightwork has to be done, and she pays 36 cents, or
is. 6d., per ton dock dues in Liverpool, every trip. The White
Star Line, however, has been well patronised by passengers. The
early Cunard boats, even such as the Persia and Scotia, rarely
carried over 200 first- and second-class, and no steerage pas-
sengers ; but the Majestic has carried 1593, made up of 586 first,
and second, and 1007 steerage, and on nine trips- had an average
of 1357 ; and the Teutonic, on seven trips, has averaged 1400.
The competition, however, especially in winter, is very severe,
the ordinary rates are much lower than they were thirty years ago ;
while as to cargo, occasionally the current rates scarcely pay more
than the cost of handling it. A bushel of grain is often carried by I
Atlantic steamships 600 miles for less than one cent, or one
halfpenny sterling ! x
To show how wonderfully the passenger traffic has increased
is only necessary to quote the following figures : —
Saloon.
In 1845 the Cunard boats (the only boats then running)
carried west and east during the year to Boston
and New York ....... 2,700
In 1881 there landed in New York alone . . . 51,229
„ 1886 ,, ,, ,, ... 68,742
,, 1889 ,, ,, ,, ... 96,686
,, 1890 „ ,, ,, ... 99,189
See Appendix No. XIII.
THE WHITE STAR LINE.
Saloon.
In 1891 there landed in New York alone . . . 109,023
,, 1892 ,, ,, ,, ... 120,991
,, 1893 ,, „ ,, ... 121,829
,, 1894! „ „ ,, ... 92,561
And as many more doubtless went east.
The total number of alien passengers arriving in the United
States from foreign countries was —
In 1840 ...... 84,060
,, 1845 ...... H4>37i
• ,, 1850 ...... 310,004
,, 1854 ...... 427,833
.. 1870 ...... 379,854
,, 1880 ...... 622,252
.. 1883 ...... 764,303
In 1885 the method of counting was altered by excluding tem-
porary visitors and adding immigrants arriving vid Canada. The
estimates for immigrants alone were —
For 1890 ...... 560,000
,, 1891 . .... 665,000
,, 1892 ...... 730,000
Since 1892 restrictions have reduced the number of immigrant
arrivals. A return published in 1892, for ten years, 1881-91,
gives the total number of passengers carried to New York by six
lines as follows : —
1. North German Lloyd Company .... 738,668
2. Hamburg-American Company .... 525,900
3. White Star Line ....... 371,193
4. Cunard Line ....... 323,900
5. Inman Line. ....... 322,930
6. Guion Line ........ 237, 836
— a return which caused no little surprise in British maritime
circles. The Cunard Company, carried in addition, a considerable
number to Boston.
The mails carried have increased at a still more rapid rate.
From 1840 to 1870 the number of bags averaged about 150 to 200,
but the Majestic has carried on one occasion 1672 bags and
baskets. The British Post Office no longer pays any subsidies to
North Atlantic steamships, but pays for the mails by weight,
selecting the fastest steamships from Liverpool twice a week, and
1 See Appendix No. III.
N 2
1 80 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
also sends a small number viA Southampton, when specially
directed. In 1893-4 the British Government paid to Atlantic
steamships, for the carriage of mails, ^105,500 in all, of which the
White Star Line probably earned about one-half. The United
States Post Office is very illiberal in such matters. While it pays
to United States steamships $1.60 per Ib. for letters, and 8 cents
per Ib. for other mail matter, to British steamships it only pays
44 cents per Ib. for letters and cards, and 4^ cents per Ib. for other
mail matter. Under this arrangement it paid to the White Star
Line, in 1893-4, a sum of $4.7,176, or nearly ;£ 10,000 sterling. It
has now agreed, however, to pay a large subsidy to the Inter-
national Navigation Company, or the American Line, for the
carriage of United States mails once a week to Southampton ; and
in future only letters, etc., specially directed will be forwarded from
the United States by British or German boats.
The United States Superintendent of Foreign Mails issued the
following statement showing the average apparent time, and the
quickest trip of each steamship carrying United States mails from
New York to London via Queenstown, for 1892 : —
Teutonic .
Majestic .
City of New York
City of Paris
Umbria
Etruria
Average in
Hours.
175 '5
178-8
179*4
182-4
184-5
184-7
Quickest.
167-3
170-4
171-3
175-6
173-2
176-0
The Celtic was sold to the Thingvalla Line in 1893, and is now
known as the Amerika under the Danish flag.
The White Star Line receives from the British Admiralty an
annual sum of ,£14,659 los. as a retainer for the Teutonic and
Majestic.
The best-known captains on this line have been Perry, Gleadell,
Parsell, Jennings, Irving and Kennedy — all very able and popular
men. Captain Parsell now commands the Majestic and Captain
Cameron the Teutonic.
Mr. Thomas H. Ismay retired from the firm in 1892, although
still retaining his entire interest and position in the line, but not
before he had handed over the munificent sum cf ,£20,000 sterling
as a nucleus for a fund for the support of aged and indigent
merchant seamen, to commemorate the occurrence of his fiftieth
birthday, in the Jubilee year of Her Majesty Queen Victoria, in
1887.
THE WHITE STAR LINE.
181
Mr. W. S. Graves joined the firm in 1881 and the two elder
sons of Mr. Ismay in 1891.
WHITE STAR LINE FLEET.
No.
Name of Ship.
Tons. I.H.P.
i
Majestic ......
9,861
16,000
2
Teutonic
9,686
16,000
3
Germanic ......
5,008
5,000
4
Britannic ......
5,004
5,000
Nominal
H.P.
5
Adriatic ......
3,888
600
6
Cevic
3,3*5
7
Bovic
6,583
600
8
Tauric .......
5,728
600
9
Nomadic ......
5,749
600
10
Runic
4,649
520
ii
Cufic
4,639
520
JAPAN AND CHINA LINE.
H.P.
12
Oceanic
3,8o8
500
13
14
Belgic
Gaelic .
4,206
4,206
NEW ZEALAND LINE.
IS
Doric
4,784
16
Ionic .......
4,753
17
Coptic.
18
Gothic .......
7,220
1 8 2 THE HIS TOR Y OF NOR TH A TLA NTIC S TEA M NA VIGA TION.
CHAPTER XI.
THE EASTERN STEAM NAVIGATION COMPANY.
IN 1853 tne British Admiralty advertised for tenders to carry the
mails to India and Australia, and a number of gentlemen of great
wealth, and others of scientific attainments formed this company,
with a capital of ,£1,200,000, and sent in a tender ; but it was not
accepted. Some of the directors, unfortunately, consulted Mr.
Isambard K. Brunei, a very able and daring civil engineer, but
fifty years ahead of his time. He recommended the construction
of a monster iron steamship, to run direct to Ceylon at an average
speed of 1 5 knots, and to carry coals enough to take her out and
home without stopping to re-coal, making the passage each way in
thirty days, with smaller branch boats to Madras, Calcutta, Hong-
Kong, and Australia. It was one of Brunei's " grand ideas," and
although Mr. Atherton, a naval architect, said it could not he
done, the directors commissioned Brunei to design such a ship.
This he did in conjunction with Mr. Scott-Russell, of Millwall, a
celebrated shipbuilder. She was to be 692 feet long on deck, j
83 feet beam, and 58 feet deep, 22,000 tons old, or builders',
measurement, 19,000 tons new measurement gross, and 13,000 net ;
to be built on the cellular principle, with 30,000 plates and!
3,000,000 rivets ; capacity for 18,000 tons of cargo and coals, and
accommodation for 800 first, 2000 second, and 1200 third-class
passengers. She was to have five splendid saloons, six masts, and
twenty boats ; to be propelled by a pair of paddle engines of 1000
H.P. nominal, and 5000 indicated ; four cylinders 74 inches inj
diameter and 14 feet stroke, and a pair of screw engines, 1600 H.P.j
nominal and 6000 indicated, with cylinders 84 inches in diame
and 4 feet stroke.
The design was accepted, and contracts made with Mr. RUSJ
for the hull and paddle engines, and with James Watt & Co.,
Birmingham, for the screw engines. Mr. Russell decided to builc
her at Millwall, on the Thames, parallel with the river (a mistake),
THE EASTERN S TEA M NA VIGA TION COM PA NY. 1 8 5
and she was commenced on the ist May, 1854. x She was ready
for launching on iron ways (another mistake) on the 3rd November,
1857. Crowds of scientific and naval men attended, but she
refused to budge. Stationary engines tightened chain cables,
when she moved 3^ feet one end and 7 feet at the other, and then
the chains snapped asunder. After employing hydraulic rams,
with a pressure of 1300 Ibs. to the square inch, and 3-inch chain
cables, injuring several men, and spending ;£ 120,000 ($600,000),
she was finally launched on the 3ist January, 1858. A permanent
stone graving-dock could have been built for the money, and the
ship floated out of it free of cost, as the Great Britain was at
Bristol in 1843. Brunei's estimate of the cost of launching was
,£14,000! So much for engineers' estimates. It is only fair to
say, however, that Mr. Russell is understood to have opposed iron
ways. She was to have been called the Leviathan, but she was
christened the Great Eastern. Her exact tonnage was 18,915 tons
gross, and 13,344 net. The cost of launching had exhausted the
company's funds, and she lay unfinished for twelve months. At
length a new company was formed, the " Great Ship Company," to
which she was sold for ;£ 160,000, but it was September, 1859,
before she was completed. Her actual cost, when finally ready for
sea, was about ;£ 1,000,000 sterling, or $5,000,000.
After making a trial trip to Holyhead (during which the explosion
of a superheater killed six men), she proceeded to Southampton,
where Captain Harrison, her commander, was drowned by the
upsetting of a boat, and it was not until the I7th June, 1860, that
she started for New York with only 36 passengers. She arrived
there on the 28th, but her greatest speed was only 14-5- knots, and
her best day's run only 333 = 13 '59 per hour, and her average on
the passage only 300, or 12*24 knots. Great crowds visited her
there, and $70,000 (,£14,000) were received for admission fees over
and above all her expenses. She returned to Milford, and as
neither sufficient goods nor passengers could be procured for India,
she lay there until the ist May, 1861, when she again started for
New York with 100 passengers ; but her maximum speed was no
greater than on the previous trip, proving that she had not suffi-
cient power to propel her immense hull at the estimated speed.
On her return she was chartered by the British Government to
carry troops to Quebec, under the command of Captain Kennedy.
She was designed to carry 10,000, but the Government limited the
number to 2528, and she also carried 40 civilians. Having landed
1 Scott-Russell's pamphlet.
1 86 THE HIS TOR Y OF NOR TH A TLANTIC S TEA M NA VIGA TION.
them in July, she left Quebec August 6th, and arrived at Liverpool
on the 1 5th. Early in September she left Liverpool for New York,
and on the I2th and I3th fell in with an equinoctial gale , her
rudder was damaged and became useless ; she fell off into the
trough of the sea, rolled frightfully, pitching a cow through a
skylight into the grand saloon, terrifying the passengers, and had
to put back to Queenstown. From this out, with the exception ol
one voyage to New York for a French company, she was devoted
to cable laying, at which she proved a great success. She laid two
of the Atlantic cables in 1865 and 1866, under the command ol
Captains Anderson and Hall. In 1868 she laid a cable between
Brest and Duxbury, near Boston ; in 1870 one between Aden and
Bombay ; and in 1873 and 1874 two between Valentia and New-
foundland ; but she seems never to have paid her way. As a
commercial venture she was a ruinous failure, and only proved
that a clever civil engineer, with grand ideas, is not always a safe
guide as a naval architect.
She was several times sold, always at diminishing prices, and
at last for about ,£16,000, to parties who exhibited her on the Clyde,
and afterwards broke her up in the Mersey. Brunei's ideas as to
size, however, are in a fair way of being carried out, for we now
see ships of 12,950 tons, 620 feet long, running between Liverpool
and New York, but with 30,000 H.P. indicated instead of the
ii,ooo, which was all the Great Eastern had. He admitted that
the paddles were a mistake and would have to be removed. The
anxiety and worry attending her launch is said to have hastened
his death, which occurred on the I5th September, 1859.
1 87
CHAPTER XII.
THE ANCHOR LINE.
THE Anchor Line was commenced in 1856 by Messrs. Handyside
& Henderson, of Glasgow, with the steamship Tempest to New
York,1 and a couple of small boats running between Glasgow,
Quebec and Montreal, one of which, the United Kingdom, was
wrecked on the Bird Rock reef in the St. Lawrence. They also
established, about the same time, a line between Glasgow and
various ports in the Mediterranean. But in 1865 they transferred
their American line to New York, despatching a boat fortnightly.
Since then the service has been gradually increased to a weekly
line, and during summer to twice a week, as the trade demanded.
They have also greatly developed the trade between various ports
in Italy, Sicily, Malta, Trieste, Naples, etc., and New York, and
latterly they have extended their operations to India, via the
Suez Canal. Their boats have gradually increased in size and
power from 1000 tons and 100 H.P. nominal to 5495 tons and
720 H.P. They are specially designed for large carrying capa-
city, and some of them have good speed. At one time the line
consisted of no less than thirty-six ships. The Anchoria, for
example, is 4157 tons gross (408x40x34) and 617 H.P. nominal ;
the Bolivia is 4050 tons (400 x 40 x 33) ; the Ethiopia is 4005 tons
(402 X 40 x 33), 720 H.P. ; the Circassia is 4272 tons 2 (399 X 42 x 33),
600 H.P. ; the Devonia is 4270 tons (400x42 x 33), 600 H.P. ; the
Victoria is 3358 tons (360x40x31*9), 480 H.P. ; and the Fur-
nessia is 5495 tons (445x44-8x34-5), 600 H.P. The early boats
were all built on the Clyde, but most of the above named were
built at Barrow-in-Furness, Lancashire.
When the Inman Company threw up the City of Rome, also
built at Barrow, in 1881, she passed into the Anchor Line, running
1 The Tempest sailed 26th February, 1857, and was never heard of again.
2 Circassia was the first boat fitted with a refrigerator (in 1879).
1 88 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
between New York and Liverpool, and latterly to Glasgow. She
is a magnificent ship, 8144 tons gross, of great length (560 x 52 x 37)
and 11,890 I.H.P. Her boiler power at first being insufficient, sht
did not come up to the speed guaranteed by her builders, but i
has since been increased ; and although not a match for the
Etruria she is very fast, quite equal to the Servia. She has six
cylinders, three of 46 inches, and three of 86 inches diameter, with
six feet stroke. She made 18*23 knots on her trial trip, and her
best time between New York and Queenstown was 6 days 21 hours
4 minutes. As showing the perfection to which ships' compasses
have been brought, the accident to this ship may be quoted. The
New York steamships bound to Queenstown shape a course for tht
Fastnet, a little pinnacle rock with a lighthouse and signal-station
on it, near Cape Clear, in the S.W. of Ireland. On the 8th June
1890, the City of Rome, during a dense fog, actually struck this
little rock, destroying twenty feet of her bow ; her bulkheads savec
her ; she got oft" and reached her destination.
The company has not escaped other more serious accidents
some, unhappily, attended with terrible loss of life. Thus in
October, 1868, the Hibernia broke her screw-shaft 600 miles
from Ireland, filled through the shaft tunnel and sank with the
loss of many lives. In October, 1870, the Cambria was wrecke(
on the island of Innstrahull (Ireland), and only one man escapee
out of 170. In November, 1890, the Ethiopia broke her shaft anc
was towed to Ireland by the Oregon, and in June, 1894, the same
boat struck an iceberg and stove in her bows in a fog ; her bulk-
heads saved her, and she reached Glasgow eight days later. Then
one of the most terrible accidents of modern times happened to the
Utopia on the I7th March, 1891, when bound from Naples to New
York with 800 Italian emigrants. Entering Gibraltar Bay in a
heavy gale she struck the ram of H.M.S. Anson, and immediately
sank with a loss of 562 lives, besides two brave men of the
Immortality drowned in a heroic effort to save lives. The Utopia
was raised in the following July under the direction of Mr. Armit
Captain McKeague was tried and censured for grave error o
judgment.
On the 24th August, 1892, the Anglia capsized near the mouth
of the river Hooghly (India), and twelve lives were lost. The Trin-
acria, a Mediterranean boat, was lost on the coast of Portugal with
thirty-seven of her crew and four passengers ; and in October, 1893
the Roumania, bound from Liverpool to Bombay, was wrecked on
the same coast, near Peniche, 50 miles north of Lisbon, when,
out of fifty-five passengers and a crew of sixty-seven, only nine
THE ANCHOR LINE. . 189
persons were saved. The company still owns a fine fleet of ships,
which are managed by Henderson Brothers, Glasgow. William
Henderson, one of the founders of the line, died on the 8th April,
1895.
ANCHOR LINE FLEET.
Tons gross.
1. City of Rome 8,144
2. Furnessia ...... 5,495
3. Belgravia 4*977
4. Circassia 4*272
5. Devonia ....... 4*270
6. Anchoria 4, 157
7. Bolivia ....... 4*050
8. Ethiopia 4*005
9. California 3, 410
10. Victoria 3*358
11. Scotia 3,287
12. Britannia . . . . . . 3,069
13. Hesperia 3,027
14. Alsatia ....... 2,773
15. Elysia 2,714
16. India ....... 2,477
17. Australia ...... 2,252
18. Italia . 2,245
19. Caledonia 2,151
20. Olympia ....... 2,051
21. Columbia 2,030
22. Assyria 2,023
And thirteen smaller boats in the Mediterranean trade.
1 90 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
CHAPTER XIII.
THE ROYAL ATLANTIC STEAM NAVIGATION COMPANY.
THE " Royal Atlantic Steam Navigation Company," better known I
as the "' Galway Line," was one of the most conspicuous failures I
known in the history of the trade. A number of English and I
Irish gentlemen, headed by a patriotic Irish priest living at
Galway, none of whom had any experience of the business, in
January, 1859, proposed to the Government to carry the mails •
from Galway to Boston or New York for a subsidy of .£3000 per ]
round voyage. There being no cable then working, the attraction I
they offered was an undertaking " to carry telegraph messages I
from the United Kingdom to British North America and the 1
United States in six days, vid Galway and St. John's, Newfound- I
land." Certain influences having been brought to bear on the I
Government, a contract was entered into on the 2ist April, 1859, I
based on this proposal, the service to commence in June, 1860. 1
To carry it out the company contracted for four boats, each offl
2800 tons gross (360x40x32), with engines of 850 H.P. nominal, I
guaranteed "to make 20 statute miles per hour (about 17! knots) I
in smooth water, on a consumption of 8800 Ibs. of coal per hour," I
equal to about 95 tons per day. Messrs. Palmer, of Newcastle, I
built two, the Hibernia and Connaught, for .£95,000 each, and 1
Messrs. Samuelson, of Hull, the other two at .£97,500 each. But 1
on the trial of the Connaught the Government inspector reported I
that "her speed was only about 13 knots." None of the vessels
were delivered within the contract time. The company therefore
chartered the Parana, which sailed from Galway on the 27th June,
1860. She occupied 7 days 13! hours in reaching St. John's, and
ii days 17 J hours in reaching New York.
The Connaught sailed on the nth July for Boston direct, but
was 22j hours over the contract time in arriving. On her second
voyage, in October, she was 7 days 20^ hours to St. John's, and
was totally wrecked when approaching Boston. The second
THE ROYAL A TL ANTIC STEAM NA VIGA TION COMPANY. 1 9 1
ship, the Hibernia, fell in with a severe gale between the Tyne
and Galway, and was so badly strained that she never entered the
service at all, while the third ship, the Columbia, which sailed from
Galway on the Qth April, 1861, was badly disabled by ice, and
occupied 10 days 7! hours to St. John's, and 17 days 2of hours to
Boston. To replace the Connaught the Prince Albert was
chartered, and in February, 1861, the company bought the
Adriatic, formerly of the Collins Line, and she was the only
boat that kept the contract time. She made the run from Galway
to St. John's in 6 days, and returned in 5 days 19^ hours,1 when
one of her cylinders burst and killed her engineer. But having
within six months lost one ship, while a second was disabled by
a storm, and a third by ice, the company found it impossible to
raise fresh capital, and had to abandon the undertaking, and
terminate their contract in May, 1861. The shareholders were
reported to have lost in eighteen months nearly all, if not the
whole, of their capital. The ships were mortgaged to Overend,
Gurney & Co., London bankers, whom they helped to ruin. Such
are the natural results when men embark in a business which
they do not understand.
1 Report of Parliamentary Committee.
1 92 THE HISTORY OF NOR TH A TLANTIC STEAM NA VIGA TION.
CHAPTER XIV.
THE NATIONAL STEAM NAVIGATION COMPANY.
THE success of the Inman and Allan Lines led to many similar
undertakings. In 1863 a number of Liverpool merchants and
shipowners established the " National Steam Navigation Company,"
with a capital of ,£700,000. The original intention was to run the
boats between Liverpool and the Southern States after the close
of the Civil War ; but as this was delayed, and the ships were
ready, they sent them to New York to compete with the Cunard
and Inman companies. Their first boats were the Louisiana, 3847
tons, 300 H.P. (afterwards re-named the Holland] ; the Virginia,
4310 tons, 400 H.P. (afterwards re-named the Greece) ; and the
Pennsylvania, 4276 tons, 400 H.P. (afterwards re-named the
Canada], all screws. They were intended chiefly for goods and
steerage passengers. Being of large size and low power they were
not as fast as either the Cunard or Inman boats. In 1864 they
added the Erin, the Queen, 4457 tons, 420 H.P., and the Helvetia,
4588 tons, 420 H.P. At the conclusion of the Civil War, in 1865,
they found ample employment for the six boats in the New York
trade, which was rapidly increasing. In 1865 they added the
Scotland, and in 1866 the England, 4898 tons, 420 H.P. ; the
Denmark, 3724 tons, 350 H.P. ; and the France, 4281 tons,
400 H.P.
In 1867 some of these ships were chartered by the British
Government for service as transports in the Abyssinian War.
In 1868 they were the first to adopt compound engines in the
New York trade, building the Italy, 4169 tons, 500 H.P. In
1870-1 they built the Egypt, 4669 tons, 600 H.P. ; and the Spain,
4512 tons, 600 H.P. The two last named were built by the
Liverpool Shipbuilding Company, and by Messrs. Laird, of
Birkenhead. Both were very fine ships and much faster than
their earlier boats. The Spain has a record of 9 days I hour
17 minutes from Queenstown to New York, and 8 days 19 hours
THE NA TIONAL STEAM NA VIGA TION COMPANY. 193
53 minutes going east. In 1873 the Egypt landed in New York
the large number of 1767 steerage passengers, probably the largest
number ever carried to New York in a British ship. They also
established a fortnightly line between London and New York.
In 1883 they built on the Clyde a magnificent ship of larger
tonnage and great speed, the America, for the ever popular
Captain Grace. She was 5528 tons (432 x 51) and 7354 H.P.
indicated, with three cylinders, one of 63 and two of 91 inches in
diameter, with 5! feet stroke. On her trial at the measured mile
she made 17*8 knots. Her best trip was made in 6 days 14 hours
1 8 minutes. Soon after placing her on the route they accepted a
tempting offer for her from the Italian Government, who wanted
her for a transport. She had previously made one trip to India
with British troops.
In 1891 the company built two boats of smaller power, the
Europe on the Tyne, 5302 tons, 600 H.P. nominal (435 x 46*4 x
33), and a second America, at Dundee, 5158 tons, 600 H.P.
(435 x 46-3 x 33).
One of- this company's ships, the Greece, was the first to carry
fresh meat from New York in refrigerators (in 1876), and the same
ship was the first to carry live cattle (in 1877). The company's
ships paid very well for some years, but ultimately the restrictions
placed upon the immigrant business by the United States Govern-
ment led them to abandon the passenger service, while the
Liverpool freight business was entirely unremunerative. The
company has therefore transferred the ships to London, between
which port and New York they now run weekly with freight and
live stock. In one year these ships landed at New York 33,494
steerage passengers, but only 2442 saloon.
The company has not escaped serious disasters, although for
many years they could boast that they had not lost a passenger by
accident or negligence at sea. In April, 1866, a boy on board the
England, carrying 1200 steerage passengers, developed a case of
small-pox when three days out, and she had to run to Halifax with
hundreds of passengers sick, dead and dying. The Scotland was
sunk near Sandy Hook (New York), where she still lies with a
lightship over her. In the winter of 1889-90 the Erin left New
York and was never heard of again. In July, 1890, the Egypt was
burnt at sea, the fire having commenced spontaneously among
bales of cotton. The passengers and crew were all rescued by a
passing ship, and in 1894 the Helvetia was abandoned off Cape
Finisterre ; her passengers and crew were landed at Gibraltar,
kpril 26th.
O
1 94 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
NATIONAL LINE FLEET.
No.
Name of Ship.
Tons.
Nominal
1
2
America
55i58
s, 302
600
3
4
England
Spain
The Queen ......
Greece
4,898
4,512
4>457
4» 314-*
^
7
8
France
Denmark ......
4,281
3,724
I
( 195 )
CHAPTER XV.
THE GUION LINE.
MESSRS. WILLIAMS & GUION, of New York, long owned a fine
fleet of sailing packet ships, from 900 to 1 800 tons, known as the
" Blackball Line," specially built to carry emigrants from Liverpool
to New York. In summer they often carried 1000 per week.
They had a branch house in Liverpool, Guion & Co., managed by
Stephen B. Guion.
In 1863, finding it impossible to compete successfully with the
iron screw steamships, but yet still doubtful of their permanent
success, they entered into an arrangement to supply the Cunard
and National Lines with emigrants. But in 1866 they started a
steamship of their own, the Manhattan, 3182 tons, 250 H.P.
nominal (335 x 42 x 27*8), an iron screw, built on the Tyne, and
still running as the City of Lincoln. She was the pioneer ship of
the " Liverpool and Great Western Steamship Company," better
known as the Guion Line.
As the ships were all built in Great Britain they could not carry
the United States flag, but taking advantage of the technical
decision of the Court of Queen's Bench, already quoted in the case
of the Inman Line, they have always carried the British flag
although owned chiefly, if not altogether, by Americans. The
company built in rapid succession the Minnesota, Nebraska,
Colorado, Idaho, Chicago, and Nevada, each of about 3500 tons
gross and 300 to 400 H.P. nominal, forming a weekly line. They
were specially designed to carry large cargoes of goods, and about
1000 emigrants each, but had not sufficient power to compete with
the Cunard boats for speed. In 1870 they built two boats on the
Tyne of much greater power, the Wisconsin, 3700 tons and
600 H.P. nominal (366 X 43 x 26 '6), and the Wyoming, 3729 tons
and 600 H.P. (366 x 43 x 26 '6). The Wisconsin has a record of
9 days 20 hours 37 minutes, Queenstown to New York, and 8 days
12 hours 15 minutes going east, the Wyoming of 9 days 17 hours
O 2
1 96 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
32 minutes going west, and 8 days 6 hours 30 minutes going east,
and the Nevada of 9 days 20 hours 52 minutes going west, and
8 days 7 hours 25 minutes going east. In 1873 they added the
Montana, and in 1874 the Dakota (400 x 43*9 x 40-9). In 1870
they stood third in the number of steerage passengers landed in
New York from Liverpool, 27,054, but they only carried 1115
saloon.
In 1874 commenced that long depression which seriously affected
every trade in the world, and especially the steamship trade. The
Guion Company sold several of their ships. The Chicago was
wrecked on Daunt's Rock near Queenstown, in January, 1868 ; the
Colorado was sunk by collision in the Mersey in December, 1873 5
the Dakota was wrecked on the Welsh coast in May, 1877, and the
Montana on the same coast in March, 1880.
In 1879, when a partial revival occurred, they ordered a much
larger and faster boat than they had hitherto ventured upon, and
gave the contract to John Elder & Co., of the Fairfield Yard,
Glasgow. William Pearce was then at the head of this firm, and
hardly known beyond the Clyde, but this ship made him famous
and was the forerunner of all the Atlantic "greyhounds." This
was the Arizona. She had unusual length and great power,
5164 tons, 1200 H. P. nominal, and 6300 indicated (450 x 45 x 35*7),
with three cylinders, one of 62 inches diameter and two of 90, with
5 1 feet stroke. She astonished the world, for she made 17 knots
on her trial trip and reduced the time from Queenstown to New
York to 7 days 7 hours 48 minutes, and the eastward to 7 days
3 hours 38 minutes. She, however, had a very narrow escape, for
in November, 1879, m a dense fog she ran into an iceberg
and completely crushed in her bows ; her bulkheads saved her,
and she returned to St. John's, Newfoundland, for temporary
repairs.
This ship was such a success that the Guions gave Mr. Pearce
an order for a still larger ship, and in 1881 he produced the
Alaska, 6932 tons, 1800 H.P. nominal, and 10,000 indicated
(500 x 50 x 38), with great length and very fine lines. Her engine
has three cylinders, one of 68 inches diameter, and two of 100 with
6 feet stroke. She proved still faster, making 18 knots on her
trial trip, and was the first to bring the time from Queenstown to
New York under 7 days. In 1882 she reduced the time of the
eastward passage to 6 days 18 hours 37 minutes, and in 1883 she
reduced the time of the westward passage to 6 days 21 hours
40 minutes. For a short time she held undisputed sway as the
fastest ship in the world, and of course commanded a preference
THE G UION L INE. 1 97
from most American travellers, especially as she was in reality
owned chiefly by Americans.
But only for a short time. The craze for extreme speed had
now fairly set in, and competition was very keen. Few expected
that a mere freight line like the Guion would beat the Cunard,
the Inman, and the White Star boats. William Pearce became
the prince of naval architects, but death snatched him away too
soon from the scene of his triumphs. Flushed by their success the
Guions ordered from him another boat, still larger and faster than
the Alaska. This was the Oregon, 7375 tons and 13,300 H.P.
indicated (501 x 54). Her engines also had three cylinders, one
of 70 inches diameter and two of 104 inches with 6 feet stroke.
She made 18*3 knots on her trial trip. In 1883 she eclipsed the
Alaska and, it is said, reduced the time from Queenstown to New
York to 6 days 10 hours 10 minutes. The New York partner,
however, made heavy losses in some speculations outside the
steamship business, and in consequence she passed into the hands
of the Cunard Company in June, 1 884, and after a very brief career
was sunk off Long Island, nth March, 1886, by collision with a
wooden schooner ! The passengers and crew were, however, all
saved. The Alaska lost her rudder, but reached- New York in a
novel manner. Instead of being towed in she towed the Lake
Winnepeg, the latter making the course and acting as a temporary
rudder, for which she was awarded a fair salvage.
The death, in Liverpool, on igth December, 1885, of Stephen B.
Guion, who had been the life of the concern from the first, led to
the winding-up of its affairs. A weekly line, consisting of the
Alaska, Arizona, Nevada, Wisconsin and Wyoming, was main-
tained for some time after his death ; but owing to the extreme
depression in freights, and the restrictions on immigration enacted
by Congress, they did not pay their running expenses, and all the
boats were laid up for sale. In the ten years 1881-91 they
carried to New York 237,836 passengers. James Price, a sturdy
Welshman, was long the commodore of the fleet. George S.
Murray was the energetic and watchful captain of the Alaska.
Captain Jones was dismissed from the Arizona after the accident,
and is said to have died of grief soon afterwards.
THE HISTORY OF NORTH A TL ANTIC STEAM NA VIGA TION.
CHAPTER XVI.
THE DOMINION LINE.
FOR many years after the introduction of iron screw steamships to
the Atlantic trade it was not supposed that they could compete
successfully with sailing ships in the carriage of such bulky goods
as raw cotton, but in 1870 a number of merchants engaged in
the New Orleans trade with Liverpool resolved to make the
attempt, and formed the Mississippi and Dominion Steamship
Company, Limited, under the management of Messrs. Flinn, Main
& Montgomery, of Liverpool. They were to run to New
Orleans in winter (calling on the outward voyage at Bordeaux,
Lisbon and Havana), and to Quebec and Montreal in summer.
Their first boats were the St. Louis, Vicksburg and Memphis, all
under 2000 tons gross, built in 1870. In 1871 they built the
Mississippi, 2129 tons (now the Sicilia), and in 1872 the Texas,
2822 tons.
After a time the directors abandoned the New Orleans trade
and confined themselves to the Canadian trade, sailing to and
from Portland, Maine, in winter, and thus the boats became known
as the Dominion Line.
Gradually they sold the smaller boats and substituted larger
ones, designed to carry large cargoes, with good accommodation
for passengers, and fitted with compound engines of moderate
power. Being of less speed at first than the Allan boats, they
were not as popular with passengers, but latterly they have become
powerful competitors, both for goods and passengers, and two of
their boats are about a match for the popular Parisian in point of
speed. In 1874 they built the Dominion, 3176 tons, 350 H.P.
nominal (335 x 38*4 X 32*5), and the Ontario, a sister ship, at
Dumbarton ; in 1879 tne Montreal, 3300 tons, 375 H.P. (320 x
39 x 25); in 1880 the Toronto, 3316 tons, 375 H.P. (329-5 x
39*3 x 25 '2), at Whiteinch, and the Ottawa, a sister ship ; and they
" VANCOUVER,"
THE DOMINION LINE. 2OI
bought from the Inman Company the City of Dublin (re-named
the Quebec], and the City of Brooklyn (re-named the Brooklyn],
2911 tons and 450 H.P. nominal. In 1882 they built the Sarnia,
3694 tons, 500 H.P. (360 x 40 x 32), at Whiteinch, and in 1883
the Oregon, 3672 tons, a sister ship, two very fine boats of larger
size and power, with midship saloons and state-rooms. But the
line had its full share of misfortunes. The Vicksbtirg stranded
below Green Island, in the St. Lawrence, in 1874, and after a
heavy repair, struck field ice in the following spring (3Oth May)
and sank with 40 to 50 of the passengers and crew, including her
captain. The Quebec ran into two sailing ships when leaving
Quebec in 1876, and, after a long Admiralty lawsuit, had to pay
some $30,000 damages, besides heavy costs. The Ottawa struck
the ground, about 50 miles above Quebec, on the 2ist November,
1880, could not be rescued, and gradually broke up. The Sarnia
went ashore on Rathlin Island, but came off and was repaired ;
and the Brooklyn was totally wrecked on Anticosti. Happily there
was no loss of life in any but the Vicksburg.
Nothing discouraged, however, in 1883 the company contracted
with Messrs. Connal & Co., of Glasgow, for a magnificent ship, of
over 5000 tons, with good speed, but before she was completed
sold her to the Inman Company, to replace the City of Rome, and
she was known as the City of Chicago. They at once had built
by the same firm the Vancouver, launched in 1884. She is a very
fine and fast ship, 5149 tons gross and 2859 net (430 x 45 x 33) ;
she had powerful compound engines of 1000 H.P. nominal, giving
her an average speed of fully 14 knots at sea, and placing her
nearly on a par with the Parisian, their best passages showing
only a difference of three or four hours. Having splendid accom-
modations amidships she soon became a great favourite with
passengers ; and in August, 1890, she carried 201 saloon, and in
April 1893 she landed no less than 1340 in Halifax, 78 cabin and
1262 steerage. She has, however, met with several accidents. In
August, 1890, in a fog near Belle Isle, she struck an iceberg, but
got clear with little damage ; and in November her popular com-
mander, Captain Lindall, was swept overboard by a sea, together
with a quartermaster, and both were drowned ; and in November,
1894, her screw slipped when entering Lough Foyle, and she
grounded on Lyle's Bank, but sustained no damage, and was
towed to Liverpool. As she never realised a rate of speed pro-
portionate to her great power, in 1893 Messrs. Harland & Wolff
gave her new engines and boilers of the latest type (triple
cylinders), which, although of less nominal power than the original
202 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
ones, and consuming much less coal, gave her quite as much
speed. So rapidly do marine engines become obsolete.
Misfortunes, however, continued. In August, 1889, the Montreal
was totally wrecked in a fog on the island of Belle Isle, but
passengers and crew were saved. In 1890 the Idaho, a chartered
boat, was wrecked on Anticosti, with a very valuable cargo of grain,
cheese and cattle, but no lives were lost.
In 1891 the company launched from the yard of Harland &
Wolff, Belfast, a very fine new ship, the Labrador, 4737 tons gross,
2998 net (401 x 47 x 28*3), 650 H.P. nominal, 3800 indicated.
Although of less power she exceeds the Vancouver in speed, while
carrying a very large cargo of 5700 tons. She has some novel
arrangements, such as pipes for conveying fresh water to cattle,
automatic ventilators, open in all weathers, and others supplying
fresh air to the 'tween decks by fans ; steam pipes to each com-
partment for extinguishing fire, and refrigerating machinery for
fresh beef, fruit, eggs, etc. In the steerage the canvas beds in
framework of wood can be folded up by day, and she is lighted
throughout by electricity. So far she has been very successful and
has made some remarkable passages. In May, 1894, she averaged
365 knots per day from Moville to Rimouski, or 15 knots per hour.
In August she ran from Moville to Rimouski in 6 days 8 hours,
the quickest passage ever made ; and in December she ran from
Moville to Halifax in 6 days 12 hours, averaging 348 knots per
day, great work for a boat of such small power.
In addition to the Liverpool line they now run one between
Montreal and Avonmouth (Bristol) ; and in 1893 the Nevada,
3617 tons, was bought at a very low price (said to be only ^45°°)
for this line from the Guion Company and re-named the Hamilton.
All their boats, except the Vancouver, carry cattle, sheep and horses,
and latterly, to prevent a useless competition, the Allans agreed to
share the small mail subsidy with the company, the Vancouver and
Labrador carrying the mails for two weeks out of every five.
The Sarnia has been particularly unfortunate. In March, 1893,
when bound from Liverpool to Halifax with 700 passengers, in
long. 44° W., the bearings of the after crank-shaft broke ; they
were temporarily repaired at sea in six days, and she reached
Halifax without assistance. In August of the same year she broke
her shaft and was towed 1000 miles to Queenstown by the Allan
steamship Monte Videan, and in December 22nd, 1894, she lost
her rudder in lat. 55° N., and long. 12° W. After drifting for
several days, helpless, she was towed to Innstrahull by the Allan
steamship Norwegian, and thence to Belfast by tugs. In May,
THE DOMINION LINE. 203
1894, the Texas ran ashore near Cape Race in a fog and became
a total wreck, but Captain Hunter was absolved from all blame by
a court of inquiry. As a set-off against all these losses the Oregon
fell in with the Ethiopia, of the Anchor Line, disabled and towed
her to Ireland, and the Texas towed the Allan steamship Sardinian
to Liverpool ; the latter ship having lost her rudder, and the
company thus earned considerable salvage.
In the fall of 1894 Messrs. Flinn, Main & Montgomery, the
managers, resigned. On the I2th December, to the surprise of
everyone outside the shareholders and directors, it was announced
that all the boats had been sold to Messrs. Richards, Mills & Co.,
of Liverpool, at a great sacrifice. The original ^20 shares (after-
wards reduced to £1$} realised only £i i6j-. 6d. per share, the
buyers assuming the company's liabilities. There are besides
debentures to the extent of ,£78,000. Thus over ^400,000 sterling
appear to have been lost by the extreme depression in ocean
freights and other losses.
204 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
CHAPTER XVII.
THE BEAVER LINE.
IN the year 1867 several wealthy Montreal merchants decided to
form a company to run a line of fast iron sailing ships between
Liverpool and Montreal, and the result was seen in the " Canada
Shipping Company," known as the Beaver Line, from the flag the
ships carried. They built five powerful, fast ships on the Clyde.
The first was the Lake Ontario, 1068 tons, followed by the Lake
krie, 938 tons, the Lake Michigan, 900, and the Lake Huron,
900 tons. The fifth was the largest and fastest, the Lake Superior,
1274 tons, built by Robert Steele & Sons, Greenock, and launched
in 1869.
The directors soon found that the day for sailing ships in the
Montreal trade was nearly over. The tug-boat owners formed a
combination, and exacted enormous sums for towage. To meet
this the company built a tug-boat, the Lake. But although the
ships made three rapid voyages in the summer season to Montreal,
and one to the United States in winter, and obtained fair rates of
freight, the directors finally decided to substitute steam for sailing
ships. In the meantime the Lake Michigan left Portland, Maine,
for Liverpool, and was never heard of again ; and the Lake Huron,
after being caught in the ice and wintering at Quebec, drifted
ashore on Anticosti in a calm and was wrecked.
In contracting for steamships the directors made the same
mistake that so many have made. The boats were too small, and
could not compete successfully with larger boats. In fact, it was
not then seen by anyone, as it is now, how much more economically
large ships can be worked than small ones.
Their first boats were built in 1875— the Lake Champlain, Lake
Megantic and Lake Nepigon, each about 2200 tons gross and
250 H.P. nominal (320 X 35 x 25). They were Clyde built, long,
handy ships, schooner rigged, and good carriers, but somewhat
slow for lack of power. Consequently, although they reduced the
THE BE A VER LINE. 205
saloon fare to $50, they did not attract many passengers. They
were followed, in 1879, by the Lake Manitoba and Lake Winnepeg,
larger boats of about 3300 tons and 400 H.P. nominal, with spar
decks (355 X 40 x 31), but still too small for freight purposes.
The next was the Lake Huron, built on the Clyde in 1881, 4040
tons gross, 2646 net, with 500 H.P. nominal (385 x 42 x 31). She
was more successful, but as freights were low, and other companies
were continually building larger ships, the directors at length did
what they should have done earlier. In 1885 they had built on
the Clyde a magnificent ship of 4562 tons gross, and 2966 net
(400 x 44' 2 x 31*7), of full power, and with first-class accommo-
dation for passengers — this was the Lake Superior. She carries a
large cargo, and is a match for any of the Allan boats — except the
Parisian — in speed, averaging fully 13 knots per hour. The saloon
fare by this boat was raised to $60, but she is very popular with
first-class passengers, and deservedly so. Not having the very
complete organisation of the Allans they did not carry as many
steerage passengers, but in the spring of the year they had a fair
share. All the boats are well ventilated, having cool chambers
specially for the carriage of cheese, butter and eggs, and the Lake
Superior is a favourite ship for the transport of horses, the trade in
which is rapidly growing. They all carry live cattle and sheep too.
The line, however, has had to contend with several disasters
among the early ships, happily unattended by loss of life. The
Lake Megantic was wrecked on Anticosti, the Lake Manitoba on
St. Pierre, and the Lake Champlain on the north coast of Ireland,
while the Lake Huron grounded on Berthier Shoal, below Quebec,
and had to winter in the Levis graving dock for repairs. The
Lake Winnepeg, however, received $25,000 salvage for assisting
the Alaska into New York with loss of rudder in 1885.
To keep up a weekly line the company bought in 1887 from
James Laing, of Sunderland, the Lake Ontario. She is 4502 tons
gross (374 x 43 '5 x 29*5), with powerful engines of the latest type,
about equal to the Lake Superior in speed, and handsomely fitted
for all classes of passengers. Mr. Laing has long been celebrated
as a shipbuilder, and the Lake Ontario has maintained his reputa-
tion. She has done her work well, making rapid passages and
keeping clear of accidents. The boats have been running to
Boston and New York in winter, but it is to be feared without any
profit. The Lake Winnepeg was recently given new engines and
boilers, so that four out of the five boats are strictly first-class. Of
late years the company has met with no serious accidents, but the
Lake Nepigon was damaged by ice in the straits of Belle Isle and
206 THE HISTOR Y OP NOR TH A TLANTIC STEAM NA VIGA TION.
had to return to Montreal ; the Lake Superior struck an iceberg
in the same strait in July, 1894, but reached Liverpool on the 9th
with her fore compartment full of water ; and in March the Lake
Ontario ran down a fishing schooner near Boston, but saved the
crew. On the other hand, in 1892 the company met with an
extraordinary piece of good fortune. The Lake Huron, on her
way from Montreal to Liverpool, fell in with the North German
Lloyd's steamship Spree, from Bremen for New York, on the 28th
November, about 1000 miles west of Queenstown, with her main
shaft broken and her after compartment full of water. The Lake
Huron towed her to Queenstown in less than six days without
mishap — a great feat. The Spree is a magnificent ship of nearly
7000 tons, and had 530 passengers on board. The Lake Huron
is said to have received ,£24,000 ($120,000) salvage.
Two of the remaining sailing ships have been sold. The
company has paid no dividend since 1890, and such has been the
extraordinary depression in freights that the ships have run heavily
into debt; they are now (February, 1895) all laid up 'and the
company compelled to go into liquidation, with heavy loss to the
shareholders and creditors.
CHAPTER XVIII.
GERMAN LINES.
THE HAMBURG-AMERICAN PACKET COMPANY.
THERE has long been a large German population in the United
States, and consequently a large emigration from Germany in the
spring and summer, while many Germans are constantly returning
to visit the Fatherland.
For many years Germans, especially first-class passengers,
preferred the Liverpool lines, but ultimately Germany followed the
example of Great Britain in establishing lines of screw steamships
between that country and New York.
The Hamburg- American Packet Company was the first of the
German lines in the field. It had very small beginnings, but has
rendered most valuable assistance to German trade. " At a time,"
say the directors of this great company, " when the British fleets
almost ruled the maritime traffic, and England, with the aid of her
great resources, was straining every endeavour to guard and to
advance her supremacy in the mercantile and industrial field, a
number of men of energy in Hamburg undertook, with what would
at the present day be considered ridiculously small means, to try
to enter the contest for the advantages of this traffic. When on
the 2/th May, 1847, the Packet Company, which was the popular
name for the line, was formed with a capital of only 450,000
marks1 (about $112,500), nobody could have anticipated to what
enormous proportions this modest enterprise was destined to
develop, and which to-day is a conclusive evidence of German
enterprise and commercial energy. ... In the course of four
decades the Packet Company has attained an eminence which
1 The German mark is worth a fraction less than 24 cents in Canada
(23*8), but for convenience' sake it will be considered in round numbers as
equal to 25 cents (4 = $i), it being understood that this is about 5 per cent,
above its actual value.
208 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
makes it count as one of the most powerful competitors amongst
the great steamship lines of the world. This famous undertaking
has largely contributed to the opening up of new markets, thus
proving one of the most powerful factors of Hamburg's success.
At the. present day the magnificent steamships of the company
carry its flag over every sea, the passengers conveyed by it
counting by millions, and the value of the merchandise carried by
thousands of millions of marks. A sum of over one hundred
millions of marks has been expended in building steamships,
giving profitable employment to tens of thousands of industrious
labourers." l
For nine years after its formation the company carried on its
operations by means of first-class sailing ships. The largest of
these could only accommodate 200 passengers ; but as the traffic
between the Old and the New World constantly increased, in 1853
the directors decided to place screw steamships on the line to
New York.
Until recently, the company very wisely went to the Clyde for
all their boats. Their first steamship was the Borussia, an iron
screw of 2349 tons, built and engined by Caird & Co., of Greenock.
in 1855. This was the same year in which the Allan Line
commenced their line, but five years later than David Tod's City
of Glasgow had proved the possibility of running such boats.
The Hamburg boats had not at first quite the speed of the best
British boats, but they carried large cargoes, and always had
plenty of passengers. For some years, too, they called at Plymouth
and Cherbourg, so as to secure a portion of the French traffic, but
have since returned to Southampton as a port of call, from whence
there is a daily line of steamboats running to Havre. The
Borussia commenced her first regular sailings on the 1st June,
1856. She was followed by the Hammonia, a sister ship, and the
results were so satisfactory that in the following year the company
determined to apply for an increase of its capital by three million
marks ($750,000). The money was procured and two new steam-
ships were built, increasing the fleet to four steamships and eight
sailing vessels.
The directors' plans were then so modest that at a general
meeting they said : " In view of these great proportions a further
extension of the business cannot be contemplated."
Monthly sailings were maintained until 1860, in which year the
company sold their sailing ships and in their place put four more
1 Translation of memorandum issued by the agents.
OF THE
UNIVERSITY
OF
THE HAMBURG-AMERICAN PA CKET COMPANY. 2 1 1
steamships on the route, and were thus enabled to make the line
to New York a fortnightly one. At the same time they despatched
some of the boats to New Orleans.
On its 20th anniversary, in 1867, the company owned thirteen
large Transatlantic steamships, besides several smaller boats, and,
in addition, some very valuable real estate, and a dry dock, built
with difficulty and at great expense. The capital stock then
amounted to thirteen and a half million marks, and the debentures
to nine millions. Up to this point the company appears to have
done well, but now it experienced a turn in the tide. The severe
crisis of 1866 on both sides of the Atlantic, the falling off in
emigration, disasters at sea, reduced freight rates, and severe
competition shook the company to its foundations. The period of
depression, however, passed away, an era of prosperity set in, and
the company gradually grew to the high position it now occupies,
not unaccompanied, however, by some very serious drawbacks.
Five years later, in 1872, its fleet consisted of twenty fine steam-
ships, enabling it to maintain a regular weekly service to New
York, with an extra sailing when necessary. It gradually extended
its operations to the West Indies, Mexico, Baltimore, the West
Coast of South America, China, Japan and Australia with consider-
able success. From a published return we learn that in 1874 the
company's ships Silesia, Frisia, Westphalia, Thuringia, Pomme-
rania, Holsatia, Hammonia and Cimbria, all running to New York,
made an average time of n days 12 hours from Southampton, the
Silesia making the shortest in 9 days 21 hours 56 minutes. East-
wards the average was only 10 days and 31 minutes, the Frisia
making the shortest in 9 days 7 hours and 6 minutes.1 South-
ampton is about 300 knots farther from New York than Queenstown.
In April, 1875, the Eagle Line, running in opposition to New York,
succumbed, and its five ships were absorbed by the Hamburg-
American Company.
In 1888 the company decided to build four twin-screw boats, of
great length and speed, to compete with the Liverpool lines. The
Columbia they ordered from Laird Brothers, Birkenhead. She is
463 x 55i x 38, 7578 tons gross, with triple expansion engines ;
cylinders 41, 66 and 101 inches, with 5! feet stroke, indicating
about 12,500 H.P: The Augusta Victoria was built by the Vulcan
Company of Stettin, in Prussia. She is 459 X 55^ X 38, with
j feet stroke, 7661 tons gross, with triple expansion engines ;
cylinders 41, 67 and 106 inches, also indicating about 12,500 H.P.
1 ' History of Merchant Shipping,' by W. S. Lindsay.
P 2
2 1 2 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
The Normannia was built on the Clyde by John Elder & Co.
She is 500 x 57J- x 38, 8716 tons gross, with triple expansion
engines ; cylinders 40, 67 and 106 inches, with 5! feet stroke,
indicating about 16,000 H.P. The Fiirst Bismarck was built at
Stettin. She is 502 x 57! x 38, 8874 tons gross, triple expansion
engines ; cylinders 43, 67 and 106 inches, with $% feet stroke,
indicating about 16,000 H.P. The Normannia on her trial trip
made 21 knots, the Fiirst Bismarck 20 '85. All four are superbly
fitted with elegant saloons, ladies' cabins, smoking-rooms, and
every modern luxury ; they are also provided with bands of
music, which play during the dinner-hour and on fine evenings.
Thus it will be seen that the company was among the first to
recognise the importance of twin screws, and contracted for the
Augusta Victoria and Columbia when no other line had twin-screw
passenger steamers running.
The Augtista Victoria, on her first voyage, made the fastest
maiden trip then on record between Southampton and New York,
7 days 2 hours and 30 minutes.
Imaginative New York reporters, however, telegraphed, and the
press copied, the statement that "the difference between the
Fastnet and Southampton was 24!- hours, or 460 knots." The
truth is that the distance from Queenstown is only about 270 knots,
or 14 hours less than from the Needles, and from the Fastnet 330
knots, or about 17 hours. Nevertheless it was a splendid run.
As Southampton is near London the boats secure considerable
English and American patronage, but they now have to meet the
competition of the American Line. The Augusta Victoria has
made the run in 6 days 19 hours 19 minutes ; the Columbia in
6 days 15 hours ; the Normannia in 6 days 10 hours 45 minutes,
and the Fiirst Bismarck in 6 days 10 hours 32 minutes, which is
only a fraction of a knot less than the fastest passage made by the
celebrated New York, 6 days 7 hours and 14 minutes.
A published return shows that in the ten years, 1881-91, the;
Hamburg- American Line carried more passengers to New York
than any other line, except the North German Lloyd Company.
The figures are : —
Passengers.
1. North German Lloyd Company .... 738,668
2. Hnmburg- American Packet Company . . . 525,900
3. White Star Line 37i>*93
4. Cunard Line ....... 323,900
5. Inman Line ....... 322,930
6. Guion Line 237,836
A return which caused some surprise in Great Britain.
THE HAMBURG-AMERICAN PACKET COMPANY. 21$
The company has recently absorbed the Hansa Line running
between Hamburg, Antwerp and Montreal in summer, and to
Boston in winter, and in 1893 increased the sailings to once a
week, which, however, was not maintained in 1894, owing to the
extreme depression in freights. They have since re-named these
boats to make the terminations correspond with their other boats,
viz., the Wandrahm has become the Hispania; the Stubbenhuk
the Sicilia; the Baumwall the Christiania ; the Grasbrook the
Dalecarlia; the Grimm the Scotia; the Kehrw eider the Falconia;
the Pickhuben the Georgia; the Steinhoft the Canadia; and the
Cremon the Dalmatia.
The company now runs, in connection with the North German
Lloyd, a line of boats between New York, Algiers, Naples, and
Genoa, which is said to be a success ; and (the H. A. L. alone)
an occasional winter cruise to the Azores, Madeira, Gibraltar -,
Genoa, Malta, Alexandria, Jaffa, Smyrna, Constantinople, Athens,
Messina, Palermo and Naples, and back to New York, lasting
about ten weeks.
They have, too, recently added to their Atlantic fleet five large
twin-screw steamships, especially adapted for live stock and fresh
meat ; if necessary, they can carry 2500 steerage passengers, or
7500 tons of cargo, and are so economical that they can make
13 knots an hour with a consumption of only 55 to 60 tons of coal
per day. Two, the Prussia and Persia, were built by Harland &
Wolff, of Belfast (445 x 50 x 34), about 6000 tons gross ; two others
were built by the Vulcan Company in Stettin, and one by Blohm
& Voss, of Hamburg (460x52x35), are 7118 tons gross each;
the Palatia, Patria and Phoenicia, making in all nine twin-
screw boats, or more than any other line now running.1 After the
ist July, 1895, the express steamers will touch at Cherbourg on
their way to Southampton and Hamburg, where a special train
will carry passengers to Paris. In June the Augusta Victoria
will make a special trip to Norway, and in July the Columbia a
second trip.
An invention by which the gases and smoke ordinarily carried
off through the chimney are drawn back and re-consumed was
recently tried on board the Grimm, and is said to have reduced
her consumption of coal from 350 tons per trip to 250. The
inventor is a Mr. M tiller, of Hamburg.
The company, during the thirty-eight years of its existence, has
not escaped disasters at sea, and, owing to the large number of
1 More recently the company has contracted with Harland & Wolff, of
Belfast, for a twin screw of 13,000 tons measurement.
2 1 6 THE .HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
steerage passengers carried, some of them have been accompanied
by great loss of life. Thus, on the I3th September, 1858, the
Austria caught fire, owing, it is said, to an officer putting a red-hot
iron into a pitch-pot to fumigate the steerage, and of 538 persons
on board only 67 were saved.
On the 7th May, 1875, tne -Schiller, of the Eagle Line, which had
not then been formally taken over, was wrecked in a fog on the
Scilly Islands, when 331 persons were drowned. The chief mate
admitted at the official inquiry that they had "not once cast the
lead." On the 26th November, 1878, the Pommerania was sunk
off Folkestone by the iron barque Moel Eilean; 162 persons were
saved by boats, but some 48 were missing.
In October, 1882, the Herder was wrecked off Newfoundland,
but no lives were lost. On the I9th January, 1883, the Cimbria
was sunk off the coast of Holland by collision with the British
steamship Sultan, when 389 persons are said to have perished.
But for the last eleven years the company's ships have met with no
serious accident in the North Atlantic, and it must be remembered
that, from first to last, this company alone has carried more than
two million passengers.
The fleet now consists of fifty-eight fine ocean steamships, twelve
river steamers, and thirty iron lighters, the total tonnage being a
little over 200,000 tons. It owns besides a dry dock and a large
•establishment in Hamburg, a costly wharf property at Hoboken
(New York), and an establishment at St. Thomas (W.I.).
From the balance-sheet annexed it will be seen that the financial
.affairs of the company appear to be managed in a very safe and
conservative manner. Although the company made a net profit
in 1893 of over four million marks, or nearly one million dollars,
no dividend was declared, the whole profit, of about 10 per cent.,
being credited to the depreciation fund, thus reducing the book
value of the fleet to a little more than one-third its cost when
new — certainly a bold and wise policy. The French Compagnie
Transatlantique value their ships at exactly double this sum per ton.
The capital of the company is thirty million marks (about seven
million dollars), and it has issued 4 per cent, bonds for fifteen
million marks. But it has a reserve of over three million
marks. ($750,000) besides a fund for renewing boilers of 750,000
marks ($187,000), while its insurance fund shows a very large
surplus, 5^ million marks, or nearly $1,500,000, and it has eight
million marks ($2,000,000) in cash and saleable investments.
The accounts are stated in an exceedingly simple manner and
indicate great prudence on the part of the administration. The
THE HAMBURG-AMERICAN PACKET COMPANY.
219
company does not appear to enjoy any postal subsidy from the
German Government, but in 1893 it received the sum of $45,311
from the United States Government for the carriage of mails from
New York to Southampton and Hamburg at a very low rate. The
company has branch offices at 37 Broadway, New York, 125 La
Salle St., Chicago, and 14 Place d'Armes Square, Montreal.
A grand feature of both the great German lines is the benevo-
lent fund for the sick, invalid and retired servants of the com-
pany, upon which some remarks will be found elsewhere. In
1893 the company contributed no less than 120,364 marks to this
fund, or nearly $30,000.
The company has over 6000 permanent employe's, besides
many hundreds of others who work during the greater part of
the year.
THE HAMBURG- AMERICAN LINE
(Established 1847)
Is the oldest German Transatlantic line. Its express steamers are the largest
and fastest of the German merchant marine.
This is the only line maintaining a twin-screw express steamer service
between the continent of Europe and America.
FLEET OF THE HAM BURG- AMERICAN LINE.
TWIN-SCREW EXPRESS STEAMERS.
Steamer. Tonnage. H.P.
i. Fiirst Bismarck . 8,874 16,400
2. Normannia
8,716 16,000
Steamer. Tonnage. H.P.
3. Augusta Victoria 7,661 13,000
4. Columbia . . 7,578 13,000
REGULAR MAIL STEAMERS.
5. Palatia
co 7,118 5,500
26. Polonia .
2,893
,5oo
6. Patria
£05 7,118 5,500
27. Venetia .
2,891
,5oo
7. Phoenician
'£ £ 7>"8 5>5oo
28. Christiania
2,889
,400
8. Prussia
H g 6,000 5,000
29. Virginia.
2,884
,600
9. Persia.
^c.
6,000 5,000
30. Helvetia
2,849
,400
10. Dania .
4,379 3,!oo
31. Hispania
2,730
,200
ii. Scandia .
4,372 3,ioo
32. Polaria .
2,724
,200
12. Russia .
4,OI7 3,3°°
33. Scotia .
2,692
,400
13. Moravia
3,739 2,000
34. California
2,690
,350
14. Suevia .
3,609 2,250
35. Hercynia
2,617
,500
15. Rhaetia .
3,553 . 2,200
36. Bolivia .
2,614
,780
16. Gellert .
3,533 S,000
37. Canadia
2,479
,200
17. Wieland
3,504 3,000
38. Gothia .
2,423
,180
1 8. Italia
3,498
,900 39. Francia .
2,388
,000
19. Rugia .
3,467
,600 ! 40. Valesia .
2,332
,150
20. Markomam
ia
3»45X
,000
41. Slavonia
2,274
,150
21. Bohemia
3»4jo
,600
42. Polynesia
2,196
,000
22. Cheruskia
3,365
,5°°
43. Australia
2,185
640
23. Georgia .
*** s
3,264
,827
44. Dalmatia
2,132
805
24. Sicilia .
3,062
,600
45. Flandria
2,098
,200
25. Galicia .
2,921
,200
46. Ascania
2,082
,100
2 20 THE HISTOR Y OF NOR TH ATLANTIC S TEA M NA VIGA TION.
REGULAR MAIL STEAMERS — continued.
Steamer.
Tonnage.
H.P. Steamer.
Tonnage. H.P.
47. Croatia .
. 2,052
1,100 59. Hansa . . .
528
2OO
48. Hungaria
2,036
1,000 60. Export . . .
450
250
49. Dalecarlia
2,005
900 6 1. Expedient
450
250
50. Thuringia
. 1,964
800 62. Express .
45°
250
51. Holsatia .
. 1,867
800 63. Concurrent .
250
100
52. Rhenania
• 1,843
850 64. Pilot ....
250
100
53. Allemannia .
. 1,841
850 i 65. H.-A. P. A.-G. .
100
5°
54. Borussia .
• 1,777
800 ! 66. Assistent .
ICO
So
55. Teutonia.
. 1,762
800 , 67-72. 6 steamsloops
56. Bavaria .
. 1,748
800 1 73-98. 27 lighters ,
...
...
57. Saxonia .
. 1,746 800 ' 99. i floating steam crane...
58. Blankenese .
700
350 1 Total tonnage .
2OO, 308
Extracts from "Report of the Directors of the Hamburg- American
Packet Company for 1893."
Marks.
The account shows a profit of .... 4?535>753'9I
Deduct the interest on preferred loan . . . 475,000
We have
, 753 -91
Which sum has been written down for depreciation in the value of our fleet,
etc. We regret that we feel obliged to suggest that no dividend be declared
for the past business year on account of the present depreciation in the value
of our vessels. On account of the numerous inventions and improvements
which have been made in recent years in machinery and vessel construction,
old. steamers can be utilised with profit only if their book-value can be lowered
an unsual degree. Again, in consequence of the depressed condition of the
shipping business, new vessels can -be contracted for at lower -figures than ever
before. The administration of a steamship company, which fully recognises
its responsibilities, dare not neglect1 at this time to strive to bring the book-
value of its flotilla, as far as possible, up to the standard required by circum-
stances.
The cholera epidemic has influenced our earnings in the past year almost
as much as did the great catastrophe of the foregoing year.
Hand in hand with the lossess through the abnormal conditions on this
side was the unfortunate circumstance of the long crisis in the United States,
which had its effect on the North Atlantic passenger and freight traffic ; . . .
also the attraction of the Exposition in Chicago worked together greatly to
reduce the yearly American cabin passenger traffic towards Europe every spring,
and back again in the autumn. The traffic which went from Europe to the
Exposition in Chicago was very meagre, and most of this was second instead
of first-class, and therefore did not in any way compensate us for the loss of
our normal business. . . . The contract of the North Atlantic steamship
companies has given satisfaction to the united parties during the past year,
and has been the cause of still closer relations between us "and the North
German Lloyd's. We have closed a contract for several years with the
administration of the North German Lloyd's, by which we in common shall
carry on, not only the lines between New York and the Mediterranean, but
THE HAMBURG-AMERICAN PACKET COMPANY. 22$
also the cabin traffic to and from Hanburg, Bremen, Southampton, as also
the out-going freight traffic, and have regulated the division of receipts, and
thus set aside competition between our companies. That through this union
the earning capacity of the two companies is greatly increased, is certain, and
there is no doubt that this union of the German companies gives a power
which will be sufficient to keep competition within bounds and afford pro-
tection against all competitors.
At the extraordinary general assembly- of April 24, last year, it was decided
to call in our first preferred loan, amounting to 8,750,000 marks, and in place
of it give a new one, in amount 15,000,000 marks. This decision was carried
into effect in May.
We had no great accidents in the past year ; but a succession of average
damages has unfavourably influenced our reserve insurance account. The
additions thereto were 272, 285 '17 marks, and the account now amounts to
5,749,179-22 marks.
The contributions of our company to the sick, invalid and retired
insurance funds was 120,36478 marks in 1893.
During the year 1893, 315 round trips were made, on which 103,114
passengers of all classes, and 1,226 ,354 cubic metres freight were transported.
2 24 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
Dr.
PROFIT AND
Income tax
Commercial expense account
Interest on preferred obligations ......
Business profit for 1893 . .... 4?535>753'9i
Deduct interest on loan .... 475,000*00
Depreciation of steam vessels . . . . 3,530,942*94
,, buildings .... 68,982-98
,, storehouse, Montreal . . 5,000-00
,, sinking fund account . . 13,767-19
Carried forward for renewing boilers and other
repairs . . . . . ' . . 442,060-80
4,060,753-91
Marks.
65,633-00
190,844-53
475,000-00
4*060,753-91
4,792,231-44
Dr.
BALANCE SHEET, DECEMBER 31, 1893.
Bank, cash, bills of exchange, mortgages, imperial and other
securities, and loans at banks
Fifty-one sea-going steamships ......
Advances on two new twin screws
Eight river steamers, six steam sloops, hoisting machine and
barges ..........
Twenty-one iron lighters .......
Two iron lighters at St. Thomas
Dry dock on the Little Grasbrook
Dwelling, storehouse and workshops .....
Administration building 615,000
Deduct mortgage 300, ooo
Warehouses, &c., in Havre, Stettin, Montreal, St. Thomas,
and barracks
Landing place in Hoboken
Coal on hand .........
Equipment magazine dock
Insurance account, premiums brought into account, 1894
On account of pending voyages, debit account
Sundry debits
Marks.
8,030,271-95
38,725,021-50
3,653,620-27
428,003-00
167,000-00
4,000*00
650,000-00
265,000-00
315,000-00
165,069*25
2,440.000-00
144^076*08
408,056*14
290,221*28
1,127,428-66
1,826,920*90
58,639,689*03
THE HAMBURG-AMERICAN PACKET COMPANY.
225
Loss ACCOUNT, 1893.
Cr.
Profit of Transatlantic voyages
, , river steamers and lighters
, , on dry dock
, , on equipment, magazine and workshop
Landing-place in Hoboken ....
Accrued interest
Reserve insurance, account carried forward
Marks.
3,632,036-53
61,106-53
68,186-91
71,766-70
241,207-47
I73J356-95
544,570-35
4,792,231-44
BALANCE SHEET, DECEMBER 31, 1893.
Cr.
Capital stock, 30,000 shares of 1,000
4 per cent, preferred loans of 1893
Reserve account ......
Account for renewing boilers and repairs,
January, 1893
Deduct repairs in 1893 ....
Add profit carried forward
Reserve insurance account, January, 1893
Add savings of premiums for 1893, less
sea damage
Deduct year's profit
750,000-00
442,060*80
307j939* 20
442,060-80
5,476,894-05
816,855-52
6,293,749.57
544,570-35
Sinking fund account, not taken up
Coupon account, interest not taken up
Dividends unpaid
Prepaid tickets to be used at any time
Assistance account (less invested) .
Acceptance account, drafts to be collected from agencies
Insurance premium, account to be paid, 1894
Sundry credits
Marks.
30,000,000-00
15,000,000*00
3,291,734-93
750,000-00
39,500-00
12,125-00
1,778-44
532,328-70
151-42
560, 165*66
196,500*00
2,506,225*66
58,639,689*03
226 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
CHAPTER XIX.
THE NORTH GERMAN LLOYD COMPANY.
THE " North German Lloyd Company," of Bremen, was the second
German line of Transatlantic steamships. It was founded in 1857,
when the fleet consisted of three steamers running to England. As
is so often the case, the success of this great company is said to be
mainly due to one man, the late Mr. H. H. Meier, who for many
years was its life and soul. He succeeded in amalgamating the
various steamship companies then existing and forming out of
them this company, which has gradually become one of the
greatest steamship companies in the world. In June, 1858, the
New York line was opened via Southampton, with the screw
steamship Bremen (318 X 40 x 26), 2674 tons, followed by the New
York, Hudson and Weser, all built by Caird & Co., of Greenock.
These boats were so satisfactory that for a great many years they
confined themselves to this yard. In all, Caird & Co. are said to
have built some forty ships for the company. In 1862 and 1863
the Hansa and America, followed by the Hermann, Deutchland, and
Union, were added to the line, all built by Caird & Co. In 1866
it became necessary to establish a weekly line to New York, and
the following year the fleet numbered fourteen steamers, of which
eight were in the New York trade and six in the English. In 1869
the company extended their operations to New Orleans, and in
1870 to the West Indies ; in 1875, to Brazil and the River Plate.
Most of their boats have been called after the principal rivers of
Germany. A printed return shows that in 1874 the average
weekly passages westward from Southampton of the company's
boats, Donau, Moselle, Hermann, Hansa, Weser, Rhein, Main,
America, Oder, Neckar, Deutchland, Hohenstauffen and Hohen- '
zollern, was n days 13 hours, the Main making the quickest in
9 days 14 hours 20 minutes. Eastward, the average for the same
year was only 10 days 8 hours 58 minutes, the Moselle making the
O 2
Y OF THE
UNIVERSITY
OF
THE NORTH GERMAN LLOYD COMPANY.
229
quickest in 9 days 8 hours 50 minutes.1 In 1880, under the
spirited management of Herr Lohmann, the present managing
director, the company decided that the future of the passenger
traffic and of the mail service, lay with express steamers, offering
to passengers greater speed and safety, "combined with special
elegance and comfort during the voyage." These considerations
led to the building of a whole fleet of express steamers, most of
which came from the yard of John Elder & Co., Fairfield, Glasgow.
On the 26th June, 1881, the first of the new boats left Bremen
for New York. They number twelve in all, as follows : —
Year.
Name of Ship.
Tons.
I.H.P.
1881
1882
1883
1884
1886
1887
1889
1890
Elbe .
Werra
Fulda
Ems .
4,510
4,8i5
4,814
4,728
457i9
4,964
4,966
4,965
5,097
6,990
6>963
6,963
5,600
6,300
6,300
7,000
7,000
8,000
8,000
8,000
9,000
6,500
12,500
12,500
Eider.
Aller .
Trave
Saale
Lahn
Kaiser Will
Spree
Havel
lelm
[I.
.
The three last named were built at Stettin by the Vulcan Co.
The speed of these boats ranges from 16 to 19 knots, and they
make the passage between Southampton and New York in about
seven days with great regularity. All are single screws. The
Spree has made the eastward passage in 6 days 22 hours, and the
Lahn in 6 days 22 hours 42 minutes. The ships' saloons, ladies'
rooms, and smoking-rooms, are not only provided with every
comfort, but are decorated by renowned artists with masterpieces
of art, both in painting and wood-carving, in quite a different style
to the early boats.
In 1885 the company secured a Government contract for the
establishment of five new lines to India, China, Japan, and
Australia, with branch lines in the Mediterranean and the Pacific
Ocean, requiring six new steamers to be built. As the contract
required all the boats to be built in Germany, they were built by
the Vulcan Co., of Stettin, in Prussia. The subsidy was a very
large one, and much higher per mile than that paid by the British
Government to the great Peninsular and Oriental Company. But
1 ' History of Merchant Shipping,' by W. S. Lindsay.
230 THE HIS TOR Y OF NOR TH A TLA NTIC S TEA M NA VIGA TION.
the result appears to have been very disappointing to the company,
proving that post-office subsidies are by no means as profitable as
are generally supposed. The original subsidy was 4,490,000
marks, or in round numbers $1,100,000, or say, ^210,000
sterling per annum, for fifteen years, the total mileage being
782,567 miles, or about $1*40 per mile, less than one-half,
however, that paid by the United States Government. The
accounts of the ships sailing under the contract appear to have
always been kept separately, and the result was that, in addition to
loss of interest on the cost of the ships, in five years the company
lost several million marks. Between 1880 and 1890 the average
dividend was 7f per cent, per annum, and in one good year
12 per cent, was paid. But in 1891 the company could not pay
any dividend, and in 1892 the Government Mail Line was
carried on at a loss of 35,040 marks. In that year the com-
pany obtained a remodelling of the contract, and abandoned a
portion of the subsidy. In 1893 matters improved, the Mail Line
leaving a profit of about 1,000,000 marks, and the company paid a
dividend of 3 per cent.
During the autumn of 1891 the New York- Genoa Line was com-
menced, which proved a success from the start, and since the
winter of 1892-3 a regular service has been maintained between
New York and Genoa, Naples and Alexandria ; also a new line
between New York and Naples. An arrangement was also made
with the Hamburg-American Company to work the Mediter-
"anean lines ointly and share the profits fairly between the two
companies. In 1893-4 a fortnightly line, known as the Roland
Line, was established by the company between Bremen and New
York, for steerage passengers and cargo only. For this line they
purchased the Roland, 3600 tons, 2500 I.H.P., built at Newcastle-
on-Tyne, and built two twin-screw steamers, the Wittekind and
Willehad, each 4500 tons gross, and 2700 I.H.P., and capable of
carrying 2400 passengers. The latter were built by the firm of
Blohm & Voss, in Hamburg.
In December, 1893, the company owned eighty steamships,
including six under construction, of 225,097 tons gross, and
202,731 I.H.P., and seventy-eight tenders, barges, etc., of 15,955
tons. It also owns two large dry docks, numerous workshops,
buildings for nearly every branch of the trade, a special railway
and telegraph station, and coal sheds, all at Bremerhaven,
occupying an area of 2600 square metres, and employing 1200
mechanics and labourers. The store-rooms, laundry and main
offices of the company are at Bremen, as also a special railway
THE NORTH GERMAN LLOYD COMPANY. 233
station and baggage hall. The total number of persons employed
by the company is about 10,000. To protect their employes and
provide for their families in cases of old age, sickness, or death,
the company formed, in 1873, tne " Seemannskasse," which has
been carried on very successfully on the co-operative plan.
Marks. About
The receipts from 1873 to 1892 were . 2,592,855*20 = $648,000
The expenditure 794,481-95 = $198,000
The reserve fund, January, 1893 . . 1,798,373-25 = $450,000
To this fund the company appears to have
given in 1893 ..... 40,472-20 — $10,000
In 1893 the company also formed " A Widow and Orphan Pen-
sion Treasury," and contributed 20,000 marks ($5000) to it from the
profits of the year.
234 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
NORTH GERMAN LLOYD FLEET, 1893.
Tons.
I.H.P.
Tons.
I.H.P.
Express steamers.
i. Kaiser Wilhelm II.
2. Havel ....
3. Spree ....
4 Lahn .
6,990
6,963
6,963
6,500
12,500
12,500
Passenger and cargo
steamers — continued.
38. Braunschweig . .
39. Strassburg .
3,173
3,025
2,200
,6OO
5. Trave
8,000
\\ America .
,3°°
6 Saale
8, coo
7. Aller
8, ooo
2 C=6
,^7o
8. Werra ....
9. Fulda
4,8i5
4,814
6,300
6,300
7, ooo
44. Graf Bismarck . .
45. Kron Prinz Fredk.
William . . .
^,5b"
2,406
900
ii. Elbe
4,5!0
5,6oo
46. Leipzig ....
17 Berlin
2,388
,250
Government mail
steamers.
12. Prinz Regent Luit-
48. Baltimore
49. Stettin ....
50. Danzig ....
51 Adler
2,321
1,815
1,814
,225
,600
,600
pold ....
13. Prinz Heinrich .
,500
5,000
5,000
52. Schwan ....
53. Condor ....
1,232
1,230
500
500
,347
3,200
54. Falke
15. Bayern ....
16. Sachsen ....
,343
,338
4,000
4,000
55. Albatross.
56 Mowe. . .
1,083
650
17. Oldenburg .
1 8. Preussen ....
4',6c8
3,200
4,000
57. Schwalbe. . . .
935
45°
19. Hohenzollern . .
20. Hohenstaufen .
21. Neckar ....
22. Habsburg . .
3,288
3,283
3,250
2,300
2,300
3,250
2,300
58. Reiher ....
59. Sperber ....
60. Sumatra ....
61. Kehrewieder
62. Najade ....
896
895
584
499
45°
700
700
35°
570
i, 800
24. Niirenberg . . .
25. Lubeck ....
Passenger and cargo
steamers.
26. H. H. Meier . .
27. Stuttgart ....
28. Gera
3,207
I,8l5
5 ',349
2,200
1, 600
4,200
3,200
3,200
63. Willkommen
64. Retter ....
65. Forelle ....
66. Lloyd ....
67. Lachs ....
68. Herkules. . . .
69. Hecht ....
70. Saturn ....
71. Vulcan ....
409
361
298
297
270
244
243
200
2OO
500
650
650
300
550
370
650
350
29. Weimar ....
30. Darmstadt .
31. Wittekind . . .
32. Willehad. . . .
33. Dresden ....
34. Munchen
35- Pfalz
36. Mark
37. Roland ....
4,990
4,990
4,802
4,801
3,870
3,835
3,720
3,200
3,200
2,500
2,500
2,600
2,600
2,500
2,500
2,500
72. Roland II. ...
73. Fulda II. . . .
74. Quelle ....
75. Vorwarts.
76. Triton ....
77. Centaur ....
78. Cyclop ....
79. Comet ....
80. Libelle ....
I87
I48
I77
1 2Q
107
74
45n
240
75
275
200
346
200
1 80
250
80 steamships. Total, 225,097 tons, 202,731 I.H.P.
Tenders, barges, etc., 15,955 tons-
THE NOR TH GERM A N LLOYD COMPANY. 23 5
Extracts from Report of North German Lloyd Company
for the year 1893, dated \Wi April 1894.
Marks.
In 1893 the surplus amounted to 9,825,443-85
Deduct 10 per cent, of insurance profit . . 3,293*40
,, 20 per cent, of premium surplus . . 445*53° '55
448,823-95
9,376,619-90
Interest on loans 848,000
Ordinary business expenses, less charged to
Government line (156,857-80) .... 532,913
Income tax 93*462
Connecting lines ...... 89,734*45
Invalid and aged insurance fund . . . . 40,472*20
1,604,581-65
7,772,038-25
Carried over from 1892 3,181*00
Leaving a surplus of 7,775,219*25
Deduct for depreciation :
On Government mail steamers . i , 042 , 700
,, other steamers . . . 5,317,000
• 6,359,700
Diverse real estate, &c 195,377*10
6,555,077*10
Profit 1,220,142-15
Disposed of as follows :
per cent, dividend on 40,000 shares . 1,200,000
Contribution to widows' and orphan fund . 20, ooo
arried over to 1894 .... i42'I5
1,220,142*15
The business year began under unfavourable conditions. On account of the
prevailing cholera epidemic in Hamburg, America placed restrictions on immi-
gration into that country, and up to March ist of the past year we were
obliged to discontinue carrying steerage passengers to the United States. . . .
These conditions improved with the beginning of spring by active emigration
to the United States, which continued far into the summer months, but on
account of the financial depression in the United States was entirely stopped in
the autumn. The transportation of cabin passengers to the United States fell
far short of expectations which were cherished by all on account of the World's
Columbian Exposition in Chicago, and at the same time the cabin passengers
from the United States to Europe showed a decided decrease, caused un-
doubtedly by the anxiety about the return of the cholera in Europe, the
236' THE HIS TOR Y OF NOR TH A TLA NTIC S TEA M NA VIGA TION,
interest manifested in America in the Columbian Exposition, and also the
financial conditions existing in the United States.
The lines Bremen-New York and Bremen-Baltimore have made good
returns for the months of March to August. The Roland Line, opened in
April, which we were obliged to carry on during the past year almost entirely
by chartered vessels, has developed a marked increase in valuable traffic vid
Bremen. We have placed on this line in the course of the year our newly
acquired steamer Roland. In April and May the two twin-screw steamers
Wittekind and Willehad will be placed in service, and it will then be possible
to establish regular trips every fourteen days, vid the Roland Line, between
Bremen and New York.
The express steamship line between Genoa and New York has been well
developed. After the Hamburg-American Company decided on its own
behalf to establish a fast service between New York, Naples and Genoa during
the winter months, at the close of the year we opened negotiations with this
company for arrangements to carry this traffic jointly during the winter
months on this line, with weekly expeditions. These negotiations led in the
course of the year to a satisfactory agreement as regards the proportionate
division of the profits resulting from this common line. The good results of
the lines between Naples and New York, begun in April of last year, have
induced us to establish an independent line between these two places, which
we have also, since the beginning of this year, carried on jointly with the
Hamburg-American Company. . . . During the last few weeks we have
extended the trips of the steamers on this line to Messina and Palermo.
A comparison of the passenger traffic on the transoceanic trips shows the
following figures : —
Total 1892
„ 1893
202,111
203,258
Made up as follows :
1893.
1892.
Out.
In.
Out.
In.
New York Line .
108,543
48,531
95,216
39, 147
Baltimore Line
20,586
4,409
44,746
3,850
South American Line .
4,866
2,542
3>«7
4,349
Eastern Lines
8,370
5,4"
7,236
4,420
Total ....
203,258
202,111
Up to December 3ist, 1893, the Nord-deutscher Lloyd carried, on trans-
oceanic trips, 2,957,996 passengers.
The insurance account closes the past year with a surplus of 32,933*75 marks.
The contract entered into with other continental steamship companies for
passenger traffic to North America has been extended over the current year.
THE NORTH GERMAN LLOYD COMPANY.
In order to lessen the competition for freight, we entered into an agreement
with the same companies in regard to freights, and finally, we have agreed
with the Hamburg- American Line by which both companies are to receive their
share of the American cabin passenger business. The seamen's treasury had
control on December 315!, 1893, of a capital of 1,870,895 marks.
The rich blessings resulting from this treasury have caused us to establish
on the same principles a widow and orphan pension treasury, for the surviving
relatives of our employe's and seamen. We believe we act in accord with the
stockholders when we appropriate 20,000 marks for it out of the profits of the
jast year. . . . We are now engaged on the plans for building another fast
steamer for the New York Line.
In 1893 the company carried 203,258 transoceanic passengers ;
from 1881 to 1891, ten years, it carried 738,668 passengers to New
York, against 525,900 carried by the Hamburg- American Company,
and from its foundation to the end of 1893 it has carried nearly
three million passengers — 2,957,996.
The balance sheet for 1893, annexed, shows that the capital of the
company is forty million marks, nearly ten million dollars, and it
las made 4 per cent, loans for a little over 50 per cent, of its
capital, 20,618,500 marks. It also reveals much the same spirit of
conservative financing shown in the accounts of the Hamburg-
American Line. Thus it has written off from first to last over
43 per cent, of the cost of its ships for depreciation, leaving their
value at about $77 per ton gross, not so great an allowance as its
sister company, but then no less than ten of its express steamers
are nearly new, very costly, and fitted with modern machinery. It
las also written off large sums for depreciation of its wet and dry
docks, real estate, wharves and piers. It has not as large a cash
surplus as the Hamburg Company, but it appears to have paid in
cash six million marks on account of new ships without increasing
its capital or loans. It had a " reserve " fund of 4! million marks
($1,100,000), a " renewal" fund of over 7 million marks ($1,800,000),
and an "insurance" fund of over 5? million marks ($1,400,000), all
which proves that it is in a very strong position financially. Yet
the directors only declared a 3 per cent, dividend for 1893.
For many years this company was comparatively free from
serious accidents in its Atlantic lines, but latterly it has met with
its full share. On the 6th December, 1875, ft&Deutschland) bound
to New York, was wrecked on the Kentish Knock sand near the
mouth of the Thames, when about 70 persons were lost, and the
captain was censured. Then for nineteen years no accident
involving loss of life occurred, but on the 3ist January, 1892, the
Eider > bound from New York to Bremen, struck on the Isle of
238 THE HISTORY OF NORTH A TLANTIC STEAM NA VIGA TION.
Dr.
BALANCE SHEET, 3isx DECEMBER, 1893,
MARKS.
74 steamships, 78 lighters, 2 barges and equipment^ X17,756,6i6'g5
Depreciation from beginning. . . . 51,332,816*95
Payments on account 6 new ships
Repair shops in Bremen, dock, etc 657,072*50
Depreciation 272,072*50
New laundry, machinery, etc | 319,380*25
Depreciation | 89,380*25
Old laundry, capital account
Real estate, buildings, etc., cost 846,002*80
Depreciation 286,002*80
Floating dock, Bremerhaven, cost I 45,764*15
Depreciation 25,764.15
Dry Dock, Bremerhaven, etc, etc 3,184,423*65
Depreciation 764,423*65
Agents' building and house, etc 560,217*75
Depreciation 70,217*75
Pier at Hoboken, storehouse, etc 2,188,945*85
Depreciation 405,471*85
Baggage depot in Bremen, cost 99,498*85
Depreciation 39,498*85
Provision warehouse, Bremerhaven 53 , 590* 75
Depreciation 43»59°'75
Coal yard in Bremerhaven 25,591*90
Depreciation 5,591*90
Freight warehouse, i and 2, Kaiserhaven ... 73 , 300
Depreciation 73-298
Station building, Bremerhaven, cost 135,780*60
Freight warehouses, Bremerhaven, cost .... 104,048*45
Steam-dredger and equipment, cost j 21,588*50
Storehouse, Bremerhaven, cost 44,166*15
Supplies and coal .
Iron ballast account, cost 112,197*70
Repair workshop, materials and machines . . .
Laundry business account
Investments in bonds and stocks
Cash in Imperial Bank
Equipment for current trips, cash at Agencies, and
credit at banks
Marks .
THR NORTH GERMAN LLOYD COMPANY.
239
NORTH GERMAN LLOYD STEAMSHIP Co.
Cr.
MARKS.
MARKS.
Capital stock
11,808,000
8,810,500
40 , ooo , ooo
20,618,500
5»76o
181,941-30
4.533.377'iS
7,212,790-95
5,658,931-80
6,888
278,534-05
6,904,666*50
1,220,142-15
Loans, 4 per cent., 1885
178,647-90
3. 293 "40
Insurance reserve fund, 1892
7,612,790-95
400,000
5,213,401-25
44S.530-55
Loan interest account
232,500
46,034-05
Creditor in current account ....
Sundry creditors : —
Unpaid accidents, etc
940,218*20
846,748-30
2,924,583-60
1,567,130-75
625,985-65
Current drafts of agents and contractors
Subsidy from the Empire, 1894, to be taken
Profit and loss account : orofit
Marks .
86,621,531-90
240 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
Wight in a dense fog. All the passengers and crew, 393 persons,
the specie, mails, and part of cargo were saved by the gallant
efforts of the noble British lifeboat service, in recognition of which
the Emperor of Germany sent £200 sterling to the Lifeboat
Institution, and gold watches to some of the men. The ship was
ultimately got off the rocks on the yth March and towed, to
Southampton. On the 26th November of the same year, the
Spree, bound to New York, broke her main shaft and filled her
after compartment about 1000 miles West of Ireland, but was
safely towed back to Queenstown by the Lake Huron, for which
service, it is said, the company paid ^24,000 salvage. On the
5th June, 1893, the Kaiser Wilhelm II. sank at her wharf at
Genoa, through an open valve, but was speedily pumped out and
raised without damage to the ship. In March, 1894, the Ems,
bound to New York, broke her propeller frame and was towed into
Fayal by the Wild/lower (s.s.). Her passengers were all safely
transferred to the Kaiser Wilhelm II., and the Ems was afterwards
towed back to Southampton by tugs. On the iyth June, 1894, the
Stuttgart had a most extraordinary escape on the English coast.
She went ashore, half a mile east of the Start Point, in a fog, with
534 passengers on board. Soon after her sister ship, the Gera,
appeared on the scene, and towed her off in ten minutes, and
though there were rocks on either side of the Stiittgart, she was
undamaged and proceeded ! But now came the greatest disaster
the company has ever experienced, the details of which are too
fresh in the public mind to need recapitulation here. On the
morning of 3oth January, 1895, in the North Sea, the express
steamer Elbe, bound from Bremen to New York, with 324 souls on
board, through no fault of her own, was struck near the engine-
room by the Scotch steamer Crathie, and in twenty minutes was
engulfed, only 21 persons escaping on board the fishing smack
Wild/lower, which landed them at Lowestoft.
As a set-off to these disasters, a noble act must be recorded.
On the I4th March, 1886, the Cunard s.s. Oregon of 8000 tons
was struck in a very similar manner by a schooner near Fire
Island, N.Y. Happily the North German Lloyd steamer Fulda
hove in sight before she sank, saved the whole of the passengers
and crew, 824 souls, and landed them in New York the next day.
The agent cabled to the directors, " What compensation shall we
demand ? " and to their infinite credit the directors replied, " Highly
gratified having been instrumental in saving so many lives. No
claim.'"
Considering that during these thirty-seven years the company's
THE NORTH GERMAN LLOYD COMPANY. 241
ships have safely carried over 2,900,000 passengers, the record is
not a bad one.
It is now stated that the company intends shortly to run a
service of three fast steamers, fornightly, between Manchester and
Brazil, Australia, China and the West Indies, and another line
between Manchester and Quebec and Montreal.
It is also reported that the company will endeavour to utilise a
recent fuel-saving invention on their steamers. It consists of coal
dust blown into a chamber beneath the boilers by jets of compressed
air or steam. Every particle of the dust is consumed, producing
an intense heat. If, as it is said, ample coal dust can be procured
in Germany at 25 cents per ton, the saving will be immense.
242 THE HIS TOR Y OF NOR TH A TL ANTIC S TEAM NA VIGA TION.
CHAPTER XX.
LA COMPAGNIE GENERALE TRANSATLANTIQUE.
THIS company was formed in 1862, and from the first has been
heavily subsidised by the French Government, as it still is. The
system is peculiar to France, but the results are not encouraging.
In 1 88 1, a law granting bounties for the construction and naviga-
tion of vessels under the French flag was enacted, and in 1893 this
law was modified and expanded. The operations of the Act of
1 88 1 are fully set forth in a report to the Chamber of Deputies,
on which the law of 1893 was based, drafted by M. Jules Siegfried,
in behalf of a Commission appointed for the purpose. (" Rapport
sur la Marine Marchande, Chambre des De'pute's," No. 2118,
1892, p. 87.) M. Siegfried says : —
"So far as French shipbuilding is concerned, the results of the Act of 1881
have not been favourable. ... On the average we estimate that an ordinary
steamship in England costs 300 francs ($60) per gross ton, while the same
vessel costs 420 francs ($84) in France. . . . Without this Act our shipyards
would have completely disappeared. Our average annual expenditure of
2,679,766 francs ($535,953) for the last ten years has not been wasted. It has
only been insufficient ; steel and iron plates cost in England 15 francs per
loo kilogrammes, against 23 to 25 francs in France, while the price of their
coal is much below ours. Undoubtedly labour is much cheaper in France,
where fitters and rivetters are paid from 5 to 6 francs a day, while in England
they earn an average of 12 to 15 francs ; but the British workman, usually paid
by the piece, turns out a large amount of work, and thus by efficiency com-
pensates in great measure for the difference in wages. . . . Experience shows
that the construction bounty of 60 francs a ton under the law of 1881, even
with the aid of a large navigation bounty for vessels built in France, has been
insufficient."
A lamentable confession this. Accordingly, in January, 1893,
the bounties were increased by a sum estimated at $600,000 a
year. By Article 4 of the Act of 1881, the bounties on construc-
tion were given " as compensation for the increased cost which the
customs tariff imposes on shipbuilders." Navigation bounties
LA COMPAGNIE GENERALE TRANS ATLANTIQUE. 2ft
were, according to Article 9, "by way of compensation for the
obligations imposed on the Merchant Marine for recruiting and
assistance to the Navy."
The bounties for construction are as follows : —
1881. 1893
Net Ton. Gross.
Iron and steel vessels . . .60 francs. 65 francs.
Wooden vessels . . . . 10*20 ,, 30*40 ,,
Engines, per zoo kilos. . . 12 ,, 15 ,,
New boilers, per 100 kilos. 8 ,, 15
New parts of repairs, per 100 kilos. . . . 15
The Act of 1893 applies only to sailing vessels over 80 tons and
steamers over 100 tons gross. An additional navigation bounty of
25 per cent, is awarded to vessels suitable for service in war.
Foreign-built vessels receive no bounty. Four per cent, of the
navigation bounties are retained for the benefit of sick seamen.
Subsidised mail steamships must be built in France, but they
receive no navigation bounties. Any vessel receiving navigation
bounties is bound to perform, free of charge, any postal service
entrusted to it by the Government, and to carry free postal agents.
In the Merchant Marine the captain, officers, and at least three-
fourths of the crew must be French. The navigation bounties are
as follows, but they only apply to vessels in distant foreign trade
(long cours}. Coasting vessels receive no bounty. A yearly
'decrease in the bounty is provided to correspond approximately to
the deterioration of the vessel.
*— • DlcTal
Steel or iron steamships, for each 1000 miles traversed,
per gross ton . . . . . . i'io 0*04
Wooden steamships 1*10 0.06
Steel or iron sailing ships . . . . . i * 70 o • 06
Wooden sailing ships 1*70 0*08
During the nine years, 1882-90 inclusive, the French Government
paid in bounties to shipping about nineteen million dollars (navi-
gation bounties, $13,875,550; construction bounties, $5,171,950),
or an average of $2,100,000 annually. Yet the total tonnage of
France is less than it was before the Act of 1881 ; the total
construction in French yards for nine full years of the Act has
been only 15,000 tons larger than for nine years before the Act
was passed ; the purchase of vessels abroad for the French flag
has been over 30 per cent, greater than before the Act of 1881 was
passed, and the number of French-built vessels taking advantage
R 2
244 THE HIS TOR Y OF NOR TH A TL ANTIC S TEAM NA VIGA TION.
of navigation bounties has fallen off. The facts do not show on
the face any substantial general gains to France from the adop-
tion of the bounty system, but it has doubtless been a direct benefit
to some individual shipowners.
Of the 944,013 tons of shipping owned by France in 1890,
370,000 tons received navigation bounties, and 180,000 mail
subsidies.
" La Compagnie Ge'ne'rale Transatlantique " at first went to the
Clyde for their boats, which were iron paddle-wheel ships, built by
Scott & Co., of Greenock. Owing to the heavy duties placed by
the. Government on foreign-built ships, the company induced
Messrs. Scott to establish a building-yard at St. Nazaire, on the
west coast of France, but it was not a success, and ultimately the
company assumed the yard and built most of their own ships.
They, however, find it impossible to build boats in France as
cheaply as in Britain, even with the aid of the Government
bounties of $12 to $13 per ton; but their present mail contract
compels them to build in the former country.
They soon abandoned paddle boats for screws. Among the
latter were La Canada, LAmerique, Labrador and La Ville de
Havre, fine boats of about 2000 tons, running between Havre and
New York. Ten years ago the company decided to build five fast
boats to compete with the British and German boats. These
were —
Feet. Tons. I.H.P.
La Normandie . . . 459 X 49 X 37 6,217 7 °°°
La Bourgogne . . . 492 X 52 X 38 7, 303
La Gascogne . . . 492 X 52 X 38 7, 303
La Bretagne . . . 492 X 51 X 36 6,900
La Champagne . . . 492 X 51 X 36 6,920
100
IOO
100
100
The first named was built at Barrow-in-Furness ; the second
and third at La Seyne, near Toulon ; the fourth and fifth at St.
Nazaire. They have six cylinder, compound, three-crank engines,
and average about 17 knots at sea, making the passage to and
from Harve in about 8 days, and sometimes less. They have
done their work well, enjoying most of the traffic between New
York and Paris, Italy and Switzerland, and carrying the French
mails. They are beautifully decorated, and fitted with every]
luxury ; but they do not suit the British taste, inasmuch as no]
notice is taken of the Sabbath day, while on board British ships
Divine service is always held at 10.30 A.M., and it is often very!
impressive. The cuisine, wines, and attendance are excellent. In
1891 the company added a new and more powerful boat, named
LA COMPAGNIE GENERALS TRANS ATLANTIQUE. 245
La Touraine, a twin screw, 5 20 x 56 x 34-}, 8740 tons, 12,000 I.H.P.,
which reduced the passage from Havre to Sandy Hook to less
than 7 days, and in July, 1892, she made it in 6 days 17 hours
30 minutes, the fastest on record between these ports : as the
distance run was 3171 knots, it was equal to 5 days 21 hours from
Queenstown, the average speed being 19*63 knots, and the
best day's run 501 knots. In 1893 the company launched from
their own yard another fine boat, La Navarre, which, however,
was sent to Havana and Mexico. It is also stated that the
company has recently contracted for two ocean greyhounds, to be
named Alsace and Lorraine, each 557 feet long with 59 feet beam,
capable of steaming 20 knots. The company recently tendered to
run a line between Havre and Canada, via Plymouth ; but the
"LA TOURAINE."
proposed speed, 17 knots, did not satisfy the Canadian Govern-
ment, which required 19, a speed which the directors deemed
dangerous.
The boats have met with several serious disasters. On the
22nd November, 1873, the Ville de Havre, from New York forHavre,
was sunk by collision with the iron sailing ship Loch Earn, when
226 persons perished ; 87 were rescued by the crew of the Loch
Earn and transferred to the ship Trimountain, which landed them
at Cardiff on the ist December. The Loch Earn was abandoned
on the 28th November. On a judicial examination the Loch Earn
was exonerated in England, but censured in France. In 1874 the
Europe foundered at sea, but no lives were lost. LAme"rique
broke her shaft and drifted about the Atlantic until she was found
by the Ville du Brest, sent from Havre for the purpose, a very
246 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
remarkable feat of seamanship. La Gascogne struck on the Scilly
Islands in a fog, but had a marvellous escape, and recently she
gave rise to considerable anxiety, her machinery having broken
down three times, but it was repaired at sea, and she reached New
York unaided, though eight days overdue. There have also been
several collisions. In February, 1895, La Tour aim was sent on
a special cruise from New York to the Azores, Lisbon, Gibraltar,
various Mediterranean ports, as far east as Alexandria, Jaffa and
Constantinople, returning to New York via Malta, Tunis and
Algiers, the saloon fare ranging from $500 to $2000, the latter
being for one or two passengers in " Chambres de Luxe," with
private bath-room.
As usual with French statistics, the company's reports are issued
about twelve months late. On the 3ist May, 1893, the company
owned sixty-six steamships, measuring 172,423 tons gross, with
174,400 I.H.P., running between France and New York, Mediter-
ranean ports, the West Indies, Porto Rico, San Domingo, Haiti,
Havana, Mexico, Colon, Liverpool, and in the local coasting
trade. The company values its ships very highly in the state-
ment of accounts, no less than $130 per ton, against $55 for
the Peninsular and Oriental Company ; $65 for the Hamburg-
American Company ; $77 for the North German Lloyd Company,
and $87 for the Cunard Company. This total value is put down
at 116,541,607 francs ($23,308,321), and the total assets are valued
at 164,513,773 francs ($32,902,754), which includes the shipyard,
plant, real estate, repair shops, stores, debts due, investments and
funds on hand. On this valuation the allowance for depreciation
in 1892 was only 5,400,732 francs ($1,080,146), which enabled the
directors to pay a dividend of 4 per cent, for the year.
The company's capital is only 40,000,000 francs ($8,000,000),
but its credit appears to stand high in Paris, for it has issued over
96,000,000 francs ($19,200,000) in 3 per cent, bonds, payable in
seventy-one years. It is not stated, however, what they were sold
at. It has also capitalised at 6 per cent, annuities due to the old
Valery Company, amounting to 4,407,737 francs. The accounts
also show a sum of 18,650,285 francs ($3,730,057) as "Reserve and
Insurance funds." The total receipts in 1892 were 58,208,601 francs
($11,641,720); the total expenditures 51,093,041 ($10,218,608),
and the profits 7,115,560 ($1,423,112). After deducting 5,400,732
($1,080,146) for depreciation and 80,000 ($16,000) for statutory
reserve, the net profits were only 1,634,827 francs ($326,965), of
which the 4 per cent, dividend absorbed 1,600,000 francs ($320,000).
The receipts in round numbers consisted of freight 24,000,000
LA COMPAGNIE GENE RALE TRANS ATLANTIQUE. 247
francs ($4,800,000) ; passengers 22,000,000 francs ($4,400,000) ;
mail subsidies 8,000,000 francs ($1,600,000) ; the distance travelled
.on postal routes being 512,692 marine leagues, and the payment
about $i per mile on the average, the Havre-New York service
receiving higher pay, as higher speed is required. The distance
travelled on " free routes " was 248,474 marine leagues.
The average speed maintained was —
Knots. Obligatory
Knots.
New York route 16-70 15
Antilles ,, . . . . . .12*39 I2
Mediterranean route 12*72 10*48
Workmen employed in shipyards are as follows : —
Men.
At St. Nazaire (Penhoet) 2,070
,, Marseilles 580
,, Havre 560
,, Fort de France ....... 75
Total . .- 3,285
248 THE HISTORY OF NOR TH A TLANTIC STEAM NA VIGA TION.
BALANCE SHEET COMPAGNIE GENERALE
First Cost. Balance.
Francs. Francs.
Fleet, supplies, and equipment .... 185,693,394
Depreciation 69,151,787
i 16, 541 , 607
Plant, interest on construction bonds, and cost of
issuing 3 per cent, bonds .... 20,973,588
Depreciation 19,095,696
i , 877 , 892
Real estate, shipyard, repair shops, buildings, and
agencies 21,274,615
Depreciation 4,506,220
16,768,395
Premium on conversion of bonds . . . . 1,960,914
Depreciation 1,960,914
135,187,895
Paid on account of La Navarre, etc 3,398,680
Establishments Paris and Havre, and three shipyards . . 2,265,008
Coal 1,061,731
Advances for shipbuilding, etc. . . ... . . 2,064,418
Various debtors ....... 4,453,671
Balance of insurance reserve rom issue of 20,000
bonds, 1885 7,905,273
12,358,944
Funds available :
French Government, current accounts, cash in bank and on
hand 8,177,097
164,513,773
Expenditures and receipts from
Francs.
General expenses of administration and taxes .... 422, 347
,, ,, Paris and agencies ...... 6,213,730
Crews, coal, oil, dues, insurance, maintenance, passenger service,
freight service, tugs, and sundries 39,788,643
Interest and premium on bonds 4,668,321
Depreciation of marine and other property . . . . . 5,400,732
Legal reserve 80, ooo
Dividend 20 francs, or 4 per cent 1,600,000
Balance of profit 34, 827
58,208,601
LA COMPAGNIE GENERALE TRANS ATLANTIQUE. 249
TRANSATLANTIQUE, 3isx DECEMBER, 1892.
Francs.
80,000 shares at 500 francs . . . . . 40,000,000
5 per cent, bonds to be converted or paid off .... 40, 500
3 per cent, bonds (294,240 payable in seventy-one years) . . 96,681,379
Due Valery Company 220,366-45 francs capitalised at 6 per cent. 4, 407, 737
Sundry creditors
Sundry reserve funds :
Insurance reserve based on loan of 9,600,000,
July 2oth, 1885
Reserve in 1892
Statutory reserve. .....
Net earnings, 1892 ......
Less total net reserves in 1892, including
5 per cent, on dividend (1,600,000) .
141,129,616
3,099,044
Francs.
15,866,211
16,001,563
2,648,722
18,650,285
7,250,911
5,616,084
1,634,827
164,513,773
ist January to $ist December, 1892.
Francs. Francs.
21,079,451
4,128,484
4,504,601
4, 598, 107
909,089
14, 740, 003
3,514,621
*> 347, 5*7
54,821,87
Incidental receipts, interest on investments, Compte d'ordre, and
balance on closed operations 3,350,281
Balance of profit and loss from 1891 36, 447
Freight, passengers, and mails, viz. : —
Line from Havre to New York
, , St. Nazaire to Mexico
,, ,, to Colon
,, ,, Havre, etc., to Colon
Colonial lines ....
Mediterranean lines
Commercial lines and bounties
Coasting lines (freight) .
58,208,601
250 THE HISTORY OF NOR TH A TLANTIC STEAM NA VIGA TION.
CHAPTER XXI.
THE NETHERLANDS LINE,
OFFICIALLY known as the " Nederlandsch Amerikaansche Stoom-
vart Maatschappii," commenced in 1872 a regular passenger and
freight service to New York from Rotterdam and Amsterdam.
The company, instead of building their ships, has in recent years
bought them from the White Star and other British lines, changing
their names ; they are, however, very fine boats, and now perform
a semi- weekly line to and from Holland vid Boulogne very
satisfactorily. The capital of the company is $1,680,000, and the
line at present consists of thirteen boats, viz. : —
Maasdam
Veen dam
Schiedam
P. Caland
Rotterdam
Amsterdam
Obdam .
Werkandam
Spaarndam
Zaandam
Edam
Didam .
Dubbeldam
Feet.
420 X 41 X 31
420 X 41 X 31
350 X 38 X 27
390 X 38 X 28
410 X 39 X 29
410 X 39 X 29
410 X 39 X 29
430 X 42 X 32
Tons.
3,707
3,707
2,800
2,584
3>329
3,664
3,657
3,559
4,368
3,100
3,200
2,800
2,800
ex Republic
ex Baltic
ex British Empire
ex British Crown
ex British Queen
ex British King
ex Arabic
The " North American Transport Line," under the British flag,
but chartered by Americans, carries on a freight service between
New York and Rotterdam every ten days.
CHAPTER XXII.
THE RED STAR LINE.
THE Red Star Line was originally a Belgian company, known as
the "Socie'te Anonyme Beige- Ame'ricaine," which commenced to
run between Antwerp and Philadelphia on the iQth January, 1873,
with the iron screw Vaterland, 2748 tons, and was followed by the
Nederland and Switzerland, built by Messrs. Palmer on the Tyne.
They were the first boats built to carry petroleum in bulk, but as
they also carried passengers the authorities imposed such severe
restrictions on the former trade that it was abandoned.
In 1878 the Belgenlandvf&s added, and in 1879 tne Rhynland,
both built at Barrow ; then the company purchased from the
Cunard Company three of the latter's fleet, the Java, Russia, and
Algeria, and changed their names to the Zeeland, Waesland, and
Pennland. In 1883 two fine ships were built for the company
by Messrs. Laird Brothers at Birkenhead, the Westernland and
Noordland, and in 1889 their finest ship the Friesland was built
by Messrs. J. & G. Thomson, of Glasgow. She is a fast single
screw of 7116 tons, 450 x 51 X 38, with triple-expansion engines,
having cylinders 35!, 56, and 89 inches in diameter and 4! feet
stroke.
Although the ships sail under the Belgian flag, it is understood
that they are now owned principally by Americans, and that the
International Navigation Company of Philadelphia have a con-
trolling interest in the line. They run weekly between New York
and Antwerp, and fortnightly between Philadelphia and Antwerp.
The Friesland, however, has recently made a trip to the Mediter-
ranean.
In December, 1894, the Noordland broke her shaft four hundred
miles west of Queenstown, and was towed to that port by the Ohio.
2 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
The fleet now consists of nine ships, viz. : —
Feet. Tons.
Nederland 2,839
Switzerland • . 2,816
Belgenland 402 X 40 X 30 3,692
Rhynland 402 X 40 X 30 3,689
Waesland 435 X 4* X 35 4>752
Pennland 361 X 41 X 26 3,760
Westernland 440 X 47 X 35 5,736
Noordland . . . . . 400 X 47 X 35 5,212
Friesland 450 X 51 X 38 7,116
253
CHAPTER XXIII.
THE AMERICAN LINE.
THE only boats now running on the North Atlantic under tHe
United States flag besides the Paris and New York, which were
built in Scotland, and admitted to United States registry under a
special Act of Congress, are the Indiana, Illinois, Pennsylvania, and
Ohio. They were built in 1872-3 by the Cramp Company of Phila-
delphia for the " American Steamship Company," to run between
that port and Liverpool. They are 357 feet long on deck x 43 x
24, 3126 tons gross. They were built of iron and had two cylinder
compound engines, the cylinders being 48 and 90 inches, with
4 feet stroke, and at 65 Ibs. steam pressure developed 2000 H.P.,
which gave them a speed of about 14 knots. But their cost (about
$600,000 each) was so much greater than British-built boats that
they could not compete with them. In 1884 they passed into the
hands of the International Navigation Company, who had the
saloon accommodation removed, .and now employ them in the
emigrant and cargo business, in conjunction with the British
Princess, 3926 tons, and Lord Cough, 3655 tons, under the British
flag. The company has recently given the four American boats
new triple-expansion engines, and have added two very large Clyde-
built boats, the Kensington, 8669 tons gross, and the Southivark,
8607 tons, which are said to be capable of carrying 7000 tons of
cargo, besides passengers, but which, owing to the United States
registry laws, are compelled to sail under the British flag.
254 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
CHAPTER XXIV.
THE CANADIAN PACIFIC LINE,
ALTHOUGH not strictly an Atlantic line, is so intimately connected
with Canada, and with the proposed new fast Atlantic line, that it
may well find a place in the record.
It consists at present of three magnificent ships, the sole
property of the Canadian Pacific Railway Company. They are
not only a great advance on the ordinary screw steamship, but a
great credit to the Dominion. They were built at Barrow-in-
Furness by the Naval Construction and Armaments Company
under a contract made in the fall of 1 889. The Empress of India
left Liverpool for Vancouver, B.C. (via Suez Canal and Hong
Kong), 8th February, 1891 ; the Empress of Japan on the
nth April, and the Empress of China on the I5th July. They
are all alike, 485 X 51 x 36, 5920 tons gross, with twin screws and
two sets of triple-expansion engines, developing 10,000 I.H.P., and
burning about i'6o Ibs. of good coal per I.H.P. per hour when
going at full speed. They are built of steel with very fine lines,
and are handsome models ; have accommodation for 180 first,
32 second, and 600 steerage passengers, and are capable of
carrying 3250 tons of cargo. They were guaranteed to make
1 8 knots on the measured mile, and i6f- on a 4Oo-mile sea trip,
but the Empress of India made 19^ on the measured mile ; the
Empress of Japan i8'9i, and an average of 17*85 knots on a 400-
mile trial at sea, consuming only 1*56 Ibs. of coal per I.H.P. per
hour, or about 170 tons per day, making 89 revolutions per minute.
The Empress of China made 19 knots on the measured mile.
(The early Cunard boats consumed 4' 7 Ibs. of coal per I.H.P. per
hour to make an average of only 8*3 knots !)
They are fitted with all the latest improvements, with midship
saloon, and the cabins and state-rooms are luxuriously furnished,
well ventilated, and lighted by electricity. They cost about
$1,000,000 each, or about $170 per gross ton.
THE CA NAD I AN PA CIFIC L INE. 2 57
The promenade deck is 250 feet long, 100 feet being covered in,
with ample room for exercise. When nearing completion the
company advertised cheap "round the world" trips, calling at
Gibraltar, Naples, Port Said, Suez, Colombo, Penang, Singapore,
Hong Kong, Woosung, Nagasaki, Kobe, and Yokohama, and
returning via Vancouver over the Canadian Pacific Railway, and
any line of Atlantic steamships — for $6op. The result was that
every berth was taken in all three ships, and the scheme carried to
a successful termination, all the passengers expressing their delight
with the trip. The first boat, the Empress of India, with 141
saloon passengers, reached Hong Kong on the 23rd March, 1891,
in 43 days ; leaving there on the 7th April, she reached Yokohama
on the 1 6th, having steamed at little over half speed from Liverpool.
She left on the I7th, and, although encountering a very heavy gale,
reached Victoria, B.C., at 6.30 A.M. of the 28th in 10 days 14 hours
34 minutes. As the distance is 4300 knots, this gives an average
of 406 knots per day, or just 17 knots per hour. The time was
2 days 6 hours less than the best previous run. A special train
i carried the mails and passengers from Vancouver to Montreal, 2906
miles, in 3 days 17 hours 35 minutes, arriving there at 5.56 P.M. of
May 2nd — 14 days 22 hours from Yokohama, including 10 hours'
detention at Vancouver. A mile a minute was made on the
prairies, but for 500 miles the route was over mountains, reaching
an altitude of 5296 feet above the level of the sea. The average
speed was 32 miles an hour, including all stoppages and twenty
changes of engine. This feat, however, was surpassed a little later
on. The Empress of Japan left Yokohama on her second trip on
the 1 9th August, and arrived at Victoria on Saturday the 29th in
9 days 19 hours 39 minutes, or an average of 18*50 knots per hour,
beating all records. A special train left Vancouver at 1.8 A.M.,
and it was determined, if possible, to catch the Inman mail boat
which was to leave New York on Wednesday the 2nd September
at 5 A.M. The train arrived at Brockville, 2802 miles, on Tuesday
the ist at 9.3 P.M. in 76 hours 55 minutes, allowing 3 hours for
difference in time, or an average of over 36 miles an hour.
Transfer across the St. Lawrence required 38 minutes, and the
New York central train ran from Morristown to New York, 360
miles, in 7 hours 2 minutes, reaching there at 4.43 A.M. ; at 5.10
A.M. the mails were on board the City of New York, and she
arrived at Queenstown at 2 P.M. of the 8th in 5 days 22 hours
55 minutes. The mails were delivered in London on Wednesday
morning the 9th in 20 days 9 hours from Yokohama, allowing for
difference of time ! The official time via Suez is 43 days. All
S
258 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
England was astonished. The London Times, in an editorial, said,
" This record is pregnant with untold issues for the future of our
Empire." On the continent of Europe, in New York, Boston, '
Philadelphia, and other cities the event was discussed with fully as j
much interest. Thus a new era was commenced in Eastern
travel. The company has since made arrangements with the
Peninsular and Oriental Company and several Atlantic lines
which enable them to carry passengers from London, vid Hong
Kong, Yokohama, Vancouver, Montreal, Boston, or New York,
round the world, at the low cost of .£125 sterling or $610, in-
cluding meals and berths on steamships, but not on railways.
The traveller has the choice of proceeding eastward or westward,
and it may be begun at any intermediate point on the route.
12 months is the limit of time during which the ticket may be
used. Deviations from the route indicated can be made at
a slightly increased cost, enabling the passengers to proceed over-
land through India, Egypt, and continental Europe. The one
link now missing is the fast Atlantic service to Quebec and
Halifax. When this is in operation we may expect to travel from
London to Quebec in 5 days 20 hours, to British Columbia in
10 days, and to Japan in 21. The company receives a subsidy of
;£6o,ooo sterling ($300,000) a year for a monthly line between
Vancouver, Japan and Hong Kong, three-fourths being paid by the
British Government and one-fourth by the Canadian. Each boat
is fitted, under Admiralty supervision, to carry 10 powerful guns,
and the British Government has the right to their services as
transports or cruisers at any time, for which they receive a re-
taining subsidy of ^7312 los. per annum in addition. On the
Canadian Pacific Railway you find dining-cars with first-class
meals, polite attendants, splendid hotels en route, and at Quebec
and Vancouver, while the scenery is among the grandest in the
world, and the traveller is surrounded with ever-changing scenes of
beauty and interest.
There is also a monthly line of boats running between Vancouver
and Sydney, N.S.W., enjoying small subsidies from the Canadian
and Australian Governments, at present consisting of the
Warrimoo and Miowera, two fine boats, to which a third will
probably soon be added.
CHAPTER XXV.
THE DONALDSON LINE.
MESSRS. DONALDSON BROTHERS, of Glasgow, a firm engaged in
the River Plate trade, having a surplus of tonnage, or finding the
trade unprofitable, about 1880 resolved to run a weekly line between
Glasgow and Montreal. Accordingly they put on the Colina of
2001 tons (319 x 34- 8 x 25-6), 265 H.P., built in the Clyde in
1873, the Titania, the Cynthia, the Concordia, and afterwards the
Circe (formerly the Glammis Castle]. There was a lack of outward
freight, and it was uphill work competing with the Allans, but the
rapid increase in the cattle trade helped them materially and led to
success. In 1886 they added a fine boat, the Alcides, 3345 tons gross
(340 x 42 x 22 '7), with 400 H.P., and in the spring of 1890 a larger
and faster boat, the Amarynthia, (formerly the Merton Hall,} built
at Dumbarton in 1882, and especially fitted for the cattle trade.
She is 3931 tons gross (400 x 42 x 29*7) and 500 H.P. To these
they also added the Warwick, built at Newcastle-on-Tyne in 1882,
2527 tons gross (316 x 41 X 24*4), formerly in the Bristol trade.
They do not carry many passengers, either outwards or homewards,
but they are favourite boats with cattle shippers, and carry many
fine horses from the Clyde for western breeders. They, however,
met with several serious disasters. The Titania was wrecked on
Anticosti, the graveyard of the St. Lawrence, and was sold ; she
was afterwards rescued and repaired by the buyer, being only the
second ship on record that has escaped total wreck on that
island.
On the 22nd May, 1889, occurred off Longue Point, 6 miles
below Montreal, one of the most terrible collisions that has ever
happened on the St. Lawrence, between the Cynthia bound up,
and the Polynesian bound down. They were both going at full
speed, and through some misunderstanding on the part of the
pilots, they met " end on," and the bows of both ships were com-
pletely smashed in. The Cynthia sank in a few minutes with seven
S 2
260 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
of her crew, but the bulkhead saved the Polynesian, and she
reached Quebec, where she was repaired in the new stone graving
dock. The Vice- Admiralty Court found the pilot of the Polynesian
in fault, and condemned her owners to pay for the Cynthia.
Then on the i8th July, 1891, the Circe struck on Anticosti and
broke up. Captain Jennings, the first and second engineers, chief
steward, and store-keeper were drowned. She was replaced by
the Indrani, 3584 tons gross, built at Liverpool in 1888
(361-8 x 44-3 x 27), and 256 H.P.
In 1893 the Tritonia, a very fine new boat, built on the Clyde
by Messrs. D. & W. Henderson, was added to the fleet. She has
handsome accommodation for passengers amidships, but has been
specially designed to carry about 750 head of cattle. She is 4200
tons gross, built of steel, the shell-plating forward being double, to
resist the ice. Her dimensions are 377 x 46 x 31, and she has
triple-expansion engines with cylinders 26, 43, and 79 inches, and
4 feet 6 inches stroke. They have since added another fine boat,
the Hestia, to the line. Having a surplus of tonnage in 1894, they
ran the Concordia, Alcides, and Warwick between Bristol (Avon-
mouth) and Montreal, but freights were so low the line does not
appear to have paid, and it has now been withdrawn.
In the same year they met with two fresh disasters. The
Amarynthia, when leaving Montreal on the 26th June, struck on
Isle Ronde through the fault of the pilot, and had to be repaired at
Quebec ; and in November the Hestia lost her screw near Anticosti,
and was towed to Quebec by the Derwentholme, for which the
latter was awarded ^3000 salvage, the Escalona, which had
previously towed the Hestia 50 miles, receiving ^300.
It is now announced that the Tritonia, Alcides, Aviarynthia,
Warwick and Concordia will form the weekly line between
Glasgow and Montreal in 1895.
Messrs. Robert Reford & Co. are the agents in Montreal.
( 26 1 )
CHAPTER XXVI.
THE "THOMSON" LINE
BEGAN in a very small way. Mr. William Thomson, of Dundee,
an enterprising shipowner, owned some small barques of about
280 tons, the Deodar, Deodar a, Deodarus, Canny Scot, etc.
Gradually he worked them into the fruit, wine and brandy trades,
coming twice a year from Marseilles, Tarragona, Denia, Malaga,
Cadiz and Charente to Montreal and returning to Britain with
grain.
He, too, saw that steam must soon replace sail, and began with
a fine little boat, the Strathtay. She was wrecked, and he
replaced her with a second Strathtay, which was also wrecked on
the north-west reef of Bic in the St. Lawrence, ten minutes after
the pilot had left her. With true Scotch perseverance, however,
he built at Dundee in 1878 the Barcelona, 1802 tons and 190 H.P.,
and in 1880 the Avlona, 1833 tons and 190 H.P., and extended
the ports of call to Leghorn for marble, and Naples and Sicily for
lemons and oranges, Patras for currants, Valencia and Burriana
for oranges, and Bordeaux for wine. Having two sons, he
apprenticed one to a marine engineer, and the other to an iron
shipbuilder, and thus paved the way for the present firm of
William Thomson & Sons. The next ship was much larger, the
Carmona, of 3000 tons ; then came the Dracona, 1854 tons and
210 H.P. (284X 35 '7 X 24), and the Escalona, a sister boat, in 1884.
In 1887 the Fremona, 2837 tons and 360 H.P., was added, and in
1888 the Gerona, 3056 tons and 420 H.P. — all built at Dundee.
It was soon found that green fruit coming by the cool northern
route was landed in much better condition than that by the
southern route, and buyers from Toronto, Boston, New York,
Detroit, Chicago, and even New Orleans, flocked to the periodical
auction sales at Montreal, the Grand Trunk and Canadian Pacific
Railroads affording every facility for cheap and rapid transit. The
Government also abolished the one per cent, auction duty. Thus
it is that the trade has become an important one, profitable to the
shipowner, the railway companies and the auctioneer. In the
262 THE HISTOR V OF NOR TH A TLANTIC STEAM NA VIGA TION.
spring of 1891 it required three large steamships to carry- the fruit
and wine from the Mediterranean, and a fourth to load wine at
Bordeaux and brandy at Charente. To show how the green fruit
trade has grown, it is only necessary to say that it was formerly
carried on in England by smart little schooners carrying 1000 to
1500 boxes each, and Montreal was supplied with driblets in the
ocean steamships from Liverpool. But in May, 1891, the Gerona
alone landed 52,000 cases in Montreal from Sicily, and in April,
1892, the Fremona landed 60,000. The latter boat is now (May,
1895) landing 64,000 boxes, and there are other boats on the way.
It is believed that the trade is capable of almost indefinite exten-
sion. Oranges were formerly a luxury, sold in Quebec and
Montreal at 5 cents each ; they are now often sold at 15 cents per
dozen. Such are some of the blessings brought about by steam.
When these ships are not employed in the fruit and wine trade
they form a fortnightly line between Montreal and Newcastle,
calling at London, Dundee or Aberdeen to land cattle.
They have not escaped disaster. The Avlona broke her shaft
and was towed to St. John's, Newfoundland. She afterwards struck
on Berthier Shoal, near Quebec, and filled, but is still running. The
Carmona left Barrow with steel rails for the U.S. in winter, and
never reached her destination. The Escalona grounded near
Portneuf, above Quebec, and filled, but was easily repaired. The
Barcelona struck on Red Island, was condemned and sold, but
was rescued, repaired by the purchaser, and is still running ; and |
the Gerona went ashore on the East Coast of Scotland, but was got
off and repaired.
None of these vessels, however, had perishable cargoes, so that
the fruit trade was not affected. All these boats were built and
engined by Messrs. Gourlay, of Dundee.
In 1892 Messrs. Thomson had built at Barrow the Hiirona,
3432 tons gross (360 x 44*6 x 26-3), 500 H.P. ; said to be capable
of carrying 5000 tons dead weight, and 945 head of cattle. She
has condensers capable of giving 8000 gallons of fresh water daily,
double bottom, telescopic masts, and stockless anchors, with
improved quarters for cattlemen. In the same year they built at
Dundee a similar ship, the lona, 3344 tons gross and 500 H.P.,
which will carry, including those on the shelter deck, 1200
head of cattle ; special arrangements have been made in both
ships for ventilation of their 'tween-decks. Their maximum speed
is about 14 knots.
Messrs. Robert Reford £ Co. are the Montreal agents foil
the line.
CHAPTER XXVII.
THE TEMPERLEY-ROSS LINE.
MESSRS. TEMPERLEY, CARTER & DARKE long owned several
sailing ships trading between London and Montreal, the best
known being the John Bull. Mr. Carter was formerly a member
of the firm of Carter £ Bonus, of London, who owned a favourite
Montreal trader, the Great Britain, Captain Swinburne. She was
followed by the New Great Britain, and she in turn was succeeded
by a third Great Britain, Captain Wilson, which once carried
troops from Quebec to Fort York, Hudson's Bay. Ultimately she
had to give way to steam, and in 1871 Messrs. Temperley built
at Dumbarton and elsewhere the Thames, Scotland, and St.
Lawrence, and afterwards the Medway and Gamma. The
St. Lawrence was wrecked at South Africa, on a voyage to the
Cape, and the Medway in the Straits of Belle Isle.
Then Messrs. Temperleys joined Messrs. Wm. Ross & Co., of
London, who provided the Erl King, 2193 tons, 250 H.P., the
Viking and the Ocean King, 2449 tons, 450 H.P. The Viking was
wrecked on Anticosti, and Messrs. Temperley having dropped
out of the business, Messrs. Ross & Co. added, in 1890, two fine
boats, the Norse King and the Storm King, which ran to London
with the Erl King and Ocean King. They did not cater for
passengers, but the boats, especially the new ones, were admirably
fitted for the cattle trade. The Storm King was built at Middles-
borough, is 3279 tons gross (340 x 42*7 x 26*2), with triple-
expansion engines, cylinders 28, 44, and 72 inches in diameter,
450 H.P. and 2280 I. H.P. The Norse Kingvfzs built at Sunder-
land, is 2985 tons gross, and 450 H.P.
As outward freight from London is limited in quantity, they
sometimes fill up at Antwerp.
The recent death of Mr. William Ross, the head of the firm, will
probably cause the company to be wound up, and the boats
transferred to other routes.
Messrs. Robert Reford & Co. were the Montreal agents.
264 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
CHAPTER XXVIII.
VARIOUS LINES.
IN 1866 a Boston firm built two large wooden screw steamships
for the Liverpool trade, the Ontario and the hrie, but after making
a few voyages they were withdrawn.
The only other line attempted by Americans since the failure of
the "Collins" line in 1858 (besides the New York and Paris,
built in Scotland), was commenced in 1871 at Philadelphia. The
American Steamship Company in that year gave an order to the
Cramps to build four iron screw steamships for the Liverpool trade,
the Pennsylvania, Indiana, Illinois and Ohio. They are each
3126 tons gross (343 x 43 x 24), with compound engines which
developed about 2000 I.H.P. and gave them a maximum speed of
about 14 knots. The Pennsylvania opened the line in 1873, a^d
for a time they had a fair share of the Atlantic trade, but they cost
so much more than British boats (about $600,000 each) that they
could not compete successfully. In 1 884 they were taken over by the
International Navigation Company of the same city, their saloon
accommodation removed, and triple-expansion engines substituted
for the old compound. They now run in the freight and emigrant
business in connection with the British Princess and Lord Cough,
two boats under the British flag. The builders of the four boats
say, " for more than two decades, they have had the melancholy
distinction of being the only merchant steamships to show the Stars
and Stripes regularly in the ports of Western Europe. . . . They
succumbed at length to the competition of their subsidised British
rivals." The truth is, however, that no freight boats were ever
subsidised by the British Government, nor are they now.
In 1872 Mr. Mark Whitwill, of Bristol, formed a second " Great
Western Steamship Company" at that port, and started with a
small boat named the Arragon to run to New York. The company
afterwards built or bought the Great Western, Cornwall, Somerset,
Devon, Bristol, Gloucester, Dorset and Warwick, forming a weekly
VARIOUS LINES. 265
line, with occasional boats to Montreal. Owing to the difficulty of
navigating the narrow tortuous little Avon, the boats were too small
to pay, and when hard times came, they were sold at a heavy loss.
In 1873 tne "South Wales Atlantic Steamship Company" was
formed at Cardiff to run between that port and New York. They
built two boats, the Glamorgan and Pembroke. The Marquis of
Bute was one of the largest shareholders, but although they paid no
dock dues and the Marquis supplied them with coal gratuitously,
they only ran two years.
In the same year the State Line was formed at Glasgow to run
between that port and New York, calling at Larne. The boats
were very fine ones, chiefly built by Robert Napier & Sons, but
after struggling for seventeen years, the line collapsed, and the
boats passed into the hands of the Allans.
In 1875, Messrs. Warren, originally a Boston firm, established
a line of screw steamships to run between Liverpool and Boston,
and purchased two of the Guion Line boats, the Manhattan and
Minnesota, and gave them new compound engines ; they afterwards
added some fine boats, such as the Iowa, Kansas, 5276 tons, and
Michigan, 4917 tons, all fitted specially for freight, fresh beef, and
cattle. The ships belonging to the British and North Atlantic
Steam Navigation Company also sail under the Warren flag, such
as the Norseman, 4442 tons, the Roman, 4559 tons, the Cambroman,
4920 tons, the Ottoman, 4843 tons, and the Angloman, 4892 tons.
The Warrens have also added two fine steel boats, the Sagamore,
5036 tons, and the Sachem, 5204 tons, and they own one of the
oldest steamships now running on the Atlantic, the Palestine, built
by Steele, of Greenock, in 1858, thirty-seven years old !
In the same year (1875) tne great steam shipping firm of Wilson,
of Hull, who had long been engaged in the Baltic trade, com-
menced to run boats between Hull and New York, the names of
which all end in the letter " o." In 1884 they first put into an
Atlantic steamship, the Martello, triple-expansion engines having
cylinders 31, 50, and 82 inches diameter, with 4 feet 9 inches
stroke. They have since joined another line and unitedly run
their boats to London, Antwerp, Hull and Newcastle ; some of
their boats are over 4000 tons, such as the Buffalo, 4431 tons,
Colorado, 4220, and Francisco, 4604.
In 1876, another company determined to compete for a portion
of the Boston trade. This was the Ley land Line, which succeeded
the well-known firm of Bibby, Sons & Co. in the Mediterranean
trade. The line has been a success, mainly, no doubt, owing to
the superior quality of their ships, for they have nearly all been
266 THE HIS TOR Y OF NOR TH A TLA NT 1C S TEA M NA VIGA TION.
built by Harland £ W7olff, on much the same lines as the
" White Star " freight boats. The first six boats were the largest
built for the Mediterranean trade, refitted with compound engines.
In 1888 they added a larger boat, the Bostonian, 4473 tons,
500 H.P. ; in 1890 they added two very fine boats, the Georgian
and Columbian, each 5088 tons gross (442 x 45 x 31) and
500 H.P. ; and in 1891 two more, the Lancastrian and Phila-
delphian, each 5120 tons gross, same dimensions and power as the
two previous boats. They are said to carry 7000 tons of dead
weight cargo each, in addition to 1000 live cattle ; they have also
refrigerated chambers for fresh meat, and can make the passage in
about nine days. On the death of Mr. Leyland in 1893, the line
was converted into a limited company.
When the Avonmouth Docks were opened, nine miles below the
city of Bristol, the Great Western Company transferred most o
their boats to the new docks, which caused considerable feeling
among the denizens of the ancient city. Accordingly, in 1878,
Messrs. Charles Hill & Sons, large Bristol shipowners, started the
City Line to run between New York and the old city's floating
harbour. The citizens had spent a good deal of money in
straightening their crooked little river, so it was found possible to
bring up boats of about 2000 tons to the city. Their first boats
were the Bristol City, New York City and Bath City, of about
this size ; the line now consists of the following boats : —
Tons. H.P.
Brooklyn City 1*726 180
LlandaffCity J*936 200
Boston City 2,334 200
Jersey City . 1*936 200
Exeter City. 2,198 200
Kansas City
Wells City .
Chicago City
1,814 200
2,324 230
Whether the Kansas City reaches the old harbour is unknown to
the author. Such small boats must have a hard struggle in
competition with the new freight boats carrying 7000 tons.
In 1879 Denmark started a line between Copenhagen and New
York, known as the Thingvalla Line, calling at Christiania in
Norway. At present it consists of the following boats : —
Tons.
Thingvalla 2,524
Norge 3? 359
Island ......... 2,844
Hekla 3,258
Amerika 3*867
VARIOUS LINES. 267
The Amerika is the former White Star boat Celtic, sold to the
Thingvalla Company in 1893. This line came into great notoriety
in 1889, through the sinking of one of their boats in mid-ocean, the
Danmark. She had on board 735 souls, 669 passengers (including
65 young children), and a crew of 66 men. On the 5th April she
was sighted by the British steamship Missouri, Captain Hamilton
Murrell ; and on the 6th, although a heavy sea was running, by an
act of heroism almost unparalleled, this brave man threw some of
his cargo overboard, and in four and a half hours saved every soul
by means of boats and lines, landing part at St. Michael's (Azores),
and the rest at Philadelphia.1
In the next year (1880) Messrs. W. Johnston & Co. started a line
between Liverpool and Baltimore, principally for freight and live
cattle. They afterwards started another line between London and
Baltimore, and in 1894 a third line running between Liverpool
and Montreal. Among others they own the Baltimore (3730 tons),
the Barrowmore (3716), the Mentmore (3405), the Nessmore (3307),
the Parkmore (3318), the Queensmore (3792), the Rossmore (4360),
the Sedgemore (4332), and the Castlemore (2868). The Rossmore
is 400 x 46 x 29*6, and with engines of only 500 H.P. is said to
be capable of making 12 knots. She can carry 6800 tons of dead
weight cargo, and is fitted for 1225 live cattle.
In 1 88 1 the Monarch Line, under the official title of the
" Exchange Shipping Company, Limited," was started to carry on
a regular passenger and cargo service between London and New
York. The first boats were the Assyrian Monarch, Lydian
Monarch, Grecian Monarch, Persian Monarch, etc., fine boats of
about 4000 tons gross. In 1887 the line collapsed, and after being
laid up for some time the boats were sold to the Allans and the
Wilson Line.
In the same year (1881) the Hill Line was started also to run
between London and New York. They were the first twin screws
placed on the North Atlantic. The Notting Hill was built of steel
on the Clyde, 3920 tons (420 x 45 X 26|-). She was followed by
the Tower Hill, a similar boat. In 1882 the Ludgate Hill, 4063
tons (420 X 47 x 26), was added, and in 1883 the Richmond Hill,
a sister ship, both built on the Clyde. The two latter now run
with the Lydian Monarch, 3987 tons, and the Alecto, 3607 tons,
built in 1893. Mr. W. B. Hill, of Liverpool, is the manager.
The Furness Line, owned by Sir Christopher Furness, of West
Hartlepool, has a number of boats running to Halifax and Boston
1 See Appendix No. 9.
268 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGATION.
from various ports in Britain, such as the Durham City (3092 tons),
Stockholm City (2686), Carlisle City (3002), etc.
In 1886 Americans started two Atlantic freight lines, the boats
being built in Britain, and sailed under the British flag, in con-
sequence of United States laws.
" The Atlantic Transport Line " consists of fine large screw
boats, chiefly twin screws, running between London and New
York, Philadelphia, and Baltimore. Most of them were built at
Belfast, viz. —
Tons. H.P.
Manitoba 5*672 600
Massachusetts 55673 600
Mohawk 5,658 600
Mobile 5,780 600
Montezuma 5,5°4 375
Mississippi 3,732 375
Michigan 3,722 375
Minnesota 3, 216 320
Montana 2,775 300
Maryland 2,773 3°°
Missouri 2,845 28°
Maine 2,780 280
The other line is known as the " Manhanset Line," running
chiefly from Bristol and Swansea to New York and Baltimore,
viz. —
Tons. H.P.
Manhanset 2,684 350
Mohican 2,728 350
Monomoy ....... 2,783 350
Massasoit 2,783 350
Massepequa 3,026 350
Menantic 3,024 350
The "Lord Line," consisting of the Lord Londonderry (2409
tons) and five other boats, runs between Baltimore and Belfast
every ten days, and the Ulster Steamship Company run the
Innishoiven Head (3050 tons) and three other boats twice a month
between Belfast and Montreal ;
There are, too, several other continental lines running, viz., the
Union Line, a fortnightly passenger and freight service between
Hamburg and New York, the Amalji, Marsala, Taormina, and
Sorrento ;
The " Nouvelle Compagnie Bordelaise," running the Chateau
Lafitte and the Panama between Bordeaux and New York monthly ;
The " Compagnie Nationale de Navigation de Marseille," running
VARIOUS LINES. 269
the Cachar and seven other boats between Marseilles and Naples
and New York ;
The " Cyprien Fabre Line," running the Alesia and five other
boats on the same route ;
The " Navigazione Generale Italiana Line," running the Entella
and five other boats fortnightly between New York, Gibraltar, and
Genoa. This company owns 105 steamers of 171,174 tons gross,
and was organised in 1881 by the union of the Florio and
Rubattino companies. They run all over the world ;
The " Linha de Vapores Portuguezas," a Portuguese line, running
between New York and the Azores, Oporto, Lisbon, and Cadiz ; and
The " Empresa Insulano," another Portuguese line running every
six weeks between New York and the Azores, Cape Verde Islands,
Canary Islands and Lisbon.
The " Neptune Line," a weekly freight line, running between
Baltimore and Rotterdam, consisting of the Urbino, Ohio, Patapsco,
Chicago, Venango, and Delano, under the British flag.
Then there is the " Chesapeake and Ohio Steamship Company,"
an American line, but running under the British flag, the Rap-pa-
hannock and five other boats every ten days between Newport
News., Va., and London and Liverpool.
Finally, there are five petroleum vessels, running under the
French, Dutch, and British flags, carrying petroleum from
Philadelphia to France and Antwerp ; and there are also a number
of small Norwegian boats engaged in the fruit trade between the
United States and West Indies.
270 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
CHAPTER XXIX.
THE WORLD'S TONNAGE.
IT is difficult to give a strictly accurate estimate of the world's
tonnage. There is no uniformity in the returns given by the
various maritime nations ; some give net tonnage and some the
gross ; some omit all vessels under sixty tons, some all under
twenty-five tons, some all under six tons, while with France all
above two tons are included. Then the United States include
inland river and lake craft, and canal barges, while Great Britain
does not. Again, mere tonnage is misleading as to carrying
capacity, for it is now generally admitted that the efficiency of
steam tonnage as compared to sail is about three and a half to one.
It is therefore necessary to keep steam and sail tonnage apart.
Both " Lloyd's Registry " and the " Bureau Veritas " publish
accurate annual returns, but the minimum tonnage recognised by
both is considerably higher than the official return of any nation.
Neither society takes cognisance in its statistics of steam vessels
of less than 100 tons. " Lloyd's " omit all sailing vessels of less
than 100 tons, but the limit of the " Bureau Veritas" is 50 tons.
As, however, " Lloyd's " last return is much later than any other
(dated 2nd July, 1894), it will best serve as a comparative test, the
reader bearing in mind the facts above stated. Applying these
tests, it shows that more than one-half the tonnage of the world is
under the British flag : about 63 per cent, of all the steam tonnage,
52 per cent, of steam and sail combined,1 and that estimating one
ton of steam tonnage as equal in efficiency to three and a half tons
of sailing, 58 per cent, of the world's tonnage is British. The most
remarkable increase is seen in Norwegian tonnage. Since the
repeal of the British Navigation Laws in 1849 (only forty-five
years), it has increased over 600 per cent.
THE WORLD (1894).
(ico tons and upwards).
Vessels. Net Tons. Gross Tons.
Steam .... 12,907 10,111,769 16,066,202
Sail .... 17,814 8,503,294 8,503,294
Totals . . . 30,721 18,615,063 24,569,496
1 See Appendix No. 4.
THE WORLD'S TONNAGE.
271
Steam
Sail
Total tons
WOODEN.
IRON.
Total tons
STEEL.
Steam
Sail
Total tons
Vessels.
1,003
Steam 7*238
Sail 1*703
4*502
759
Tons.
360,419
5,462,438
5*822,857
7,661,124
1,814,267
9*475*391
7,986,235
1,142,750
9,128,985
LEADING NATIONS.
(100,000 tons and upwards.)
Steam (gross).
Sail.
Total.
i. Great Britain and Ireland.
British Colonies
9*307*783
530, 570
2,499,227
632,371
11,807,010
1,162,941
Total British
9*838,353
3^31,598
12,969,951
2. United States l
887,766
1,283,693
2,171,459
3. Germany. ....
1,214,830
569*895
1*784,725
4. Norway'
403*813
1,265,274
1,669,087
5. France .....
891,720
197, 820
1,089,540
6. Canada 2 .
2AI, 772
67O. 767
QI2, C'JQ
7- Italy
^-TA 5 / / •*•
318,706
w/ w? / w/
453*053
V 5 JO:7
771,759
8. Spain .....
449*044
98,314
547, 35s
9. Sweden
226, 769
271*235
498,004
10. Russia .....
229,542
247* 130
476, 672
n. Holland
307* 145
130,034
437* 179
12. Greece
134,687
208,755
343*442
13. Denmark. . . •
198,577
134,654
333,231
f Austria- }
I4- \ Hungary j '
15. Turkey .....
222,348
71*358
80, 270
194, 994
302,618
266,352
16. Japan
174,466
21,889
196,365
17. Brazil .....
110,068
35,908
I45>976
18. Belgium
117,289
118,827
19. Portugal
62,811
42,448
105,259
20. Chili .....
43,74!
58,458
102, I99
1 United States return omits lake and river craft, and canal barges.
2 Canada's return includes vessels under 100 tons.
272 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
An official return gives the following figures, showing the
progress of steam tonnage in the United Kingdom : —
Sail.
Steam (net).
Total (net).
1850 .
3,396,639
168,474
3556S,H3
1860 .
4,204,360
454,327
4,658,687
1870 .
4» 577, 855
1,112,934
^,690,789
1880 .
3,851,045
2,723,468
6,574,5*3
1890 .
2,936,021
5,042,517
7,978,538
1892 .
3,080,272
5,564,482
8,644,754
The " Bureau Veritas " publishes the following returns : —
TOTAL NUMBER AND TONNAGE OF STEAM VESSELS (OVER 100 TONS)
AND SAILING VESSELS (OVER 50 TONS), 1893.
Steam
Vessels.
Tons (gross).
Sailing.
Tons.
Potential
Tonnage.
The World . .
10,629
15,134,436
29,756
9,829,063
62,799,589
British . . .
5,694
9,383,361
9,277
3,574,847
36,416,611
or
58 per cent.
273
CHAPTER XXX.
BRITISH SEAMEN.
SEEING that the British people are islanders, and consequently
dependent on seamen, not only for protection, but for daily food,
their treatment in the past has long been a reproach to the nation.
Prior to 1850 the British seaman had really no protection of any
kind. Badly fed, badly housed, and necessarily subject to severe
discipline at sea ; shut out from intercourse with the world for the
greater part of his life, and brutalised by the utter lack of mental,
moral, or religious stimulus ; the prey of " crimps " ashore, who
robbed him of his earnings, and pocketed his " months' advance "
before they would let him go to sea again ; deprived of all his
earnings in case of shipwreck, and severely punished if he failed to
carry out his agreement — his lot was indeed a hard one. The old
" forecastle " in the " eyes " of the ship was either cold and damp
from leaks in the deck, or insufferably hot from lack of ventilation,
overrun with rats, dark and filthy. The food was salt pork, salt
beef, and hard bread, and the water often undrinkable, leading to
the dread disease known as " scurvy ; " a medicine chest with a
few drugs handled by an ignorant captain was all he had to rely
on in case of sickness, and deckloads of timber often drove him to
the " tops," where he perished slowly from hunger and thirst. The
Act of 1850 was the first serious attempt to ameliorate his condition.
It established local " marine boards " at the principal seaports of
the kingdom, partly nominated by the Board of Trade, and partly
elected by shipowners. These boards appointed examiners, to
test the qualifications of masters and officers, and shipping masters
to protect seamen ; the latter superintend the engagement and
discharge of seamen, taking care that they are justly dealt with
and receive a proper " discharge ; " see that the nature and length
of the voyage is defined, the rate of wages fair, a proper dietary
scale inserted, and only legal fines imposed. The Act also pro-
vided for sufficient space on board the ship ; such space to be
kept free of stores, to be properly constructed and well ventilated.
The shipowner is also bound to provide a supply of medicines in
T
274 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
accordance with a scale sanctioned by Government, with limejuice
in certain cases to prevent scurvy, and fresh vegetables whenever
they can be conveniently obtained. But it was the great " Mer-
cantile Marine Act of 1854" (17 & 18 Viet. cap. 104), with its 548
clauses, that formed the Magna Charta of British seamen. It
embodied the Act of 1850, and, together with its numerous amend-
ments, did much to improve their condition. It established
enquiries into wrecks ; it refers to the prevention of accidents ;
requires all sea-going vessels to be provided with a certain number
of boats, and lays down rules for the use of lights, fog signals, etc.
By this Act, too, and subsequent amendments, savings banks and
money-order offices were established ; " crimping " was severely
repressed ; seamen's wages were recoverable up to the date of
wreck ; deckloads of timber in the fall were abolished ; unsea-
worthy ships were stopped, surveyed and, in some cases, con-
demned, and various regulations were made to ensure the seaman's
health ; the coastguard has been supplied with the rocket apparatus
which has saved many lives, and the lifeboat service has been
extended and improved.
There can be no doubt, too, that the general introduction of iron
steamships in lieu of sailing vessels, has improved the accommo-
dation for seamen as well as their diet, especially in steamships
carrying passengers. They have greatly increased the risks from
collisions, but, on the whole, they have certainly tended towards
the diminution of the loss of life at sea. It is to be feared, however,
that most of the very large iron sailing ships and many of the
smaller cargo steamships are undermanned.
Mr. Plimsoll's wild crusade against shipowners might have done
more for seamen if it had been conducted with less of exaggeration
and passion. The " Seamen's and Firemen's Union " has done still
less for them, for it has been checkmated by the "Shipping
Federation," while its " strikes " and attempts at coercion have, to
a great extent, alienated the sympathy of the public.
When all is said and done, however, there remains one great
reproach attached to the greatest maritime nation in the world.
England possesses no national provision either for the training of
her merchant seamen,1 or for the aged and the infirm, or for their
widows and orphans. // is a standing national disgrace. Nor,
with one exception, has any sufficient provision for either been
made by shipowners, or the great steamship companies. There is
a Seamen's Orphan Asylum in Liverpool, supported mainly by
1 The abolition of the apprenticeship system was a deplorable mistake.
BRITISH SEA MEN. 27 5
begging from saloon steamship passengers and voluntary contribu-
tions, and a home for aged mariners in Cheshire. There is also
the admirable home on the Thames known as the Belvedere, or
"Royal Alfred Aged Seamen's Institution," also supported by
voluntary efforts ; and there are a few training ships for boys and
officers. One successful shipowner, Mr. Thomas H. Ismay, of
Liverpool, has set a noble example by giving ,£20,000 sterling as a
nucleus for the support of aged and infirm seamen, and the
Shipping Federation has started an accident fund for those who
are in its employ and refuse to join the seamen's union.
But all these efforts put together do not amount to much. In
truth, it ought not to be left to private contributions. It is a
national affair, and the national Government should undertake it.
Seamen are proverbially reckless as to the future, and make no
provision for it. Voluntary contributions from them towards a
pension fund have been tried and failed. A moderate compulsory
contribution from the 200,000 seamen afloat, aided by a liberal
grant from the Government, would be sufficient to. wipe away this
foul blot, and would not be felt as a burden by any one. The
history of the old "Seamen's Hospital Fund" proves the great
necessity that exists for some such provision. It was instituted
during the early part of the present century for the sole benefit of
merchant seamen and their children. It appears to have been
founded on the " Scuola di San Nicolo " of Venice, which that city
founded in the year 1476 in commemoration of the successful
defence of Scutari by the Venetians against the Turks. The
British fund was created by compulsory contributions from every
British seaman, while employed, at the rate of one shilling per
month, and two shillings from shipmasters. The receipts must
have been some ,£7000 or £8000 a month. Yet the claims were so
heavy that it became insolvent, and was abolished in 1851. The
Winding-up Act transferred its affairs to the Board of Trade for
the purpose of paying all existing pensions, and allowing the then
existing contributors to continue their annual payments should
they wish to do so. It is said to have cost the country over one
million pounds sterling.
Nearly every European nation makes some such provision for
their seamen. In France all seamen are entitled to a pension
after a certain length of service. But these pensions are not really
paid by the State, as a deduction of three per cent, is made from
the monthly pay of every seaman, and four per cent, of the
" navigation bounties " given to French shipowners are retained
for the benefit of sick or disabled seamen. One of the best of
T 2
276 THE HISTORY OF NOR TH A TL ANTIC STEAM NA VIGA TION.
these institutions was formed in Norway by a Royal rescript dated
23rd December, 1834. It is maintained by voluntary contributions
from seamen and others, by penalties arising from offences of
seamen, and by Government aid. The claimants are those seamen
who, while employed, contribute regularly to its funds, but seamen
who on foreign voyages desert from their ships lose any rights they
may have acquired. Shipwrecked seamen also receive aid from
the society. Its affairs are managed chiefly by shipmasters. In
Germany the " Hamburg- American Packet Company" contributed
in 1893 no less than ^6000 sterling to the Sick, Invalid, and Retired
Seamen's Fund. The "North German Lloyd Company " formed,
in 1873, tne " Seemanns Kasse " to protect their employes and
provide for their families in cases of old age, sickness or death,
which appears to have been a success.
In January, 1893, it had a reserve fund of about ,£100,000 sterling
In 1893 the company also formed a Widow and Orphan Pension
Treasury, and contributed to the two societies about 60,000 marks
or ^3000 sterling.
But what is the fate of the aged or infirm British seaman ? I
he meets with an accident there are, no doubt, many splendic
hospitals where he is well cared for, and in ancient cities, such as
Bristol, there are a few " almshouses " where he may find a refuge
in old age. But, as a rule, when he is unfit for further sea service
either by age or by accident, or by his dread enemy rheumatism
he is the most helpless being alive, and there is nothing left for him
but the parish " workhouse," with all its horrors, and a pauper's
grave. Should he die from accident or disease, his widow anc
children are thrown helpless on the world, to eke out a miserable
existence as best they can. But it is not only the " man before the
mast " who thus suffers. Scores of old men may be seen in the
leading seaports who have long been respectable shipmasters, but
who are now glad to accept a guinea a week, or even less, as night
watchmen on idle ships ; and when this fails, driven to despair by
want, a few of them take a final plunge into the river or the dock
and thus end their careers on earth rather than trust to the tender
mercies of " poor law guardians." This is no fancy picture ; the
author has seen it all in real life and vouches for its truthfulness.
Is this creditable to a mighty nation whose savings are estimated
to average 150 million pounds sterling a year, much of it made
through the instrumentality of the very men who are thus allowec
to starve in their old age ? " Shall I not visit for these things
saith the Lord ; and shall not my soul be avenged on such •<
nation as this ? " (Jeremiah v. 9).
277
CHAPTER XXXI.
AMERICAN SHIPBUILDING.
THE decline of shipbuilding in the United States is a remarkable
fact. No people in the world are more energetic or more ingenious
than Americans. Previous to 1855 their packet ships running
between New York, Philadelphia, and Boston, and Europe, were
the finest wooden sailing ships in the world, and after the discovery
of gold in California, their clipper ships, built specially for that
trade, although somewhat weak structurally, were for a time the
handsomest and fastest ships afloat. They were, however, soon
equalled in fleetness, and surpassed in strength and durability, by
the Scotch clippers built at Aberdeen, Glasgow land Greenock.
In 1 86 1 the United States owned more tonnage, if we include the
lake and river craft and canal barges, than the United Kingdom,
and nearly as much as the whole British Empire : thus —
Tons.
1861. Registered. (Sea-going, steam, 102,608) . . 2,642,628
Enrolled. (Coasting, lake, river and canal barges,
steam, 774,596) 2,839,399
Total. ....... 5,482,027
While the whole British Empire had only . . 5,895,369
1894. U.S. Registered. (Steam, 266,091) . . . 916,180
,, Enrolled. (Steam, 1,923,349) . . . 3,767,849
Total 4,684,029
So that in 1894 the United States owned less sea-going tonnage
than Norway, and far less, in proportion to population, than the
little provinces of Nova Scotia and New Brunswick, in Canada.
It is the fashion among Americans to attribute the decay of the
American Mercantile Marine to the ravages of the Alabama, and
a few other southern cruisers, during the Civil War.
278 THE HIS TOR Y OF NOR TH ATLANTIC S TEA M NA VIGA TION.
But, in truth, the cause lies much deeper. Americans were very
slow in realising the fact that the days of wooden ships were over,
and for a long time they had no faith in iron ships. Iron and
steam, however, rapidly superseded both wooden and sailing ships,
but they took little heed of the impending change, and made no
preparations to meet it, while Great Britain did. So with steel :
a Canadian firm (Allan Brothers) built a steel steamship, the
Buenos Ayrean, as far back as 1879 > but the first American steel
ship was only launched at Bath, Maine, on the loth February,
1894 (the Dirigo],
Tons.
In 1850 the United Kingdom owned steam tonnage only
to the extent of 168,474
In 1870 it owned 1,112,934
In 1880 ,, 2,723,468
In 1892 ,, 5,564,482
net, or gross 9)383,361
While the United States in 1894 owned in gross tonnage
only 2,189,430
Mr. Eugene T. Chamberlain, the U.S. Commissioner of Naviga-
tion, however, in his very able report for 1894, attributes the decline
mainly to an antiquated registry law, which forbids the registration
of foreign-built vessels, and boldly advocates its repeal.1 He
says : —
' ' The prohibition of registry fails at every point to meet new requirements
of trade growing out of the progress which has been made during our century,
when man's inventive powers have worked out greater results than during any
corresponding period in history. It serves no useful purpose. On the contrary,
it has put American enterprise under alien flags and alien laws, given to our
commercial rivals control of the established lines of communication by sea
between the United States and the old worlds, crushed the traditional American
maritime spirit, humbled national pride, and dwarfed our mercantile growth.
. . . Years ago all other commercial nations repealed like prohibitions in their
laws2. . . . The registered tonnage of the United States at the close of the
fiscal year 1893-94 was smaller than our registered tonnage half a century
ago. . . . Various fanciful causes . . . have been assigned for the decline of
American shipbuilding for the foreign trade during the years following 1855.
If under any conditions these fanciful causes were entitled to consideration, in
the presence of a great industrial fact overriding all statutes and all artificial |
1 At the great convention of Boards of Trade of the United States and
Canada, held in Detroit in 1865, the author urged upon Americans, if they
wished to enjoy a fair share of the carrying trade of the world, to repeal
this law.
2 Great Britain repealed a similar law in 1849.
AMERICAN SHIPBUILDING. 279
expedients, the substitution of steam for sail as motive power, and metal for
wood as material for marine construction, it will be recognised that they are
not worth investigation. . . . Every civilised nation, except the United States,
long ago abandoned the theory that it could compel by statute its citizens to
buy shipping of domestic construction for foreign trade on conditions which
forbade its employment in that trade against foreign competition. ... A
registry law cannot prevent the citizen from buying abroad all the ships he
chooses. . . . While the registry law has accomplished nothing for ship-
building, it has stunted the development of American navigation, and must
continue to do so until under natural laws the vessels required to compete for
the foreign carrying trade can be built as cheaply in this country as abroad.
Doubtless the time is not many years distant when we shall build steel steam-
ships better and mo^e cheaply than they can be built elsewhere. But the
registry law itself can neither hasten the dawn of that day nor will it effectively
retard it."
Mr. Chamberlain also shows that " the actual destruction of our
Mercantile Marine wrought by the war was much less than the
loss subsequently occurring through the operation of industrial
forces which have changed motive power and material of marine
construction."
The late William Cramp, of Philadelphia, appears to have been
one of the first men in the United States to realise the impending
change in marine construction, and to have made any preparations
to meet it. But it was not until 1870 that he commenced iron
shipbuilding, whereas, as we have seen, Great Britain built an iron
steamship as far back as 1821 ; and in 1843 Bristol launched the
first great iron ocean screw steamship, the Great Britain.
Mr. Cramp's sons have lately issued a handsome little illustrated
volume giving the history of the " William Cramp & Sons' Ship
and Engine Company, of Philadelphia," which shows a wonderful
development of the business. Beginning in a very small way as
a wooden shipbuilder in 1830, Mr. William Cramp commenced iron
shipbuilding in 1870, and in 1872 formed the above-named
company with a capital of $500,000. He died in 1879, having
built no less than 207 vessels. Since that time much of the work
of the yard has been towards the reconstruction of the Navy.
The number built, or building, since. the death of Mr. Cramp
appears to be 75, making the total number 282, and 141 marine
engines. Of the 282 vessels, 21 have been United States steam
men-of-war, 73 ocean steamers, 22 other steamboats, 54 tugs, and
28 sailing vessels. The company is now completing two ocean
greyhounds, the St. Louis and St. Paul, of 10,700 tons each, to
compete with the Campania and Lucania.
The capital of the company is now five million dollars ; the
2 80 THE HIS TOR Y OF NOR TH ATLA N TIC S TEA M NA VIGA TION.
shipyard, with its accessories, covers a trifle over 31 acres, and it
embraces the following structures : —
(i.) A building, 1164x72 feet, containing the joiner and pattern
shops, machine and erecting shops, ship-shed, two mould lofts,
roll-shop, scriveboard and bending shed.
THE LATE WILLIAM CRAMP, OF PHILADELPHIA,
Founder of the "William Cramp & Sons' Ship and Engine Building
Company," builders of the Steamships St. Louis and St. Paul.
(2.) A boiler shop 387 x 1 12|- feet.
(3.) A machine and erecting shop, and the most extensive iron
foundry in America.
(4.) A six-story building containing the administrative offices of
the company, the construction and steam engineering draughting
rooms, and a restaurant.
AMERICAN SHIPBUILDING. 28 1
(5.) A power-house in which are assembled extensive hydraulic,
pneumatic and electric plants, whose power is distributed through
the shipyards and the shops by means of pipes or wires.
(6.) Five large building slips 600 x 75 feet.
(7.) Five wet docks, having wharfage ranging from 600 to
1000 feet in length.
(8.) A complete railway system connecting with the Pennsylvania
and other roads, and penetrating every part of the shipyard and
shops.
(9.) About 10 acres of outdoor storage space.
(10.) An extensive pipe shop.
(n.) A brass foundry.
(12.) An ordnance plant fully equipped for the manufacture of
breechloading rapid-fire cannon up to, and including, four inches
calibre with projectiles.
(13.) A basin, dry dock, and marine railway. The dry dock is
462 x 70 feet, and has a draught of 22 feet on the sill at mean high
water. The marine railway is capable of hauling out vessels of
1000 tons register.
(14.) The largest and most powerful floating derrick in the world,
capable of lifting 125 tons.
The company employs 5600 men and boys, and its weekly pay-
roll amounts to $54,000 !
The author of the book, however, (who appears to be Mr. Charles
H. Cramp, the president of the company,) indulges in some very
severe criticisms of British shipowners and builders, which seem to
call for some notice in a work of this kind. He speaks of
" ungenerous rivalry," and of the founder of the company, Mr.
William Cramp, as being " met at the threshold by the powerful
and vindictive rivalry of England, exultant with the strides of
progress which our unfortunate civil strife has enabled her to
make unopposed ; " and of his first efforts to domesticate iron ship-
building on these shores, as being " put forth under conditions that
would have appalled most men " (p. 5).
And then, writing of the St. Louis and St. Paul, he says : —
' ' Their advent upon the world's highway of the North Atlantic is awaited
by the American public with anticipation, and by the English public with
apprehension. Since 1861, the period of a generation, the English have
enjoyed a monopoly of the ocean traffic of the world, scarcely disturbed by the
comparatively feeble efforts of their Continental neighbours, and they have
built most of the ships employed by the latter at that. This long reign of
undisputed supremacy has bred in the British mind a sense of proprietary right
to the sea and of lien upon the carrying trade of the United States, which at
282 THE HIS TOR Y OF NOR TH A TLA NTIC S TEA M NA VIGA TION.
last has become so arrogant that they resent any effort at emancipation on our
part as an invasion of prerogative.
" Remembering unkindly the competition of our merchant marine in the old
days, the English shipbuilders and shipowners of our time watch the develop-
ment of a new commercial fleet under our flag with bitter hostility. . . .To
all these manifestations of ungenerous rivalry the American answer is simply :
' Wait and see ! ' The ships will be on the line next summer. "
This is strong language, much to be deprecated, and is
unsupported by a particle of proof. The author has been
associating with British shipowners and builders for forty years,
yet never heard of this " vindictive," or " ungenerous rivalry," or
of " bitter hostility " on their part towards American shipbuilders
or owners, and so long as the United States preserve their present
laws, the " apprehension " of British shipowners and builders will
not amount to much.
The best comment on these charges is to point out the generous
treatment of American shipowners and builders by Great Britain
in 1849, and the response it met with. By the Act of that year,
repealing the British Navigation Laws, American ships were freely
admitted, not only to the great foreign trade of the British Empire,
but to the Indian and Colonial trades, and, later on, to the coasting
trade, on the same footing as British ships. Not only so, but
American-built ships were admitted to British registry. This Act
was passed after an assurance, given by Mr. Bancroft, the United
States Minister in London, in the following terms : " Universal
reciprocity, in the widest sense, is held by the American Govern-
ment as the only thoroughly appropriate basis for intercourse
between two great nations," l and in a conversation with Lord
Palmerston and Mr. Labouchere, Mr. Bancroft said, " We are
ready to do anything you like ; if you can do but little, we must
do little ; if you can do much, we will do much ; if you shall do
all, we shall do all." 2
And what was the response of the United States Government to
this generous act of Great Britain ? Not only an absolute refusal
to open the coasting trade, or to grant United States registry to
British or Canadian-built ships, but a refusal to allow British ships
to carry goods from New York or Boston to California, on the
absurd plea that it was " a coasting voyage ! " As well might the
voyage from London to Bombay or Calcutta be called " a coasting
1 Mr. Bancroft to Lord Palmerston, November 3rd, 1847.
2 See speech of Mr. Labouchere, May i5th, 1848, in ' Hansard,' vol. xcviii.,
p. 1008.
AMERICAN SHIPBUILDING. 283
voyage." The author speaks feelingly upon these points, for when
visiting the shipyards of Boston and Maine, in the winter of
1853-4, he saw, in many of these yards, ships building for British
shipowners. The late Donald McKay, of East Boston, for
example, had then three great ships on the stocks for a Liverpool
firm, and he afterwards built many more, but no British or
Canadian-built vessel has ever been admitted to United States
registry except by a special Act of Congress.
Between 1861 and 1880 the author's ships had often to compete
with United States ships in England, Bombay, Calcutta, Rangoon,
Hong Kong and Peru, yet when, in 1869, he had a ship in New
York, and freights to San Francisco were high, he was not allowed
to carry a ton of goods between the two ports ; and, although he
bought four United States-built ships, he has never been allowed
to sell a Canadian-built ship to an American shipowner. Is this
" generous rivalry ? "
Again, when a majority of the arbitrators at Geneva decided
that Great Britain was liable for 155 million dollars for damages
caused by a privateer, which was owned and commanded by
American citizens, and which escaped from British surveillance by
a discreditable trick, it was promptly paid ; but the Honourable
T. F. Bayard, who now so worthily represents the United States
in London, has frankly admitted that the sum awarded was more
than was fairly due, and the New York Evening Post has recently
admitted that the surplus is lying in the United States treasury.
But when the arbitrators at Paris unanimously decided that the
United States had illegally seized a number of Canadian schooners
on the high seas, detained them until they were rotten and useless,
and immured some of their innocent crews in filthy Alaska
dungeons, till one of the poor captains became insane and died
from his cruel treatment, the United States Congress refused to
pay the small compensation assented to by President Cleveland
and his Cabinet ; and Senator Morgan declares that not a shilling
is due or will be paid ! Is that American generosity ?
There is no " bitter hostility " in Britain to the St. Louis and
St. Paul, and Mr. Cramp may rest assured that they will not only
receive a generous welcome there, but that if his company can
build better or cheaper ships than can be built by British ship-
builders, they will be purchased and registered as British ships
without a " special Act " of Parliament.
284 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
CHAPTER XXXII.
CONCLUSION.
THE reader of the foregoing pages must have been struck with the
marvellous progress made in steam navigation within the com-
paratively short space of fifty years. The speed of Atlantic
steamships has been nearly trebled, or from 8 to 23 knots, and
within the last fifteen years it has been nearly doubled ; the power
of marine engines has been increased from 700 to 30,000 I.H.P. ;
and the steam pressure in the boilers from 13 to 200 Ibs. to the
square inch. A pound of coal is now made to do four times the
work it once did, and passengers and mails are carried across
the Atlantic at the speed of a railway train, without a moment's
stoppage. It is now possible for passengers to make a round
voyage from London to New York and back in 14 days ; they have
been carried from London to Bombay in 13 days, and from
Southampton to the Cape in 14!, while the accommodation
afforded has attained a luxury never dreamt of in early days.
The philanthropist, however, will ask, "Has all this tended to
reduce the loss of life at sea ? " The reply must be in the affirma-
tive. Many predicted that increased speed must produce increased
loss of life. The record of the past few years does not bear out
this opinion. That modern speed is hard upon machinery no one
can doubt. The celebrated Persia's engines never made over
17 revolutions per minute, while those of the Paris make 89 ; but
the great compensating fact is found in twin screws, which un-
questionably add very much to the safety of all steamships. It
has also been found that three cranks tend to materially reduce
the liability to fracture of shafts.
The figures relating to the loss of life at sea issued annually by
the British Board of Trade, when given without careful explana-
tion, are apt to mislead. One great calamity, such as recently
happened in India, by the loss of a steamship carrying a large
number of pilgrims, all of whom perished, may give the impression
CONCLUSION. 285
that the loss of life at sea is increasing ; and the numerous fatal
accidents described in this work may create an erroneous impression
as to the perils of the sea.
A very able English periodical, Engineering, says :
" In ten years the number of lives lost has decreased by nearly one-half, and
when it is noted that the British fleet has in that period increased from 8 • 5 to
9*6 million tons, the result is even more favourable. . . . The proportion of
lives lost to the total tonnage entering and clearing at our ports has decreased
from 4*17 per 100,000 tons in 1880 to 2*06 in 1890. In the case of steamers,
the increase in traffic is equal to 43-6 per cent., and yet there is a decrease in
the number of lives lost of 28 per cent. In ten years the deaths among
masters and seamen from all causes decreased from 23-2 per 1000 employed to
13-1 per 1000."
These facts are, to a great extent, confirmed by Sir Thomas
Sutherland, the Chairman of the great P. and O. Line, who says :
" Though there are fifty thousand more persons afloat than there
were fifteen years ago, the absolute loss of life at sea is less than it
was in 1879."
The Scottish Review says : " In 1890 there were nearly two
thousand trips made from New York alone to various European
ports, and about 200,000 cabin and 372,000 steerage passengers
were carried, all without any accident" The late Thomas Gray,
of the Marine Department of the British .Board of Trade, perhaps
the best authority then living on the subject, stated that in the
Union Line to the Cape only one passenger had died in twenty
years, and that only four seamen died in three years ; that in the
P. and O. Line only one seaman had died in their forty vessels in
a year, and that during three years not a single passenger had
been lost ; that the Inman Line had lost no passenger out of a
million, and that only eleven seamen had died in three years ; and
that the Cunard Line had only lost nine seamen in three years.
It would be rash to predict what the ship of the future may be
like. Great engineers, such as the late Isambard Kingdom
Brunei, deem nothing impossible, but they will not stoop to con-
sider the inexorable laws of profitable working. Mr. Brunei built
the finest railway in the world, with a 7-foot gauge and 6o-ton
locomotives ; but the directors were afterwards compelled, by con-
siderations which he despised, to reduce the gauge to 4 feet
8i inches, at enormous expense. He once asked Mr. Lindsay if
the Great Eastern would pay. " Perhaps," replied Mr. Lindsay,
" as a show ship at Brighton she may, but in no other way," which
disgusted Brunei ; but, as we have seen, Mr. Lindsay was right.
2 86 THE HIS TOR Y OF NOR TH A TL ANTIC S TEAM NA VIGA TION.
At present the Atlantic "greyhounds," though making a round
voyage in 20 days, and carrying an average of 1400 passengers, do
not pay. Some of them burn over 5000 tons of coal per voyage,
so that the limit of profitable size and power has been reached.
The future success of such boats would seem to depend more on
economy in fuel than in any increase in size or power. When the
cost of electricity is materially reduced we shall probably see it
replace coal altogether. In the meantime the consumption of coal
is being gradually reduced. Messrs. John Brown & Co., of
Sheffield, have introduced a system of induced draught, by
which it is said that the number of boilers necessary to generate
steam enough for 30,000 I.H.P. may be reduced to little more
than one-half.1 Americans have introduced the system of triple
screws in two of their warships, and these will probably be adopted
in fast merchant ships.
What has already been done in the way of economy in freight
boats of moderate speed may be seen by the recorded feat of the
Tekoa, belonging to the New Zealand Shipping Company. She is
a boat of 4050 tons gross, and 450 H.P. with a dead weight
capacity of 6250 tons, and she recently ran from Teneriffe to
Auckland, New Zealand (12,059 knots), at an average rate of
10 knots an hour, with a daily consumption of only 21^ tons of
coal. Thus she carried a ton of goods a mile with an average
expenditure of half an ounce of coal.
Carrying capacity, too, has been vastly increased in two turret
boats of a novel design, built by Messrs. William Doxford & Sons,
of Sunderland.2 The Turret, of 1265 tons net register, carries
3200 tons of coal, and her measurement capacity is 157,500 cubic
feet, or nearly 4000 tons. The other, the Turret Age, of 1362 tons
net register, carries 3600 tons of coal, or 160 per cent, over her net
register tonnage ; the old-fashioned sailing ships carried about
40 per cent.
The work done ashore is almost equally marvellous ; thus we
learn that the steamship Gladiolus, with 2240 tons of cargo (wheat
and flour), commenced discharging in Liverpool early one Monday
morning, and finished at 2.45 P.M. the same day ; and Mr. Maginnis
says : " It is no uncommon thing to discharge 4000 tons of inward
cargo, and load 3000 tons of outward cargo, and also put on board
2000 tons of coal, in about two working days."3
1 'The Atlantic Ferry.'
2 See Appendix No. 5,
3 'The Atlantic Ferry.'
CONCL US ION. 287
Contrast this with the old style of things, when charterparties
stipulated that sailing ships should be discharged at the rate of
one keel of coals (21 tons), or one and a half keels (31!), tons) per
working day \
There is, however, just now a craze among passengers for speed,
which amounts to a mild form of insanity. There is no real
necessity for it, now that we have so many cables working ; and
except in a very few cases, a longer sea passage is desirable, both
on the score of health and enjoyment.
APPENDICES.
APPENDIX No. i.
CUNARD SS. COMPANY.
LAST SEASON A POOR ONE FOR ATLANTIC LINERS.
London, March 25. — The report of the Cunard Steamship Company for
894 shows a profit of ,£94,900. This sum does not equal the full annual
epreciation, to cover which j£88,ooo had to be transferred from the
surance fund to the profit account. The Company thinks the falling off
ue to the stagnation of business in the United States. The saloon
assenger traffic was as good as usual.
Liverpool, March 29. — At the annual meeting of the Cunard Steamship
ompany, held here to-day, Sir John Burns, the chairman, said that
Atlantic shipping during the year 1894 had had a most severe time. The
eficiency, as compared with 1893, upon passenger traffic to America by
1 lines, British and foreign, had been over ,£1,250,000. He maintained
lat the Cunard Company had held their own. The policy of building the
ucania and Campania had been singularly successful, the revenue from
aloon passengers having increased £ 84,000, though the second cabin and
eerage traffic had been seriously impaired.
The British companies, he said, were desperately handicapped by the
ounties paid to foreign steamships. While the Cunard and White Star
nes received a mere pittance for postal work, the American line would,
:ter October next, receive over ,£3000 per voyage for carrying the mails,
arrangements had been made with the Government by which delay would
e obviated at Queenstown on Sundays, when ships would depart early in
le morning instead of having to wait for the mails until afternoon. This
rould ensure their early arrival in New York. With the improvements
rhich were now in progress in the arrangements for landing passengers,
/iverpool, he said, would not be disparaged by rival ports. The report of
ic chairman was unanimously adopted.
U
THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
APPENDIX No. 2.
U. S. TRADE WITH BRITAIN.
MORE THAN HALF THE U. S. EXPORT AND A QUARTER OF THE
IMPORT TRADE WITH THE EMPIRE
Boston Herald.
The detailed report of the foreign trade of the United States for the fiscal;
year 1892 has just come to hand. It shows that the British Empire maintains!
its old superiority as our best customer. Indeed, in this respect there is no I
chance for rivalry. Measured as a buyer of American products, it isj
England first and the rest nowhere. We give below a table exhibiting our:
foreign trade with the United Kingdom and its outlying possessions, and}
with the rest of the world. By imports we mean imports of merchandise!
to the United States, and by exports we mean exports of merchandise fromj
the United States.
Imports. Exports.
England $130,967,694 $423,848,515
Scotland 16,635,956 42,694,480
Ireland 8,697,231 32.772,337
Total for United Kingdom $156,300,881 $499>3I5>332
Outlying British • Possessions 90 , 1 63 , 43 1 80 , 8 1 1 , 202
Total for British Empire $246,464,312 $580,126,534
Restofworld. . . . 580,938,150 450,151,614
Total for world . . $827,402,462 $1,030,278,148
Speaking broadly, it may be said that of every $100 worth on
merchandise imported into the United States, $2979 comes from thjj
British possessions, and $70*21 from other countries. And of every $ ioc<
worth of merchandise exported from this country, $56*30 goes to the BritisW
possessions and $43*70 to the rest of the world.
A PPENDICES. 29 1
APPENDIX No. 3.
OCEAN TRAVEL IN 1894.
Neiv York Evening Post.
The London periodical Engineering publishes some interesting statistics
of the traffic of our Atlantic steamship lines. In 1894 there arrived at
New York from Europe 879 passenger vessels, 96 fewer than in 1893. The
number of passengers shows a greater decline, only one-half the number of
emigrants in 1893 appearing on the steamship records for last year. In
this way the revenues of the companies per trip were reduced, while low
steerage rates prevailed also during the year. The totals compare as
below : —
Number of Cabin Number of Steerage
Passengers. Passengers.
1891 109,023 445,290
1892 120,991 388,486
1893 121,829 364,700
1894 92,56l 188,164
Interest centres in the changes in the cabin passengers. For the principal
lines these were : —
Cabin Passengers.
1892. jSgs. 1894.
Cunard 16,062 18,462 18,362
American 14,069 14,374 13,560
White Star 14,025 13,328 11,520
North German Lloyd 17,749 16,058 ! 2,049
North German Lloyd, Mediterranean
service 2,372 1,840
Hamburg .. 13,094 9,594
French 10,205 7»4°9
Red Star ... 7>OI3 4>5J3
The record-breakers of the Cunard Line were not in service in 1891
and 1892, hence the increase in this company's travel is to be ascribed to
the popularity of high speed with the public. When we consider the
decreases shown by some of the other lines, the American lines have cause
for congratulations. Very probably their removal to Southampton helped
them, and perhaps gave them some of the North German travel from that
port. It should also be remembered that the American steamships were
making fast trips in 1892, and hence it is not to be expected that the
company would show an increase over 1892 like the Cunard Line. The
falling off in transatlantic travel seems to have affected the White Star, the
North German Lloyd, the Hamburg, and the French lines about alike.
U 2
292 THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
While the total number of passengers — cabin and steerage — is not much
greater for the North German Line than for the White Star or American,
and a little less than for the Cunard, the number of trips was nearly double,
making the average per trip, of course, much less. Of cabin passengers
the Cunard carried 328 per trip on the average, the American 283, and the
White Star 221.
The statistics of emigrant passengers are not given with corresponding
fulness ; yet some facts may be stated. The only line which carried more
steerage passengers in 1894 than in 1893 was the American, which increased
this class of their traffic from 12,000 to 15,905. The Cunard carryings
decreased from 25,000 to 19,175 ; while the White Star lost heavily, from
13,327 to 11,520. The falling off in emigration bore hard upon the North
German Lloyd, for their steamers carried on an average 520 per trip in
1 893 and but 190 last year. Four years ago the Hamburg line brought
75,835 steerage passengers from Hamburg, the number steadily declining
to but 18,463 in 1894. Six smaller lines included in the first table carried
54,491 emigrants into New York harbour in 1893, and but 24,078 last
year.
These figures seem to show that transatlantic travel, when feeling the
effects of the business depression, follows the rule which we have seen]
illustrated in our land industries, namely, that the companies which have
an old-established business with good facilities and plenty of capital arej
able to stand the storm and retain their trade better than the others ; and
further, that enterprise is a prime factor in success.
APPENDIX No. 4.
ENGLAND'S COMMERCE.
THE OLD COUNTRY is STILL THE MISTRESS OF THE SEAS.
Boston Globe.
A good deal is said of the value to a country of the carrying trade of its!
merchant navy, and of the need of the United States to secure its share,]
but few Americans realize how urgently statistics plead for wise and prompt?
legislation in behalf of the United States.
For instance, fifty years ago, England controlled one-third of thei
carrying trade on the high seas, but now it controls more than one-halfJ
or, literally, possesses 56 per cent, of the carrying power of the world. Ittj
tonnage of vessels increased from 3,310,000 tons in 1840 to 10,230,000 in
1892, or 210 per cent. It has increased steadily, with a greater ratio of
i!
z, t«s
w t^
II
3 w>
^ s
APPENDICES. 295
gain than that of any other country the past ten years, or from 54-3 in
1882 to 56-6 in 1892.
Steamers have superseded sailing vessels meanwhile, with one steamer
having four times the carrying power of a sailing vessel of equal tonnage.
But on account of the superiority of her steamers and her commercial
enterprise, England has yet been the greatest gainer in steamer tonnage.
The average of vessels built in British yards for 1890-91-92 is said to be,
steam 927,000, and sail 218,000 tons each year.
As a matter of record, in 1892 the carrying power of steamers was
37,810,000 tons, and sailing vessels 11,030,000 tons, with a ratio of gain
to the former of 317 in 1860 to 77*4, and a ratio of loss to the latter of
68*3 tons to 22*6 tons.
The increase of trade, as naturally would be expected, is most in favour
of England. Taking the world's cargoes, according to port entries to be
in 1892, 220, 190,000 tons, England carried 115,320,000 tons, or 461 tons
per seaman.
These and other figures that might be quoted, show that England has
56 per cent, of the carrying power of the world ; that the trade between
Great Britain and her colonies is growing more rapidly than the commerce
of the world ; the English seamen carry more merchandise per man than
those of other nations, and four times as much as the British seaman of
1860, and that the annual loss of England by shipwreck is only half that of
other nations, as compared with tonnage afloat.
APPENDIX No. 5.
A PECULIAR STEAMSHIP.
THE CURIOUS CRAFT AT PRESENT COMING UP THE RIVER.
It is a New Type Altogether— She is a Big Freight Carrier, and can
also Earn Big Dividends for the Owners.
One of the most peculiar craft that has ever visited Montreal is now in
the river, coming to this port, and she will arrive here to-morrow morning.
The steamship is called the Turret, and is built to combine the greatest
carrying capacity with the lightest possible draught and the smallest expense
in running. The' Turret is coming from Sydney with a cargo of coal for
the Dominion Coal Company, and it is in the coal trade between Montreal
and the lower ports that she will run. The Turret deck type of vessel is
an entirely new type. The form and hull is portrayed in the accompanying
illustration. It shows the general outline to be much the same as usual, as
far as the water line. Just above that point the shell rounds cff upwards
terminating in an upright turret running from stem to stern of the vessel.
296 THE HISTORY OF NOR TH A TLANTIC STEAM NA VIGA TION.
The curved plating is thick and strong, and is the same as that of the hull
right up to the turret deck. The turret deck itself is about a third the
width of the vessel, and forms the working deck, upon which are fitted the
hatches, winches, bridge and other deck erections. The engines are aft,
leaving a clear hold from the engine-room bulkheads to the forepeak.
There is a short mast forward with a military top for outlook purposes.
The stem and forecastle deck are after the usual fashion. The turret deck
standing at a height of from II feet to 12 feet above the water line,
gives greater seaboard, and being narrow, greater stability than the
ordinary type, while it serves as a permanent feeder for grain cargoes.
The general contour of the hull, with the engines aft, affords the largest
possible carrying space, and a single continuous hold, free from obstruction,
with a large hatchway, permits of easy stowing and rapid handling of
cargo. The Turret was launched last November, and since that time has
weathered a severe storm on the Atlantic with perfect ease, has traded on
the American seaboard for several months, and her first balance shows
that she has earned sufficient to pay a return at the rate of 23 per cent, per
annum. The Tttrret carries 3200 tons dead weight on a net register of 1265
tons and a draught of 1 8 feet. Her measurement capacity was 15 7, 50x3 cubic
feet, which is equal to a cubical capacity of 125 feet per net register ton. She
is owned by Messrs. Peterson, Tate & Co., of Newcastle-on-Tyne, and
was built and launched from the yard of Messrs. W. Doxford & Sons,
Sunderland, and patentees of the turret deck. Another steamship of the
same type, called the Turret Age, has also been launched, and will shortly
make her trial trip. The Ttirret Age in general design and appearance
closely resembles her sister ship the Turret, but is built on finer lines, has
more powerful engines, and will probably steam at a higher rate of speed.
The Turrtt Age will carry 3650 tons dead weight, or a net of 1362 tons, so
that she carries nearly 20 per cent, more deadweight than the ordinary type
of the same net register tonnage. The Turret will discharge her cargo of
coal at Windmill Point. — Montreal Star.
The Turrets Pay.
London Transport says : "How much depends upon the type in the
matter of earning power is shown in the case of the Turret steamers, which
have been specially designed to carry a maximum amount of cargo on a
minimum net register tonnage. The Turret Steamship Company, Limited,
has just announced an interim dividend at the rate of lo per cent, for the
past half-year as the result of the working of their two steamers, the
Turret and Turret Age, and I shall be surprised if that figure at least is
not paid for the current half-year. These steamers are chiefly engaged in
the Canadian coal trade, for which they have proved peculiarly adaptable,
their large hatches and long holds enabling them to give exceedingly quick
despatch both in loading and discharging cargo."
APPENDICES. 297
APPENDIX No. 6.
PASSAGE RATES.1
Summer rates are quoted.
May, 1895.
CUNARD LINE.
From Pier 40 N. R. foot Clarkson St., New York, to Liverpool every
Saturday. From Liverpool every Saturday, calling at Queenstown both
ways. Rates, 1st cabin on Campania and Lucania $90, $100, $125,
$150; return, $150, $225, $275, to $315, servants, $75; return, $125.
2nd cabin, $40, $45, $50 ; return, $75, $85, $95. On Etruria and Umbria,
$75> $90 to $175 ; return, $125, $150 to $315. 2nd Cabin, $40, $45 ;
return $75, $85, under one year free outwards. Prepaid f>5. OnAurania,
Sevria and Gallia, $75 to $175 ; return, $125 to $315. 2nd cabin, $35 ;
return $70. Steerage, $15 ; servants, $50; return, $110. Other steamers
$50; return, $100 and upwards. Servants, $50; return, full fare.
Children under two years free. Summer season, May I to July 16. From
Liverpool, July 16 to October 15. Trunks under 13 inches.
WHITE STAR LINE.
From Pier N. R. foot West loth Street, New York to Liverpool,
calling at Queenstown, every Wednesday. Rates, 1st cabin, on Teutonic,
and Majestic, $90, $100, $125, $150 ; return 10 per cent, off double rates.
2nd cabin, $40 and $45 ; return, $80 to $90. Steerage, $15. 1st cabin
on Britannic, Germanic, Adriatic, $60 ; return, $no; under two years,
free. No 2nd cabin on. Britannic or Germanic; Steerage, $10. Summer
rates from New York, i8th April to 1st Augu>t. From Liverpool,
1st May to 1st November.
AMERICAN LINE.
From Pier 14, North River, New York, and Pier foot Grand Street,
Jers- y city, to Southampton every Wednesday. From Southampton every
Saturday. Rates, to or from Southampton, London, or Havre, ist cabin,
St. Louis, St. Paid, $85 and upwards; return $153 and upwards, on
New York or Paris, $85 ; return, $153 and upwards. Servants berthed in
ist cabin, $75 each way. 2nd cabin, $45 ; return, $90 on Berlin and
Chester, $70; return, $126 and upwards. 2nd cabin, $35 to $60 ; return,
$70 to $120. Trunks for state-rooms not to exceed 15 inches high, 2 feet
wide, 3 feet 6 inches in length. Steamer's chairs, 5oc. Steerage, $10
out, prepaid, $15. Return tickets good on Red Star Line. Swift
steamers run daily Southampton to Havre under six hours. Through
rates to Paris, ist class $5. 2nd class, $3*50. Passengers baggage
bonded through to Paris without examination in England. Express train
1 From Monthly Circular of D. Battersby, 184 St. James Street, Montreal.
. 298 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
leaves Havre at 8 A.M., due at Paris at 11.30 A.M. Summer rates, from
New York, May I to July 31. From Southampton, July 16 to
October 18.
ALLAN LINE.
From Montreal to Liverpool at daylight every Saturday, and Quebec
following morning. All steamers call at Rimouski and Londonderry
except ss. Laurentian and ss. Numidian, and these steamers sail from
Quebec on the Saturday afternoon. Rates, 1st cabin on Parisian, $50,
$60, $75, $90; return, $100, $no, $135, and ,$162. Other steamers,
$50 to $60 ; return, $100 to $110. Clergymen and their families, rebate of
10 per cent, on $60 rate. Children under two years, free. 2nd cabin to
Liverpool, Glasgow, Belfast, or Derry, $30, and return, $55. Children
under one year outward and prepaid, free. Steerage, from Montreal to
Liverpool, London, Queenstown, Derry, Belfast, or Glasgow, $15 ;
prepaid to Quebec, $15. Bedding and all necessary utensils provided free
by both services.
Passengers go on board between 8 and 10 o'clock Friday night.
The Laurentian carries 1st cabin passengers only on the eastbound
passage.
Bicycles $2.50, Dogs $5 to $15. Baggage conveyed from landing stage
to railway station at Liverpool free of charge for passengers going to
London.
ANCHOR LINE.
From Pier 54 N. R. foot of West 24th Street, New York, to Glasgow,
calling at Derry. From New York Saturdays. From Glasgow Thursdays.
1st cabin, f 45 ; return, $90. Children under two years, free. 2nd cabin,
to Liverpool, Glasgow, or Derry, $25 ; return, $50 (under one year, free).
Steerage, to or from Liverpool, Glasgow, Derry, Queenstown, $10.
Prepaid, $15. Infants free ; prepaid, $3. Utensils and bedding provided
free. By City of Rome, 1st cabin, $60 to $100. Return, $120 to $180.
2nd cabin, $25 and $30. Return, $50 and $60.
Mediterranean Service. — To Genoa or Naples, 1st cabin $60. Steerage $22.
DOMINION LINE.
From Montreal to Liverpool. SS. Labrador and ss. Vancouver at
daylight on the Saturdays of sailing. Quebec at 2 P.M. same days. On
ss. Oregon, Mariposa, and British Prince at daylight on the Fridays of
sailing and Quebec at 2 P.M. same days. Passengers go on board evening
previous to sailing. Rates, 1st cabin on Labrador $60, $75, $90; return,
$no, $135, $162; on ss. Vancouver, $50, $60, $75, $90; return, $100,
$110, $135, $162. On ss. Oregon, Mariposa, and British Prince, $50,
and $60 ; return, $90 and $no. Children under two years, free. Clergy-
men and their families a rebate of 10 per cent, except on lowest rate.
2nd cabin, $30 ; return, $55, to Liverpool, Glasgow, Belfast and Derry.
Children under one year, outward or prepaid, free. Steerage from
Montreal, $15, to Liverpool, Derry, Glasgow, Belfast, or London,
prepaid, $15. Bedding and utensils free. Infants, outward or prepaid,
free.
The ss. Mariposa and British Prince do not carry second cabin or
steerage passengers. Baggage conveyed from landing stage to railway
station at Liverpool free of charge for passengers going to London.
APPENDICES. 301
BEAVER LINE.
From Montreal to Liverpool every Saturday. 1st cabin, $40, $50 ;
return, $ 80, $85, $90, according to steamer. 2nd cabin, $30 ; return,
$55. Steerage, $15 to Liverpool, London, Glasgow, Londonderry,
Queenstown.
NORTH GERMAN LLOYD SS. Co.
From Pier foot 2nd Street, Hoboken, to Bremen, calling at Southampton,
every Tuesday and Saturday.
Express Service. — 1st cabin to Southampton, London, Havre, or
Bremen, $60 to $100; return, $134.80 to $196.30. To Paris, $5
additional. 2nd cabin, $50 and $60 ; return, $iooand$uo; steerage to
Bremen, $16 to $18, prepaid, $25 to $32.50; return, $38 to $47.50,
London or Southampton. Extra steamers to Bremen direct, 1st cabin, $50.
Infants, $2 each way. (i) Summer season, May I to July 15. From
Bremen or London, August I to October 15.
(l) New York to Southampton, seven days and less; Southampton to
London, special train in two hours ; Southampton to Bremen, twenty-four
hours ; Paris, vid Havre, twelve hours. Stop over privileges at
Southampton. Steamer for Havre leaves Southampton daily at II P.M.
Mediterranean Service. — Rates, 1st cabin, $80 upwards; return lo per
cent, off return ticket. Stop over privileges allowed. Tickets good to
return by Hamburg- American Packet Co. ; all steamers stop at Gibraltar.
No 2nd cabin from New York. Under one year, free. Steerage includes
wine and bedding. Italian ports, $20 and upwards.
Trunks should not be over twelve inches deep.
HAMBURG-AMERICAN SS. Co.
Rates, 1st cabin, $95 to $275; return, $180.50 to $522.50. 2nd
cabin, $60 ; return, $120. Steerage to Hamburg, $16 to $18; to
London, $20.
Express Service. — From New York (Hoboken, N.J.) to Southampton,
London, Havre, and Hamburg, every Thursday. Children between one
and twelve years, half price. Servants receive 2nd cabin accommodation,
but have access to 1st cabin.
Steamers go straight to dock at Southampton. No transfer by tender.
Tickets to Paris vid Southampton and Havre (boats daily). 1st class,
$5 ; 2nd class $3. Time to Paris, twelve hours. Special train to London
under two hours.
Regular Service. — From New York to Hamburg direct : five new twin
screw mail and other steamers every Saturday. 1st cabin, $50 and
upwards; return, $100. Intermediate, 'by the twin screw steamers, $27.
- THE HIS TOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
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3°4 THE HISTOR Y OF NOR TH A TL ANTIC STEAM NA VIGA TION.
APPENDICES. 305
Dumbarton,- 1880.
Hamburg, 1883.
Barrow-in-Furness, 1879.
Ex-British Empire. N. E. & B., 1886.
Stettin, 1882.
Stettin, 1889.
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Copenhagen, 1874.
Dumbarton, 1880.
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Dumbarton, 1884.
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6 THE HIS TOR Y OF NOR TH ATLANTIC S TEA M NA VIGA TION.
APPENDIX No. 8.
A MONTH'S OCEAN STEAMSHIP SAILINGS, NEW YORK
AND MONTREAL.
Regular Lines.
OCEAN STEAMERS.
Dates of Departure from New York.
Steamer.
Normannia .
Etruria .
Mississippi .
Colorado
State of Nebraska
Ethiopia .
Fulda . .
Prussia .
Amsterdam .
Champagne .
Trave
New York .
Adriatic .
Westernland
Ontario .
Campania
Mohawk .
Furnessia
Ems . .
Phoenicia
Maasdam
Bourgogne .
Kaiser William II.
Havel . . .
Paris ....
Teutonic .
Noordland .
Columbia
Umbria .
State of California
Mobile . . .
Persia
Obdam . . .
Normandie .
Saale
Sails.
April 25
„ 27
„ 27
,, 27
27
27
27
27
27
27
, 3°
May I
I
4
4
4
4
4
4
4
4
8
8
8
9
ii
ii
ii
ii
ii
ii
Destination.
Southampton
Liverpool
London
Hull
Glasgow
Glasgow
Bremen
Hamburg
Rotterdam
Havre
Bremen
Southampton
Liverpool
Antwerp
London
Liverpool
London
Glasgow
Bremen
Hamburg
Rotterdam
Havre
Genoa
Bremen
Southampton
Liverpool
Antwerp
Southampton
Liverpool
Glasgow
London
Hamburg
Rotterdam
Havre
Bremen
APPENDICES.
337
OCEAN STEAMERS — continued.
Dates of Departure from New York.
Steamer. Sails. Destination.
Britannic May 15
Liverpool
Berlin . 1 c
Southampton
Waesland
- ^
15
Antwerp
Augusta Victoria
16
Southampton
_ °
Lucania
18
Liverpool
Massachusetts ....
18
London
Circassia
18
Glasgow
Palatia
18
Hamburg
S paarndam
18
Rotterdam
Touraine
18
Havre
Lahn . ....
21
Bremen
New York
22
Southampton
Friesland ....
22
Antwerp
Majestic
22
Liverpool
City of Rome ....
25
Glasgow
Steamer.
Montreal and Liverpool.
Line.
Johnston
Allan
Laurentian
Allan
British Prince
Dominion .
Allan
Lake Superior
Mentmore
Vancouver
Mongolian
Lake Winnipeg .
Oregon
Barrowmore .
Pomeranian . .
Alcides . . .
Sarmatian
Tritonia . . .
Buenos Ayrean
Concordia
Norwegian
Amarynthia .
Beaver
Allan
Montreal and Glasgow.
Allan
. Donaldson .
Allan
Donaldson .
\llan
. . Donaldson . . .
. . Allan
Donaldson .
From Montreal
on or about
May 2
3
4
II
ii
ii
16
18
20
21
25
25
29
30
31
12
15
19
22
26
29
X 2
308 THE HIS TOR Y OF NOR TH ATLA NT 1C S TEAM NA VIGA TION
OCEAN STEAMERS— continued.
Montreal and London.
Austrian ..... Allan ..... May 4
*Hurona ..... Thomson ..... ,, 10
Merrimac ..... Can. Transport ... ,, n
Monte Videan . . Allan ...... „ 15
Assaye ..... Can. Transport ... ,, 18
*Gerona ..... Thomson ..... ,,24
Monrovia ..... Can. Transpoit ... ,,25
Brazilian ..... Allan ...... ,,29
* Proceeding from London to Newcastle with cargo.
Montreal and Bristol (Avonmonth Dock).
Dominion ..... Dominion ..... ,, 7
Memphis ..... Dominion ..... ., 14
Mexico ..... Dominion ..... ,, 21
Etolia ...... Dominion ..... ,,28
Montreal and Manchester.
Cynthiana .... Furness ..... , , 4
And fortnightly thereafter.
Montreal and Leith.
Fremona ..... Thomson ..... ,, 10
Montreal and Dundee.
Avlona ..... Thomson ..... ,, 10
Montreal and Aberdeen.
State of Georgia . . . N. of Scotland ... ,,5
Escalona ..... Thomson ..... , , "20
Montreal and Belfast.
Inishowen Head . . . Head ...... ,, 15
Montreal and Dublin.
Bengore Head . . . Head ...... ,, 10
Montreal and Hambttrg.
Christiania .... Ham. Am. P. Co. . ,, 8
Scotia Ham. Am. P. Co. 22
APPENDICES. 3°9
APPENDIX No. 9.
PRESENTATION "io CAPTAIN MURRELL.
(From the London Times, 3 1st May, 1889.)
The Egyptian Hall of the Mans on House was crowded on Friday on
the occasion of the presentation by the Lord Mayor of public testimonials
from England and America to Captain Murrell, the officers and crew of
the Missouri, for their heroic conduct in rescuing the passengers and crew,
735 in number, from the sinking emigrant ship Danmark. Three bands
from naval schools attended. The utmost enthusiasm prevailed throughout
the ceremony, and those in whose honour it was intended received a
complete ovation. Captain Murrell and his officers occupied seats to the
right of the Lord Mayor in front of the platform, and behind Captain
Murrell sat his parents. The Lord Mayor having briefly opened the pro-
ceedings, Mr. \V. Connolly (Hon. Sec. of the fund) made, on behalf of
the committee, a brief statement. The committee had decided that each
member of the crew should receive two months' pay ; that each officer and
the steward should receive a gold watch and two months' pay ; and that
Captain Murrell should receive a silver salver with an inscription thereon
and a cheque for the balance of the fund, which, it was hoped, would
reach ,£500 before the lists were closed. On the previous night Captain
Murrell had been entertained by the London Freemasons, and banquets,
etc., also await him at Colchester (his birthplace) and Cardiff; while en
his return to America he was to be summoned to Washington to be presented
to the President of the United States.
Sir Henry Peek having moved a resolution offering the cordial con-
gratulations of the citizens of London to Captain Murrell, his officers and
crew, for their heroic conduct,
The Lord Mayor presented the testimonials, the inscription on the
silver salyer handed to Captain Murrell being as follows :—
" Presented with a purse of gold at the Mansion House, on the 24th May
1889, by the Right Hon. the Lord Mayor, on behalf of the citizens of
London, to Captain Hamilton Murrell of the screw steamer Missouri in
recognition of the British pluck and good seamanship displayed by him on
the 6th April 1889, when in mid- Atlantic and in heavy weather, he was
the means of saving, without casualty of any kind, the passengers and crew,
735 in all, of the sinking Danish emigrant screw steamer Danmark."
Captain Murrell having acknowledged the gifts,
Mr. M. H. Brooking, on behalf of Lloyd's, then presented a silver medal
to Captain Murrell.
Mr. A. S. Williams then read a letter from Mr. William Brockie,
chairman of the committee of the Philadelphia testimonial fund, stating
3 1 0 THE HIS TOR Y OF NOR TH A TL ANTIC S TEA M NA VIGA TION.
that $3100 had been subscribed in that city. $600 had been reserved fc
gold medals for the officers and silver medals for the crew, and the balanc
was transmitted to be distributed pro rata to Captain Murrell, his officer
and crew. An address was then presented from the Shipmasters Society
and a letter from the Board of Trade. A sealed letter from Prino
Bismarck addressed to Captain Murrell was then opened by the latter.
APPENDIX No. 10.
U.S.M.S. "NEW YORK,"
April 26tA, 1895.
DINER D'ADIEU.
6.30. Oysters on Shell.
SOUPS.
6.40. Clear Turtle. Consomme Comtesse.
Radishes. Conapes of Anchovies. Olives.
6.50 Salmon, Sauce Hollandaise.
Boiled Potatoes. Cucumber.
7.0 Tenderloin of Beef a la Bordelaise.
Artichoke Chips.
7. 10 Sweetbreads en Caisses.
7.20 Saddle of Mutton, Sauce Chevreuil.
Roast Potatoes. Sea Kale a la Creme.
7.30 Roast Forced Capon.
Saratoga Chips. Spinach.
Salade de Laitue et Tomates.
7.40 Marlborough Pudding.
Petits Fours. Genoese Pastry.
Fruit Jellies.
Ice Cream.
Pont 1'Eveque Cheese.
Bananas. Oranges. Dates. Filberts. Grapes.
Apples. Raisins. Jordan Almonds.
Cafe Noir.
APPENDICES. 311
Steerage Bill of Fare, 2\st April, 1895.
8 A.M. Coffee, sugar, milk, hot rolls, butter, Irish stew.
10.30 A.M. Beef tea.
N, I P.M. Fresh soup, fresh meat, haricot sauce, boiled potatoes, plum
pydding.
\5 r.M. Tea, milk, sugar, fresh bread and butter, marmalade, oatmeal
griel.
•J
APPENDIX No. u.
"LUCANIA'S" GREAT RUN.
Beats her own Record for D lily Speed and over the long Southerly Course.
QUEENSTOWN, May 24. — Lucania, the Cunard Line steamship, Captain
McKay, from New York on May 18, has arrived here and has beaten her
speed record. From the time she left Sandy Hook, about twenty minutes
ahead of the cruiser New York, the officers of the Cunarder did not see
the warship, which, according to a report which has been denied, was to
race her either across the Atlantic or as far as the banks of Newfoundland.
The Lucania made the trip in 5 days II hours and 41 minutes, being
3 hours and 3 minutes behind her own eastward record of 5 days 8 hours
and 38 minutes, made in September, 1894. But on the trip just com-
pleted the Lucania made an average daily speed of 22 'oi knots an hour.
Her best previous daily speed record was 21-89 knots, made in June, 1894.
The Lucania, according to her log, passed Sandy Hook lightship at
2.24 P.M. on Saturday, May 18, and arrived off Daunt's Rock at 6.40 A.M.
to-day. Her daily runs were 431, 505, 524, 522, 517, and 398. In
latitude 48° 35' north, and longitude 29° 45' west, she passed a derelict
whose timbers were showing six feet above water. On May 20 (Monday)
the steamer met with much ice.
While the present trip of the Lucania is three hours and three minutes
behind her best eastward record, she has lowered her own eastern record
over the long southerly course. When the Lucania made her record of
5 days 8 hours and 38 minutes she covered only 2810 knots, while on the
voyage just completed she steamed 2897 knots. Had the Lucania gone
over the short course and made a speed of 22 'oi knots an hour, her time
would have been 5 days 7 hours and 40 minutes, or fifty-eight minutes
better than her present record.
3 1 2 THE HISTOR Y OF NOR TH A TLANTIC STEAM NA VIGA TION.
APPENDIX No. 12.
IMPROVED TRAIN SERVICE AT LIVERPOOL.
Transatlantic passengers now find a long-felt want supplied in Liverpool,
as they are able to proceed by rail direct from the landing stage by the
London and North-Western Railway to London and other places, thus
avoiding the trouble of transit across Liverpool in 'buses and cabs. A
commodious new station will shortly be opened at the Liverpool landing
stage, and passengers will pass at once into the London and North-
Western trains, which will be in waiting for their accommodation, ready
to start right for London. These trains will be composed of the dining
cars, corridor cars, and saloon carriages. The corridor cars are divided
into sections, and the other saloons will be found to be most convenient
for private parties. These special cars and compartments may be engaged,
and seats may be reserved in the corridor and dining cars, on application
to the railway company's officials, who meet all steamers at Queenstown,
and at the landing stage, Liverpool. Similarly, the London and North-
Western special trains, which are run from London to connect with
steamers sailing from Liverpool, will travel direct to the new station at
the landing stage there, and passengers will simply have to walk across
the stage on to the tender. Later on, when the lengthening of the landing
stage is completed, the ocean steamers will come right alongside the stage,
and thus even the inconvenience of conveyance to and from the steamer by
tender will be avoided.
APPENDIX No. 13.
POOR STEAMSHIP BUSINESS.
("Holland " in Philadelphia Press.)
Those who have recently returned from Europe are telling with a good
deal of interest of the very great and expensive improvements which the
abandonment of Liverpool as its European terminal by the American Line
compels. When the American Line made Southampton its port, Liverpool
was mightily alarmed, and its commercial interests saw that unless great
sums of money were expended in improving the landing facilities at
Liverpool, that city would be likely to lose other transatlantic lines. The
work has been done at enormous cost, and it is claimed that it is so done
APPENDICES. 313
as to make it possible for passengers and mails to reach London by the
Liverpool route more quickly than can be done by the Southampton one.
When these new facilities were thrown open with formal ceremonies on
Wednesday, week before last, Mr. Ismay made an astonishing speech. He
said that he had learned that in the year 1894, on a capital of over
$24,000,000, representing seven companies in the transatlantic trade, all
of them with their American port at New York, not one penny dividend
was paid, and that of these seven companies, four had not paid a dividend
in the last three years, while the amount earned was insufficient to meet
the shrinkage of capital resulting from a depreciation of the steamship.
While it was known here that the earnings of the transatlantic steamships
were so inconsiderable, competition being so great and business so divided
as to make it unlikely that any new steamship lines would be established,
still the impression was that the condition was not so bad as it was repre-
sented by Mr. Ismay in his speech to be. While he did not say it in so
many words, yet he intimates that the improvement in the dock facilities,
and the shortening in the time from Liverpool to London, would be likely
to result in economies which might make it possible, with improved
business, for the steamship companies to do better than they have since
the Baring failure.
INDEX.
Aaron Manly, the first iron steam-
ship, 44
Abyssinia, 78
Acadia, 47, 62
Accommodation, the first Canadian
steamboat, 31
Adriatic, 74, 165, 181, 191
Africa, 70
Aird, Captain A. D., 159
Alabama, 241, 277, 283
Alaska, 50, 51, 65, 82, 196, 197
Albion, 138
Alcides, 259, 260
Aldershot, ss., 127
Aleppo, 77
Algeria, 78, 85
Allan, Captain Alexander, 138, 159
, Bruce, 158
, Sir Hugh, 139-159
, James, 158
Allan Line, 113; account of the
ships of, 138-160 ; passage ratts,
298
Alter, 229, 234
Almagro, navigator, 4, 14
Alps, 77
Alsace, 245
Alsatia, 189
Amarynthia, 259, 260
Amazon, 70
America, early discoverers of, 3-15 ;
Sebastian Cabot the first dis-
coverer of, 7-15 ; Civil War in,
24; shipbuilding in, 277-283
America, 66, 85, 105, 193, 194,
226
American colonies, the "Declara-
tion of Independence," 23
American Steamship Co., 253, 264,
291-2, 312 ; passage rates, 297
Amerika, 266, 267
Anchor Line, 113, 187-189; pas-
sage rates, 298
Anchoria, 187, 189
Anderson, Captain, 105
Andes, 77
Anglia, 188
Anglo-Saxon, 143, 145
Arabia, 70
Arabic, 165
Arago, 66
Archimedes, the sciew boat, 43, 46
Arctic, 69, 70, 73
Arizona, 82, 196, 197
Asia, 67, 70
Assyria, 189
Assyrian, 154, 157, 160
Atlantic, 69, 70, 165, 166
Atlantic steam navigation, epochs
in, 32-53
Atlantic steamships, speed of, 284 ;
traffic in, 1894, 291-2; sailings in
one month, 306-308
Atlantic Transport Line, 268
Atlas, 77
Augusta Victoria, 211, 212, 2I5»
219
Aurania, 50, 51, 82, 102
Australasian, 78
Australia, 189
Austrian, 149, 160
Avlona, 261, 262
INDEX.
Baltic, 69, 165
Baltimore, 267
Bancroft, Mr.. 282
Barcelona, 26 r, 262
Batavia, 77, 85
Battersby's Register of the Ocean
Ferry, 302-5
Bayard, Hon. T. F., 283
Beaver Line, 204-206 ; passage
rates, 301
Belgenland, 251, 252
Belgian, 146
Belgic, 165, 181
Belgravia, 189
Bell, Henry, and the Comet, 28, 29
Belle Isle, Straits of, 145
Bibby, Sons & Co., 265
"Blackball" Line, 195
Blake, Admiral, and the Dutch, 18
Bliss, Mr., 61
Bohemia, 101
Bohemian, 143, 145
Bolivia, 187, 189
Borussia, 208
Bostonian, 266
Bothnia, 47, 79, 81
Bovic, 169, 181
Bramah, Joseph, patent of, 27
Brazilian, 154, 160
Breda, treaty of, 21
Bremen, 226
Bristol, birthplace of Cabot, 7, 8,
12, 15
Britannia, 59, 62, 65, 121, 138,
189
Britannic, 8 1, 165, 167, 169, 181
British Government ; contracts with
the Cunard Company, 66, 73 j
and American mails, 179, 1 80
British Princess, 253, 264
British Queen, 42
British Seamen, 273-276
British ships, number of, in 1701-2
..22
British ships, steam tonnage of, 278
Brooklyn, 201
Brooks, Captain, 137
Brown, Captain R., 159
Brunei, Mr. 1. K., and the Great
Eastern, 182-186, 285 ; designs
the Great Britain, 42, 43
Buenos Ayrean, steel ship, 49, 153,
160, 278
Buffalo, 265
Bureau Ventas, 270
Burns, George, 56, 57, 62 ; made
baronet, 78
Burns, Sir John, 82, 106
Bute, Marquis of, 265
CABOT, JOHN, navigator, 8-15, 22
Cabot, Sebastian, discoverer of
America, 7-15
Caldwell, engineer, 105
Caledonia, 62, 138
California, 189
Cambria, 138, 188, 189
Cambrian, 65
Cameron, Captain, 180
Campania, 86, 89-105, 107, 108,
177, 289
Campbell, Lord, on Cabot, 15
Canada, the steamboat in, 31
Canada Shipping Company, 204-6
Canada, 66, 138, 192
Canadian, 140, 143, 144, 146, 149,
160
Canadian Government and the
mails, 156, 157
Canadian Pacific Line, 254-258
Carmona, 261, 262
Car of Commerce, 3 1
Carter, Mr., 263
Carthaginian, 153, 1 60
Cartier, Jacques, navigator, 4, 1 1
Caspian, 146, 1 60
Catalonia, 86
Cavendish, Thomas, 21
Celtic, 165, 169, 1 80, 267
Cephalonia, 86
Cevic, freightboat, 49, 169. 181
Chamberlain, Mr. Eugene T., 278,
279
" Chambers's Journal," article in,
on the Royal William, 35-37
Charity, 140
Charlotte Dundas, the first steam-
boat, 27-29
Chesapeake and Ohio Steamship
Company, 269
Chicago, 195, 196
China, 77
Cimbria, 216
Circassia, 187, 189
Circassian, 50, 150, 160
Circe, 260
INDEX.
317
City Line, 266
City of A ntwerp, 113
City of Baltimore, 113
City of Berlin, 116, 137
City of Boston, 113, 114
City of Bristol, 113
City of Brooklyn, 113
City of Brussels, 50, 113, 114
City of Chester, 115, 137
City of Chicago, 50, 1 1 6, 127, 201
City of Glasgow, 112, 114, 139,
208
City of Limerick, 113
CY/y of Lincoln, 195
City of London, 113, 114
City of Manchester, 112
City of Montreal, 114
CV/y of New York, the first ship to
adopt twin screws, 50, 51
<7#y <?/ Afae; K?r>&, 86, 98, 113,
114, 119, 128, 131-7, 177, 1 80,
257
City of Paris, 50, 54, 86, 98, 113,
114, 117, 119-128, 131-7, 177, ,
1 80
City of Philadelphia, 113, 114
City of Richmond, 52, 115
City of Rome, 116, 187-189
City of Washington, 113
Cleopatra, 140
Clermont, the early steamboat, 28,
29
Colina, 259
Collins, Mr. E. K., 66
" Collins" Line, 66-74, 264
Collisions at sea, 52
Colorado, 195, 196, 265
Columbia, 53, 62, 65, 189, 209-
215, 219
Columbian, 266
Columbus, 14 ; and America, 3, 4,
7, 10 ; visits Iceland, n
Comet, first passenger steamboat,
28, 29, 32
Compagnie Nationale de Naviga-
tion de Marseille, 268, 269
Compound engine, the, 46-49, 81
Concordia, 259, 260
Connaught, 190, 19 1
Cook, Captain James, 7
, Captain, '105
Coptic, 166,181
Corean, 153, 157, 160
Corinthian, 146
Cortez and Mexico, 4, 14
Cramp, Mr. Charles H., 281-283
— , Wm., 131, 279-281 ; ship-
building company, 279-283
Crane, Mr., 61
Crathie, 240
Crimean War, Cunard boats em-
ployed as transports, 73 ; Allan
boats, 140
Cromwell, Oliver, and Navigation
Laws, 1 8, 22 ; repeal of, 24
Cuba, 78
Cufic, 1 66, 181
Cunard, Sir Edward, 78, 82
, Samuel, 55-106 ; made a
baronet, 78
, Mr. William, 106
boats, the first, 47
— ' Steamship Company, the,
55-111, 178,212,289; Report of
the, 105-1 1 1 ; list of ships, 107 ;
passage rates, 297
Cynthia, 149, 259, 260
Cyprien Fabre Line, 269
Dakota, 196
Dale, Mr., New York Agent of the
Inman Line, 116
Dampier, navigator, 7
Dangers to which the ordinary screw
steamship is exposed, 50
Danmark, 267, 309
Davenport, Dr. Charles, 22
Dav entry, 48
Denmark, 192, 194
Deodar, 261
De Ruyter, defeat of, 2 1
Derwentholme, 260
Deutschland, 237
Devonia, 187, 189
Dickenson, inventor of iron boats, 44
Dingo, 278
Dominion, 198
Dominion Line, 154, 157, 198-203 ;
passage rates, 298
Donaldson Line, 259, 260
Bros., 154
Dow, William, 140
Dracona, 261
Drake, Sir Francis, 4, 7, 22
Dutch, England and the, 17-21
INDEX.
Dutch East India Company, the,
17, 22
Button, Captain J. E., 159
EAGLE LINE, the, 211
Earl of Bale arras, East India Com-
pany's ship, 19
East India Company, 21
Egypt, 192, 193
Eider, 229, 237
Elbe, 229, 234, 240 ; run down by
the C rat hie, 52
Elbttrkah, iron stsamship, 44
Elysia, 189
Empresa Insulano, 269
Empress of China, 254
Empress of India, 254-258 •
Empress of Japan, 47, 254, 257
Ems, 229, 234, 240
Enchantress, 48
Engine, the compound, 46-49
Engineering ; and loss of life at sea,
285 ; on traffic of Atlantic Steam-
ship Lines, 291, 292
England, 192-194
— and the Dutch, 17-21 ;
and France, 22 ; maritime ex-
peditions of, last century, 23
, United States trade with,
290 ; commerce of, 292, 295
Epochs in Atlantic steam naviga-
tion, 32-53
Equador, 1 1 6
Ericsson, John, and the screw pro-
peller, 45, 46 ; and twin screws,
50 ; designs engine for Massa-
chusetts, 65
Erie, 264
Erin, 192, 193
Ei Iking, 263
Ethiopia, 187-189
Ethiopian, 203
Etruria, single screw ship, 50
— , 82, 85, 86, 91, 102,
180
Escalona, 260-262
Europa, 66, 85
Europe, 63, 193, 194, 245
European, 146
European and Australian Royal
Mail Co., 78
Exchange Shipping Co., 267
FARON, Mr., 69
Far ral ones, 65
Fires at sea, 52
Fitch, John, experiments on steam-
boats, 27, 28
Flinn, Main & Montgomery,
Messrs., 198, 203
Florence, commerce of, I, 2
France, 192, 194
France, seamen in, 275
Francis B. Ogden, 45, 46
Francisco, 265
Franklin, 66
Fremona, 261, 262
French Line, 291
Friesland, 47, 251, 252
Frisia, 21 1
Frobisher, 22, 23
Fulda, 85, 229, 234, 240
Fulton, Robert, and the Clermont,
28, 29
Fulton, 66
Furness Line, 267, 268
Furnessia, 187, 189
Filrst Bismarck, 2 1 2-2 1 9
Gcdic, 165, 181
Galha, 81, 83
Galway Line, 113, 191, 192
Gama, Vasco de, navigator, 3, 14 ;
his ship the San Gabriel, 5
Garry Owen, 44
Genoese, trade of the, I
Genova, 140
Georgian, 49, 266
Gera, 234, 240
Germanic, 81, 165, 169, 170,
181
Germany, 146
Gerona, 261, 262
Gladiolus, 286
Glamorgan, 265
Gleadell, Captain, 180
Gothic, 1 66, 181
Gondie, Mr. James, and the Royal
William, 34
Grace, Captain, 105
Graham, Captain J., 159
Graves, Mr. W. S., 181
Gray, Thomas, 285
Great Britain, designed by Brunei,
33, 42-44, 46, 112, 263, 279
INDEX.
319
Great Eastern, 50, 51, 93, 105,
182-186 ; Mr. Brunei and the,
285
Great Republic, 299
Great Western, steamboat, 38-42
Great Western Steamship Co., 42,
43. 55, 61, 62, 264, 266
Grecian, 153, 160
Greece, 192-194
Greenland, discovery of, II
Grimm, 215
Griscom. Mr. C. A., 115, 128
Guion, Mr. Stephen B., 197
Guion Line, 195-197, 212
HAKLUYT, RICHARD, on early dis-
coveries, 9
Haliburton, Judge, 58
Ham burg- American Packet Co.,
113, 178, 207-225, 237, 276,
291-2 ; passage rates, 301
Hammonia, 208
Hamilton, 202
Hanoverian, 153, 155
Hans a, 226
Hansa Line, 215
Harland, Sir E. J., 82, 161, 162,
165, 166, 170
Harland & Wolff, Messrs., 201
Harrison, Captain, 105
Hart, Mr. Gerald E., on the dis-
coverer of America 9
Harvey, Rev. Mr., on Cabot's first
voyage, 9, 10
Havel, 227-234
Hawkins, Sir John, 4
Hecla, 77
Helvetia, 192, 193
Henry. Prince, the " Navigator, '' 3
Herder, 216
Hermann, 65
Hesperia, 189
Hestia, 260
Hibernia, 65, 188, 190
Hibernian, 144, 160
Hill, Chas., & Sons, 266
Hill Line, 267
Holland, 192
Holland, a great maritime power,
17-21
Holt, Alfred, and the compound
engine, 46
Howe, Hon. Joseph, 58, 61
Howley, Rev. Dr., and the dis-
coverer of America, 10
Huduart, Mr. James, 157
Hudson, 226
Hugh Lindsay, 56
Hulls, Jonathan, patent of, 26
Humboldt, 66
Hungarian, 143, 144
Hrirona, 262
ICELAND, Columbus visits, 1 1
Idaho, 50, 195, 202
Illinois, 131, 137, 253, 264
India, 189
India, the East India Company,
and, 21
Indian, 140, 143, 144
Indiana, 131, 137, 253, 264
Indrani, 260
Inman, William, 112
Inman and Interna ional Company,
86, 112-137, 178, 212, 253
International Navigation Co. ; see
Inman Line
lona, 262
Ionic, 1 66, 181
Iris, H.M.S., first s eel ship, 49
Iron ships, some early, 44
Irving, Captain, 180
Ismay, Mr. Thomas H., 180, 275,
313
Ismay, Imrie & Co. (White Star
Line), 161-181
Italia, 189
Italy, 192
Java, 78
Jennings, Captain, 180
Jennings, Captain of the Circe, 260
John Bull, 263
Johnston, W. & Co., 267
Jones, Captain, 197
Judkins, Captain, 105, 126
Kaiser Wilhdm II., 229, 234,
240
Kangaroo, 113
Kansas City, 266
Kennedy, Captain, 137, 180
320
INDEX.
Kensington, 136, 137, 253
Kohl, German geographer, on
Cabot, 12
Labrador, 154, 202
La Bourgogne, 244
La Bretagne, 244
La Champagne, 244
La Compagnie Generale Trans-
atlantique, ships of, 242-247 ;
balance sheet, 248, 249
La Gascogne, 244, 246
Lahn, 229, 234
La Hogue, battle of, 22
Lake, steamers of the Beaver Line,
204-6
L ' Amerique, 245
La Navarre, 245
Lancastrian, 266
Land, Captain, 137
Lang, Captain, 105
La Normandie, 244
Lanzon, 31
La Plata, 70
La Touraine, 245, 246
Laurentian, 149, 1 60
La Ville de Havre, 245
Leitch, Captain, 105, 137
Leyland Line, 265, 266
Lina de Vapores Portuguezas, 269
Lindall, Captain, 2OI
Lindsay, Mr. W. S., on Cabot, 15,
and the Royal William, 34, and
the Great Eastern, 285
Liverpool, improved train service
to, 312, 313
Liverpool & Great Western ss. Co.,
see Guion Line
Lloyd's Registry, 270
Loch Earn, 245
"Lombards," commerce of the, I
Lord Gough, 253, 264
Lord Line. 268
Lord Londonderry, 268
Lorraine, 245
Lott, Captain, 105
Louisiana, 192
Lucania, 53, 86, 89-105, 107, 108,
177, 289 ; record runs of, 311
Luce, captain of the Arctic, 73, 74
Lncerne 153, 160
Mclver, Charles, 57, 81, 82, 106
, David, 56, 57, 62
McKay, Donald, 283
McLean, Captain N., 159
McMicken, Captain, 105
Magellan the navigator, 4
Maginnis, Mr., 286
Main, 226
Majestic, 86, 98, 102, 128, 136,
170, i73-lSl
Malta, 77
Manhanset Line, 268
Manhattan, 195, 265
Manitoban, 146, 160
Marathon, 77
Margery, the first steamboat on the
Thames, 29
Marine steam engine, history of,
25-30
Maritime expeditions of England,
last century, 23
Martello, 265
Massachusetts, 65
Measurement of ships, system in
Great Britain, 38
Medici, Cosmo de, 2
, Lorenzo de, 2
Medway, 263
Meier, Mr. H. H., 226
Melvill, Mr., 56
Memphis, 198
Mercantile Marine Act, 1854. .274
Merchant Adventurers' Company,
13
Merrifield, Mr., 48
Miller Patrick, invention of, 27
Minneapolis, 53
Minnesota, 195", 265
Miowera, 258
Mirehouse, Captain, 137
Mississippi & Dominion SS. Co.,
198
Mississippi, 198
Missouri, 267, 309
Molson, John, and the Accomm da-
tion, 31
Monarch Line, 267
Mongolian, 47, 154, 160
Montana, 196
Monte Videan, 154, 157, 160, 202
Montreal, 198, 202
Moodie, Captain, 105
Moravian, 141, 144, 146
Moselle, 226
Murray, Captain George S., 197
INDEX.
321
Murrell, Captain, presentation to,
309, 310
NAPIER, DAVID, and the steam
engine, 30
Napier, Robert, 56, 57, 62
Naronic, 169
Nasmyth, James, invents his cele-
brated steam-hammer, 43
National Steam Navigation Co.,
192-194
Navigation Laws, Cromwell's, 18,
22 ; repeal of, 24, 282
Navigators, some early, 1—15
Navigazione Generale Italiana
Line, 269
Nebraska, 195
Nederland, 251, 252
Neptune Line, 269
Nestorian, 149, 160
Netherland Line, 250
Nevada, 197, 202
Newcomen, Thomas, improves
Savery's engine, 26, 27
New England, the Pilgrim Fathers
in, 22
Newfoundland, discovery of, II
Newfoundland^ 149, 160
New York, 113-137; dinner menu
of, 310, 311 ; see also City of
Ntnv York
New York packet ships, the early,
23, 24
Niagara, 66
Nicholls, Mr., on Cabot, 14
Nomadic, 1 66, 181
Noordland, 251, 252
Normannia, 212, 219
Norse King, 263
North American, 143, 146
North American Transport Line,
250
North Briton, 143, 145
North German Lloyd Co., 113,
178, 212, 226-241, 276, 291-2;
ships of, 234 ; report for the year
1893.. 235-237 ; balance sheet,
238, 239 ; passage rates, 301
Nonvegian, 144* I45> *53» J57» 160
Nouvelle Campagnie Bordelaise,
268
Nova Scotian, 143, 144, 155
Nnmidian, 154, 160
Oceanic, 162-165, 181
Ocean King, 263
Ohio, 131, 137, 251, 253, 264
Olympia, 189
Olympus, 77
Ontario, 198, 264
Oregon, 50, 52, 85, 197, 201, 203,
240
Oriental, 42
Ottawa, 140, 198, 201
Pacific, 69, 74
Palatia, 215, 219
Palmyra, 77
Papin, first suggestor of the vacuum,
26
Parana, 190
Paris, 51, 53, 113-137, 284; see
also City of Paris
Parisian, 150-153, 159, 160
Parsell, Captain, 180
Parthia, 77, 85
Passage rates, May 1895. .297, 208,
301
Passenger traffic on the Atlantic,
178, 179
Patria, 215, 219
Pavonia, 86
Pearce, William, 82, 85, 196
Pembroke, 265
Pennland, 85, 251, 252
Pennsylvania, 131, 137, 192, 253,
264
Perry, Captain, 180
Persia, 70-74, 126, 155, 178, 215,
219, 284
Peruvian, 50, 51, 144, 160
Petroleum vessels, 269
Petty, Sir Henry, 22
Philadelphian, 266
Phoenician, 144, 160, 215, 219
Pickard, James, patent of, 27
Pilgrim Fathers in New England, 22
Pisa, ancient city of, I
Pizarro, founder of Lima, 4, 14
PHmsoll, Mr., 274
Polynesian, 149, 259, 260
Pomerania, 216
Pomeranian, 153, 160
Portuguese, early discoveries of the,
16, 17
President, 42
Price, Mr. James, 197
Y
INDEX.
Prince Albert, 190
Prussia, 215, 219
Prussian, 149, 160
Quebec, 31, 201
Queen, 192, 194
Queenstown, Cunard boats slop at,
77, 102
Rae, Mr. William, 143
Rainbow, iron steamship, 44
Raleigh, Sir Walter, 4, 7
Ramsay, David, invention of, 26
Randolph and the compound
engine, 46
Rattler, 46
Red Star Line, 137, 251, 252, 291
Republic, 165
Rhynland, 251, 252
Richards, Mills & Co., 203
Richardson, Captain William, 159
Ritchie, Captain Joshua, 159
Rob Roy, the first sea-going steam-
boat, 30
Rogers, Captain of the Savannah, 34
Roland, 230, 234
Rosarian, 154, 160
Ross, William & Co., 263
Rossmore, 49, 267
Roumania, 1 88
Royal Alfred Aged Seamen's Insti-
tution, 275
- Atlantic Steam Navigation
Company, 190, 191
Royal William, first Atlantic
steamer, 30, 31, 33-37, 55 ; a
second. 42
Rufic, 1 66, 181
Russell, Mr. Scott, and the Great
Eastern, 182-186
— , Admiral, battle of La
Hogue, 22
Russia, 78
Saale, 229, 234
St. Andrew, 144
St. David, 144
St. George, 144, 155
St. Lawrence, 263
St. Lawrence River, 145 ; explored
by Cartier, 1 1 ; terrible collision
on the, 259
St. Louis, 129-137, 198, 279-283
St. Patrick, 144
St. Paul, 131, 137, 279, 281-283
Samaria, 77
San Gabriel, Vasco de Gama's
ship, 5
Sarah Sands, 140
Sardinian, 50, 51, 203
Sarmatian, 149
Sarnia, 50, 201, 202
Savannah, 33-35
Savery, Thomas, 26
Scandinavian, 147, 149, 157
Schiller, 216
Scotia, 75-77, 178, 189
Scotland, 192, 193
Screw propeller, early days of the,
45. 46
Screwship Propeller Company, 46
Scythia, 51, 8 1
Seamen, British, 273-276 ; in
France, 275
Seamen's and Firemen's Union,
274
Hospital Fund, 275
Orphan Asylum, Liver-
pool, 274, 275
Sewia, 50, 82, 87, 101, 102
Shannon, Captain, 105
Shipbuilding in America, 277~2&3
Shipping Federation, 274, 275
Ships of the Cunard Company, 107
of the world, tonnage of,
270-272
Siberia, 77
Siberian, 153, 160
Sinope, Russian warship, 47
Sirius, 41, 42, 58
Smith, Thomas P., and the screw
propeller, 46
, Captain W. H, 159
Societe Anonyme Belge-Ameri-
caine ; see Red Star Line
Southampton, Inman liners at, 128,
136
South Wales Atlantic ss. Company,
265
Southwark, 136, 137, 253
Spain, Cabot in service of, 12, 13 ;
possessions of, in the filteenth
and sixteenth centuries, 16, 17
Spain, 192, 194
Speed calculations, 54
Spree, 206, 229, 234, 240
INDEX.
State Line, the 155, 160, 265
Steamboat, the first, 27-29
in Canada, the, 31
Steam engine, the marine, history j
of, 25-30
• navigation epochs in At-
lantic, 32-53
Steamship sailings, Atlantic, in one [
month, 306-308
Steel ships, 49, 50
Stevens, John C., steamboat ex- j
periments of, 28
Stone, Captain, 105
Stormking, 263
Strathtay, 261
Stuttgart, 234, 240
Sutherland, Sir Thomas, on loss of !
life at sea, 285
Siviftsure, 31
Switzerland, 251, 252
Symington, William, and the steam !
engine, 27-29
Systems of measurement of ships in
Great Britain, 38
Tarifa, 77, 85
Tasman, Abel, 7
Tauric, 166, 181
Tekoa, 286
Temperley-Ross Line, 263
Tempest, 187
Teutonic, 50, 53, 54, 86, 170, 171,
177-181
Texas, 198, 203
Thermopylae, 293
Thingvalla Line, 266, 267
Thomson Line, 261, 262
, Messrs. J. & G., 82, 86
Thome, Thomas, of Bristol, 4
— , Robert, of Bristol, 13, 21
Three Brothers, 74
Titania, 259
Tod, Mr. David, 112
Tomlinson, Mr., of the Umbria, 101
Tonnage of the world's ships, 270-
272
Toronto, 198
Trave, 229, 234
Trevethick, Richard, 44, 45
Trimoimtain, 245
Triple cylindrical engine, 120
Tritonia, 260
Turret, 286, 295, 296
Turretage, 286, 296
Tuscany, commerce of, I
Twin screws, 50-53
Tyrian, H.M. brig, 58
Umbria, 50, 82, 85, 86, 101, 102,
1 80
Unicorn, 65
Union Line, the, 268
United Kingdom, the first of the
so-called "leviathans," 30, 187
United States trade with Great
Britain, 290
Utopia, 1 88
Vancouver, George, navigator, 7
Vancotfver, 156, 199, 201, 202
Vanderbilt, 74
Vanderbilt, Mr. Cornelius, 74
Van Tromp, Admiral, defeat of,
18
Vaterland, 251
Venetian, 161
Venetians, trade of the, I
Vespucci, Amerigo, and America.
3, 4
Vesta, 73
Vicksburg, 198, 2OI
Victoria, 187, 189
Victoria, H.M.S., rammed by
H.M.S. Camperdown, 52, 89
Viking, 263
Virginia, 192
Vulcan, the first iron ship, 44
WADDELL, engineer, 106
Wasland, 251, 252
Waldensian, 144, 1 60
Warren, Messrs., 265
Warrimo, 258
Warwick, 259, 260
Washington, 65
Watkins, Captain F., of the Paris,
I31* 137
Watt, James, and the steam engine,
26, 27 ; and Symington, 28
Werra, 229, 234
Weser, 226
Westernland, 251, 252
White Star Line, 81, 161-181, 212,
291, 292 ; passage rates, 297
Whitwill, Mr. Mark, 264
, fishing smack, 240
324 , INDEX.
. __ _ - . , . „
Willehad, 230, 234 Wittekind, 230, 234
William Cramp & Sons' Ship- Wolff, Mr. G. W., 161, 166
building Co., 279-283 Woodcroft^ Mr., -on Wm. Syming-
\Villiams, Capta*n;- of \\\e* Atlantic, r ton, 28
166 Worcester, Marquis of, first inventor
Williams & Guion, Messrs., 195 <£a steam engine, 26
Wilson, engineer, 106 World's tonnage, the, 270-272
Wilson, Robert, and the screw Wylie, Captains J. and H., 159
propeller, 45 Wyoming, 195, 197
Wilson, Sons & Co., of Hu1!, 265
Wisconsin, 195, 197 Zeeland, 251 •
THE END.
10KUOK: i-KlM-rED HV WlLLlAiyt CLOWfiS A^D RONS,
STAMl-OKD STK1CKT AND CHAKING CKOSS.
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