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8/3/2019 Safety at sea, article, Century magazine
http://slidepdf.com/reader/full/safety-at-sea-article-century-magazine 1/7
SAFETY AT SEA^
IN T H E L I G H T O F T H E TITANIC D I S A S T E R
BY R EAR -ADM IRAL CHAR LES D. SIGSBEE, U. S. N .
IN the practice of navigation, r isks are
inevitable. Some are und ertak en vol
untarily , but the acceptance of others isforced. State d broadly , there should be
the promise of commensurate gain in
every cri t ical r isk tha t is assumed. Eth i
cally, as between human life and private
gain, the latter should give way, though
frequently we see this order reversed.
Apparen t ly we have a g lar ing example in
the loss of the Titanic on the night of
Ap ril 14 last .
From my naval exper ience , I wi l l g ive
one case of a r isk voluntarily undertaken
by myself, and another of a risk forced
upon me. In the spr ing of 1897 , wh en Itook command of the Maine, which was
af terward b lown up a t Havana, no ba t t le
ship had ever made the passage of Hell
G a t e . The management o f a ba t t le - sh ip
and also of twin-screws being new to me,
I longed for a test of management which
wo uld be in the na tur e of a climax. So,
without a pilot , I took the Maine t h r o u g h
Hel l Ga te f rom Long I s land Sound . I
met other vessels, one an unwieldy float,
at the most dangerous turning of that
t idew ay of violent cross cur ren ts. Afte r
crit ical moments, the Maine effected thepassage wi th out damage. M y com
mander-in-chief strongly disapproved my
choice of route, and at once issued Gen
eral Order No. 16, forbidding other ves
sels of his command to attempt the same
feat. I accepted the ord er as an open
rebuke of myself. Although no l i fe was
risked, and my experience in piloting was
uncommonly large, I now think I ven
tured too much in piloting a f ive-mill ion-do l lar ba t t le - sh ip th rough Hel l Gate ,
where I had no local knowledge and was
compelled to depend upon the chart alone.
Later , when in the East River wi th
th e Maine, between the navy-yard and
Brooklyn Bridge and proceeding to Staten
Island, I was confronted with a very
difficult situ atio n. A str on g ebb-tide
was runnin g . T h e r iver was congested
with vessels, some of which were under
questionable management in that locali ty
of stro ng eddies. Finally , an excursion-
s teamer , loaded down wi th women andchildren and coming fast , opened out to
view close aboard and nearly ahead. She
gave a whistle signal to the Maine wh ich ,
had I accepted i t , would surely have re
sulted in sinking the frail steamer and
dro wn ing most of her people. I there
fore reversed her signal by counter-signal
—gave her the r ight of way and steered
th e Maine into pier No. 36 on the New
Y or k side of the r iver . Lyin g at the pier
was a huge f loat carrying ten freight-cars.
T h e Maine struck one corner of the float,
which sank, carrying with i t the cars;then, head on, the batt le-ship ate into the
pier as if it were cheese, but backing hard
on her engines, and with water- t ight doors
closed and coll ision-mat already over the
side—splendid ly qu ick work . A naval
board invest iga ted and repor ted . T h e H on .
Theodore Roosevel t , Act ing-Secre tary o f
ISe e also " Compulsory Lane Rou tes of the North Atlantic " proposed by Captain Horatio iVIcKay, in T H E
CENTURY for Novenaber, 1881 ; and "Safe ty a t Sea " by L. Frank Too ker, in T H E CENTURY for July,
1909, which described new and old devices for navigating in fog and d a r k n e s s . — T H E EDITOR.
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462 T H E C E N T U R Y M A G A Z IN E
the Navy, then wrote me a letter in flattering terms, highly commending my action in risking the Maine to save the liveson board the excursion-steamer. I hadbelieved that I would damage the Maine
to the extent of hundreds of thousands ofdollars, but by strange good fortune and
by taking the wharf head on, she sufferedno damage beyond the power of her ownmen to repair. Th ere was a gratifyingsequel. W he n my commander-in-chiefread M r. Roosevelt's letter, he promptlyissued General Order No. 17, revokingGeneral Orde r No . 16. Also my actionwas lauded by the press and my brother-officers of the navy.
Having thus borne testimony for andagainst my own risks, perhaps I may venture to discuss the risks taken by the Ti
tanic. She carried more than two thou
sand people, and was forewarned of iceahead; yet she continued at night on theprescribed "ocean lane" with undiminished speed—that is to say, about twenty-one and a half knots an hour. He r w ater-line length was eight hundred and fifty-two feet. By stopping her engines andimm ediately reversing them full speed, shecould not have come to a dead-stand shortof six times that length, or until she hadpassed over a distance of eight tenths of asea mile, or knot—nearly one statute mile.This is a conservative estimate. Her third
engine was turbine, and of low efficiencyfor backing. Evide ntly she chose to depend on a quick change of compass courseto avoid danger sighted dead ahead. Ha dshe struck when going ahead even at half-
speed, probably she would have rippedopen her bilges quite the same by the lessforceful blow; but, on the other hand, shewould have made the vision of her lookouts more effective, and would haveshortened her head-reaching against fullbacking power.
Seemingly the advantage in view by
ven turin g high speed was business prestige.H ad the ice-field been fifteen miles wid e onthe line of the Titanic s course, and had shesucceeded in passing through at half-speed,she would thereby have delayed her arrivalat N ew Y ork only forty-two minutes. Butwe now know that passage through wasimpossible. At noon on the day of the Ti-
tanic's collision, the Mesaba of the Atlantic Transport Line sighted the packand was obliged to go many miles- south
in order to round it. H er captain reported by letter to the Naval Hydro-graphic Office at Washington, accordingto Captain John J. Knapp, the chief hy-drographer, that the ice was a solid packabout fifteen feet high and extending oneach hand as far as the eye could reach.
Successive reports indicate that it was asolid mass of pack-ice and bergs aboutfive miles wide from east to west andforty-one miles long from north to south.A French steamer also had to change hercourse and pass around far to the southward of her intended route. T he actualconditions could not have been known toCaptain Smith, who would not have essayed the impossible.
T h e Titanic was due in New Yorkshortly after midday, several days ahead,therefore a brief delay did not involve an
arrival at night. W hile giving no important advantage to her passengers, shewas risking their lives. W e may inferthat her passengers, in their choice of vessel, had paid not only for a quick passagewith the acme of comfort and luxury, butabove all for a safe one. W e now knowthat the exploitation of the Titanic s supposed unsinkable quality was not justified,and that the carrying capacity of herboats was inadequa te. H ad a high seabeen running, it is probable that^aione ofher passengers would have been saved
from those ice-cold wa ters. Th ou gh wemay question Captain Smith's judgmentof the moment, we must assume that soeminent a seaman was above professionalignorance. Fo r his example of manhoodin accepting the ethics of the sea, in theiruttermost requirement, his memory willglorify tradition, for he went to his deathnobly.
The natural peril of the sea is everlasting. It comes in many forms and farmore frequently than passengers conceive.The details and scope of special judg
ment, even "speculative judgment," thatmust be exercised to meet recurring perils successfully are probably not imaginedby the average passenger, else many nervous persons would not go to sea at all.On the other hand, it may be said that,through long experience, a seaman by thetime he reaches command afloat has become very resourceful. In fact, whenseemingly unconcerned in view of thepassengers, his mind may be working in
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S A F E T Y A T S E A 463
man y channe ls for the i r sa fety . No ne
can te l l wha t expedients were in the mind
of Captain Smith, even though they fai led
him . I myself have directed the ma nage
ment of two vessels , dissimilar in size and
qua l i t ie s , throug h a whole s torm -area of
hurr icane force wi thout leaving my cabin
except for a casual look above the hatchonce or tw ice. I did i t by repo rts from
the deck and by stud yin g the fluctuations
of the ba rom ete r in my cabin . T h e di
rect management of each vessel was left
to he r own capta in , but , throug h f requent
reports , I knew precisely how each vessel
was fa r ing . Fo r the adva ntage of the
smaller vessel, I decided to cross the fore
front of the storm-center, expecting to
pass the center c lose—and succeeded.
Af t e rw a rd i t p rove d t ha t my j udgm e n t
wa s rig ht in every phase of the stor m. In
i t s fur the r o nw ard movem ent tha t s tormdid great damage in the open sea and on
the coast of En gla nd . Prob ably few peo
ple on board my flag-ship real ized that I
remained be low the be t te r to se rve my
own me t hod o f work i ng .
T o discuss in detai l the peri ls of th e
sea and the recourse of the seaman in
avoiding them would f i l l a volume, but
they may be touched on here . A mo ng the
na tura l pe r i l s a re s torms, currents , fog ,
ice , shoals, outlying islands and headlands,
deep wate r ,—tha t i s to say , "no sound
ings" close to shore,—and overcast sky,which shuts out the heavenly bodies tha t
are used for obtaining the ship's geograph
ical pos i t ion . A mo ng wh a t may be s ty led
the artificial perils are vessels and float
ing derel ic ts . O f the peri ls inhe rent in
the ship he rse l f a re under-manning; poor
t ra in ing and disc ip l ine ; faul ty cons t ruc
t ion; unseaworthiness due to long usage ;
low freeboard; o ld boi le rs and engines ;
bad s towage ; the osc i l la t ion of f ree wa te r
in damaged compartments as e ffec t ing
stabil i ty; fi re , perhaps from spontaneous
combust ion in the coa l -bunkers ; heavyweights fe tching adr i f t in s torms, e tc .
Let me discuss a few points as I may.
Oceanic s torms have los t much of the i r
fo rme r t e r ro r fo r ma r i ne r s t h rough ou r
be t te r knowledge of a tmospher ic c i rcula
t ion in s torms, a knowledge which ex
tends back hardly more than seventy-five
years . T h e records show tha t in the
"olden days" sai l ing-ships and even whole
fleets went to certa in destruct ion through
mi sma na ge me n t i n t he s t o rm-a re a . W i t h
the knowledge now possessed by every
competent capta in , most s torms, wh en the
vessel has plenty of sea-room and is stanch ,
may be reduced in their effect to discom
fo r t i ng h i nd ra nc e s ; bu t whe re t he ma n
agement is bad, the vessel may st i l l be
endangered . Smashing in jury somet imesoccurs w hen the g reat l in er, in the prid e of
her power , p lunges reckless ly through the
enormous s torm-wave for a quick passage .
I t i s then tha t we read about the " t id a l
wa ve , " a phe nome non of t he At l a n t i c
s team routes f requent ly repor ted , but
which I have never encountered in al l my
travels over the surface of the waters.
The grea t oceanic current s t reams a re
no w we l l char te d . O uts id e of these , the
surface currents commonly f low wi th the
win d. T o the vessel und er way the re i s
alwa ys difficulty in est im ating the stren gthand di rec t ion of a cur rent w hen the ob
jects whereby she fixes her geographic po
si t ion from t ime to t ime are obscured,
whether these objects be of the heavens
above or the ea r th benea th . N o ins t ru
ment has been invented that wil l give by
di rec t measurement the s t rength and di
rect ion of a current to a vessel which is
und er way . Fo g br ings danger of col l i
s ion and gro und ing. T h e audibi l i ty of
fog-signals is very er rat ic , and depends
largely on the direct ion of the wind rela
t ively to the signal and the vessel. Apowerful whis t le may be heard a t a d i s
tance of ten miles, and yet not at a dis
tance of one mile or even less. T h er e
a re ins t ruments , however , of more or le ss
dependence , to indica te approximate ly the
dire ction of a fog-sign al from a vessel. I
have known seven bat t le-ships, compelled
to steam at e leven knots a t a distance
apar t of four hundred yards , to mainta in
good distance in column for many hours
together in fog so thick that no vessel in
the column ever saw another vessel of the
squadron, and when the wea ther was suchthat no vessel could hear the constantly
recurr ing whis t le -b las t s tha t were passed
down the column except those of the ves
sel next ahead and next astern of her.
Under such condi t ions I have known the
fog to l i ft suddenly and disclose to view a
me rchan t vesse l sa i l ing through the column.
Under my command the d iv is ion of
four war-vesse l s of the John Paul Jones
Expedit ion had a t rying experience in a
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464 T H E C E N T U R Y M A G A Z I N E
thick fog which continued for eighteen
hours immedia te ly preceding the a r r iva l
of the division at Ch erb ou rg. T h e vessels
were steaming in column at eleven knots
along the rock-bound coast of France in
the varying, cur ren ts of tha t loca l i ty . In
all those eighteen hours no land was
sighted nor any shore signals heard or seen.Very rarely did any vessel sight any other
vessel in the colu mn . W irele ss signals
failed us, and toward the end our posit ion
was somew hat in doub t . Necessar i ly the
naviga t ion w as a l l by dead reckoning .
The course was changed several t imes by
whistle signals, but with diff iculty, and
once or twice the column was stopped by
gun signals to make sure of accurate
sou ndin gs. A t al l t imes i t wa s less haz
ardous to keep on than to stop except mo
men tar i ly in those s t ron g cur ren ts . I s tood
in for the land when supposedly off theentrance, intending to anchor at sea, if
need be; but to approach that coast in a
fog w ith four vessels wa s ven tureso me
naviga t ion. Suddenly the fog c leared a
litt le, an d fr om m y flag-ship, the i?roo^/j;re,
t he e n t r a nc e t o Che r bour g ha r bor w a s
sighted dead ahead and about three quar
ters of a mile distan t . O ne af ter ano the r
my vessels emerged from the fog-bank,
st i l l in column, but opened out a l i t t le .
In thick weather , close proximity to ice
bergs and land is sometimes disclosed by
t iming the echo of ships ' s team-whis t les .Vessels have been saved from destruction
by this recourse. '
For tuna te ly ice i s encountered only in
certain regions. T h e ice of the Titanic's
pack was swept south by the Labrador
Current se t t ing over the Grea t Bank of
Ne wfo und land . I t s extensive a rea this
year is probably due to the heavy storms
which swept the coast of Labrador las t
winter and broke contact in the ice-f ield.
Routes in common, styled ocean lanes,
have been established between the English
Channel and New York by genera l agreement of the At lant ic s teamship l ines . The
object is to confine all westbound passages
to one route and all eastbound passages to
a s imi la r route somewhat fa r ther south,
and this to minimize the danger of coll i
sion consistently with the best practicable
advantage for quick passages, and to pro
vide for help in case of accident. Fr om
Ja nu a r y 15 to A u gus t 14 t he s t a nda r d
lanes lead south of the Grea t Bank of
New foun dlan d to avoid ice . Fro m Au
gust 15 to January 14 they cross tha t
bank as far north as lat i tude 46 degrees.
T h e Titanic struck at 10130 P . M . on A pr i l
14 in la t i tude 41° 44 ' nor th , longi tude
50° 14 ' west , whi le pursuin g her regu lar
route . She sank a t 2:2 0 A. M. the same
night . Imme dia te ly the hydro graphic off ice set to work to establish temporary
lanes more to the southward of the Grea t
Ban k, in ord er to clear the ice-f ield. Af ter
c l e ve r w or k by L ie u t e na n t John G r a dy ,
U. S . N. , in charge of the branch hydro-
graphic off ice at New York, al l trans
atlantic steamship l ines agreed, and on
Apr i l 19 the change was made; but the
drif t of the ice wa s so rapid t ha t a no ther
change of lane to the southward was made
through the hydrographic oi f ice on May
I I , a nd s t i ll a no the r on M a y i g . By M a y
13 ice had reached as far south as latitude 38° 50 ' . Dou bt less in good t ime the
former lanes will be reestablished.
Floating derelicts are dangers the drif t
and position of which it is difficult to pre
dict . Some drif t a year or mo re before
breaking up; others a re des t royed by gov
ernm ent vessels. I need har dly discuss at
length the dangers or peri ls inherent in
the vessel herself. Most of these can be
met successfully in their incipiency. Spon
taneous combustion of coal may occur in
oily waste or rags, or in coal-dust which
has been stowed for a long t ime in hotbunke r s . D u r ing the Spa ni sh W a r I c om
manded the At lant ic l iner St. Paul, w hic h
had been t ransformed into an a rmed scout
cruiser. On ce we were endangered by the
spontaneous combustion of coal in a full
bunker which conta ined two hundred and
fifty tons.
In the event of accident l ike that of the
Titanic, the f irst inte ntio n is to keep th e
vessel af loat and retain her people aboard.
T h e last resort is to aban don her . I t is
attempted, therefore, to make vessels non-
s inkable f rom ordinary damage , by subdividing them into water - t ight compar t
ments , whereby the inroad of water may
be res t r ic ted to one or more compar tments
only , leav ing the vessel sufficient buo yan cy
to rema in af loat . T h e Titanic had fifteen
water - t ight compar tments , in addi t ion to
those of her double bottom, which ex
tended only to the upward turn of her
bilge. Since she was con structe d to
carry much cargo or freight, her space
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S A F E T Y A T S EA 4 6 5
below decks was conserved as much as
possible in order to return a good invest
ment on the money expended in her con
s t ruc t ion and opera t ions . W it h her wate r
t ight s t ruc ture thus l imi ted, she should
have car r ied more boats .
W ate r - t i gh t subdivis ion is car r ied to it s
extreme in batt le-ships, which are l iableto be torpedoed and rammed or to be in
jured by gun- f ire in many par ts . T h e
Uni ted Sta tes ba t t le - ship Delaware, of
20,0 00 tons displacement , has 427 w ater
t ight compar tm ents . Some of these a re
closed by removable plates, but she has
292 wa ter - t ig ht doors . In a ba t t le- ship
the double bot toms extend vi r tua l ly the
whole length of the vessel and up her sides
to the water - t ight , protec t ive deck tha t
overspreads boilers, engines, magazines,
bunke rs , and s torerooms. Both t ransverse
and longi tudina l bulkheads a re every
wh ere . T h e coa l -bunkers a re winge d, or
built in along the side of the vessel, as are
a lso cer ta in other com par tm ents . I t is
clearly recognized, however, that a close
para l le l cannot be drawn be tween a ba t
t le-ship and an ocean-liner . Nev ertheles s,
some ocean-liners have win ged coal-bunk
ers . W it h a dde d c om pa r tm e nt s , i nspe c
tion and caretaking becomes increasingly
burdensom e. T h e f requent inspect ions of
a ba t t le - ship ' s compar tments and doors by
many responsible people are carefully re
corded.
At night a l l water - t ight doors and pla tes
on board our war-vessels are kept shut ex
cept those necessary for passageway. Cer
ta in water - t ight doors can be opera ted
from the decks above. Collision dri l ls are
frequen t. Rec ently the cruiser Maryland
was accidentally perforated by a torpedo
head in the wake of a coal-bunker , but the
inroad of water was confined to that
bunker , and the damage was easily re
pa i red tempo rar i ly . T h e Un i ted Sta tes
torpedo-dest royer Warrington had her
whole stern cut off by coll ision, but remained af loat .
In the design of every merchant vessel
of great size there are many compromises
which tax her des igner severe ly. No t
wi ths tanding the l imi ta t ions forced on the
designer , I venture to predic t an extended
use of winged coal-bunkers and of double
botto ms. I t is also conceivable tha t pas
senger service and freight service afloat
wi ll be by sepa rate conveyance, follow ing
in that respect the railroad practice on
shore. Indee d, there is already an ap
proach to this change by the Lusitania and
the Mauretania, which are mail- and pas
senger -car r ie r s . Th ey never take more
than a thousand tons of f re ight ,—com
monly only f rom four hundred to s ix hun
dred ton s ,—an d have winged coa l -bunkers .
Amer ican war -vesse ls car ry enough boats
to accommodate only from forty to sixty
per cent, of their people. T h e object is to
have enough for general transit purposes
and to land armed parties of men . In the
event of grounding, several tr ips would be
necessary to land all han ds. Com mo nly
batt le-ships cruise in company, and are
mutually helpful in the event of accident.
Naval men are t ra ined oarsmen, and are
a lso taug ht swim ming . T h e rac ing crew
of the batt le-ship Kentucky w on the
Drexel Cup for three years successively.
The crew was composed of men from the
engineer force. I un ders tand they we re
trained for two years at least by the chief
engineer . T h e boats conta in tools and
mater ia ls for repa i r s , dr inking water , and
enough concent ra ted "emergency ra t ions"
to serve their full complement of passen
gers w ith three meals for three or four
days . "A ban do nin g ship" is a dr i l l which
is frequently practised. Life-raf ts have
been discarded, b ut the re is a full supply
of cork jacke ts . Du r in g the wa r wi th
Spain, the American war-vessels off Santi
ago re ta ined only two pul l ing boats and
their two steam-launches, the lat ter for
picket service.
I t is cr i t ical wor k to lowe r a boat from
its davits in a heavy sea. T h e higher th e
free-board of the vessel, the more difficult
t he unde r t a k ing . H a n gin g f rom her
tackles, the boat consti tutes a heavy pen
dulum, swinging out f rom the ship on one
roll , and str iking against the side of the
ship wi th t rem endo us and disconcer ting
force on the reverse roll . W h en ne ar the
water she may be struck by a sea, andthro wn agains t ' the ship wi th grea t vio
lence. T o detach her from her tackles,
bow and s te rn s imul taneously, when near
the water , a lever in the boat is pulled,
and she drops bodily . W er e or . ; end
dropped f irst , the upward heave of the
vessel might send the free end under
water . Many l ives have been lost in acci
dents of this kind . T h e Tilanic's boat -
deck was seventy feet above the water .
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466 T H E C E N T U R Y M A G A Z I N E
T o low er her boats in a heavy sea wou ld
have been a trying operation to the best
of sea me n. I find it difficult to conceive
how the officers of ocean-liners can com
mand the si tuation under the stress of an
emergency l ike that of the Titanic. U n
disciplined bodies of people, whether sol
diers, sailors, or civilians, are likely to beimpetuous and clamorous in sudden emer
gency . Even many wh o volun teer he lp
are l ikely to be "all f ingers and thumbs"
in the mechanics of the mo me nt. In the
main , the conduct aboard the Titanic ap
pears to have been amazingly f ine, and re
f lects great credit on Captain Smith, his
officers, and many of the passengers.
T h e diff iculty in provid ing enough
boats to accommodate all hands, even for
a great vessel like the Titanic, is not in
superab le . Th ey could be ar ranged on
the boat-deck in rows or t iers, but mighthave to be lowered in succession from a
few davits. W h en one boat has been low
ered, anoth er cannot be lowere d from the
same davits unti l the falls or tackles are
rounded-up and the preceding boat is
clear of the ship's side. A gai n, if the
vessel herself be listed much, all boats
might have to be lowered from one side
only .
At lan t ic l iners are in por t so l i t t le tha t
I cannot see at this moment how oars
manship can be accomplished unless the
men are required to give certificate ofqualif ication on joinin g the vessel. Per
haps qualif ied men might be given a l i t
t le additional pay.
No qual i ty o f s t ruc ture or equ ipment
can be given a vessel without bringing
forward the serious question of added
weig ht . T h e log ica l a im of development
is unsinkability of the vessel herself. I
have i t f rom an expert source that af ter
modera te subdiv is ion below the water -
l ine, a l iner could be so constructed as to
have, above the water- l ine, a great sub
divided structure which would be, in effect , an enormous habitable pontoon of
sufficient buoyancy to float the vessel even
after grea t f looding below . T h e pontoon
wo uld be wi t hou t a i r -por ts , bu t l igh ted
and ventilated by artif icial means, such
as we f ind in the navy at the present t im e.
There would be water - t igh t doors o r
hatches. I have heard experts surmise that
wh en th e Titanic's f o r war d co mp ar tmen t s
were injured she inclined by the head
so much as to bring their burst ceil ing-
decks below the water- l ine, and that the
water then f lowed aft and down the
hatches of o ther p ro tec t ive compar tments .
Detachable deck-houses , bu lwarks , and
other parts of the upper works have been
proposed. Th ese are intended to be pas
senger-carrying, and to f loat independentlywh en th e vessel sinks, but they have never
met wi th favor . Th ey are dangerous and
cumbrous weights to be set adrif t at a t ime
of supreme peril and difficulty, perhaps
in a heavy sea or from a vessel inclined
from the norm al. In fact , they mig ht not
be detachable at all in a great swirl of
w ate rs. T h e use of compressed air forced
into the compartments of the vessel has
also been proposed, simulating the prin
ciple of diving -arm or. T h e mechanism
would l ie dormant during the l ifetime of
most vessels in which i t was used, and yetwould require the constant care needed
for all air- t ig ht app arat us. Seemingly the
suggestion represents a principle of more
value for deliberate use, such as wrecking,
tha n for sudden emergency. A t least i t
has more promise than most expedients
whic h have been proposed. Com pressed
air is already used for expelling water
from the diving-tank s of subm arines. I
pass by the many other expedients for sup
plementing boats in the event of abandon
ing ship. Al l are makesh if ts, requir in g
manual or mechanical effort at cr i t icalt imes. If launched into the w ate r indis
criminately, they would be l ikely to im
pede the low erin g of l ife-boats. Con fu
sion should not be invited.
W irele ss is a great recourse, as was
found in the case of the Titanic, but p ro
vision should be made for constant atten
dance by opera tors. I t was only by a hair
tha t the Carpathia caught the message of
the Titanic. T h e Carpathians opera tor
wa s on the point of tur nin g in. Int er
ference by irresponsible amateurs can,
and should, be stopped. I t is grea tly tobe condemned that the amenity of the sea
should suffer through the assertion of one
patent-r ight over another , by one com
pany against ano ther company. A t the
very root of the grant of patent monopo
lies by governments is the recognition of
publ ic benefi t th rough invent ion . W ir e
less is steadily developing. W e may hope
much from it .
It is safe to pred ict tha t s earc h-ligh ts
8/3/2019 Safety at sea, article, Century magazine
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S A F E T Y A T S E A 467
will be imperat ively prescribed for high-
powered ocean- l ine rs . M an y of the smal l
s teamers of our in land wate rs now carry
them. In Ju ly , 1898, the St. Paul, u n d e r
my c omma nd , wa s a t Ne w York a nd un
der urgent orders to take a regiment and
supplies to the rel ief of General Shafter
a t S a n t i ago . P re s i de n t M c K i n l e y h i mself urg ed exped it ion. I decided to pu t
to sea a t n igh t . T h e St. Paul was then
dow n to twen ty-nin e feet dra f t . Hea vy
project i les for the navy had been stowed
in the hold, set t ing her compasses awry—
about two whole compass points , a s we
found la ter. She w ou ld be obliged to
pass obliquely to the usual channel routes
throu gh two se ts of mines . T h e range-
l ights of the channels were obscured, and
so w ere th e l ights of the gas-buoys at th e
narrow oute r ent rance off Sandy Hook.
A draft as deep as twenty-nine feet hadnever been taken out of New York a t
n i gh t unde r a ny c i r cums t a nc e s. T h e
first pi lot who presented himself refused
to a t tem pt the p i lo tage . I demanded an
other pi lot , and accepted al l responsibi l
i ty . T h e second pi lo t was hear t i ly wi l l
ing to p i lo t the vesse l . W e s ta r ted w i th
only one engine opera t ive ; the o the r en
gine was un der temp orary repa i rs . Off
S ta ten Is land the second engine was put
in oper at ion. Eac h successive chan nel-
buoy was picked up by our search-l ights,
and not one was passed unti l I myself
had read the number pa in ted upon i t .
The passage was made wi thout mishap.
Thus a grea t publ ic se rvice was pe r
formed which would have been impossible
wi thout the use of sea rch- l ights .
Navy sea rch- l ights i l lumina te objec ts a t
a distance of from tw o to five miles. T h e
night lookout of the Titanic was s ta t ioned
aloft , probably a hundred feet above the
wa te r . In tha t pos it ion he saw dis tant ob
jec t s projec ted aga ins t the da rk wa te r in
stead of against the l igh ter sky. In th e
masted ships in the old navy the mastheadlookout was ca l led down a t sundown and
the deck lookou ts we re sta t ioned . I submit
tha t n ight lookouts should be s ta t ioned
as low down as pract icable on board ocean-
l ine rs . A sea rch- l ight nea r the w a te r
throw s a beam a long the wa te r . Fr om a
posi t ion high up i t throws a bri l l iant
el l ipt ical spot , but makes the operat ion
of "sweeping" for an object more diffi
cul t . O n c lea r n ights the proxim i ty of
vessel s i s mad e know n by the i r " r un nin g
ligh ts," wh ite , green, and red. Since im
movable objects are dangerous only when
ahead, in the line of the vessel 's course,
the zone to be "swept" for such dangers
i s na rr ow ly l imi ted . In th ick fog sea rch
l ights and lookouts have l i t t le or no effi
c iency. It is then tha t wh ist le , lead, log,engine counter, hearing, and caution are
at their highest value . Fo r the man age
ment of ships at sea, re la t ively to one an
other , we have the manda tory , in te rna
t iona l " r u le s of the road " as revised by
an in te rna t iona l mari t ime congress as
sembled in Washington some years ago.
Decisions of courts rest on these rules.
A similar congress is soon to meet in
Lo ndo n. T h e ru les for wi re less t rans
mission, l ike the "rules of the road,"
should not be left to the judgment of
pr iva te companies . Wire less having be
come general , i ts guiding rules should be
established with the stabil i ty that can be
obta ined only throu gh in te rna t iona l
agreement and cont ro l .
American war-vessels , in their varied
cruising, receive aboard all classes of good
people, from the plainest c i t izens up
through the highest aristocracies, includ
ing roya l ty itself. The i r a pa r t me n t s a re
comfortable and a t t rac t ive , but a re not
burdened wi th use less ornamenta t ion and
appointments of the kind which has been
qualified by a foreign wr i ter as " br ut all u x u r y . " T h e P u l l m a n C o m p a n y h a s
done away, in i ts coaches, with much
senseless embellishment in favor of steel
cons t ruc t ion and dus t less s impl ici ty . O ur
great ocean-l iners might well draw a les
son f rom th is improvement , and put the
mon ey saved thereb y into useful features
of construc t ion a nd safety, as we ll as into
the comfort of c rew and emigran ts . T h e
environment of passengers aboard these
vessels covers less than one week, yet in
a l l the world the re can hardly be found,
wi th in a smal l envi ronm ent , a more of
fensive contrast between the upper world
and the underworld than exis t s in these
l iners between the upper decks and the
low er decks. Stra nge to say, the ut ter
most , senseless extreme of luxury is
reached when the ocean service caters to
dem ocrat ic Am erica. I am not a Social
ist , nor do I need be, in order to take note
of such unw ise differentia t ion. T h e ex
pend i ture should be d i s t r ibuted ra t iona l ly .