"Would ye triumph over the seas in all their fury? Would ye spare
the lives of those who toil for you? Let your ships he harder than
the rocks, swifter than the message-bird, more buoyant than the
swan, and as enduring as the Mestua Mountain."
Our ships are of peculiar form and construction, and of all but
exhaustless strength and durability. In ancient times the form of a fish
had been taken as a model for their construction, and the same form was
continued for centuries. The ships built on this principle, however,
often foundered at sea, or were broken to pieces, when driven against
the rocks, by the violence of tempests.
Moved by the loss of life and consequent suffering thus occasioned, I
sought to construct a vessel that could neither founder nor be broken,
at whatever speed it might move.
I reasoned that a fish, formed to live and to act principally under the
water, was hardly a fit model for ships intended to float on its
surface, and certainly not to sink.
After much consideration on the part of our scientific men, the form of
the swan was successfully adopted as best fitted for sea-going ships.
Our "Swan-ships," as I may call them, are constructed of timbers,
previously seasoned to prevent insect breeding and to resist all
tendency to shrink, and are completely covered with the hide of the
hippopotamus, which, it should be observed, is impervious to water, and,
when prepared for use, is so tough that no knife or machine, however
sharp or powerful, can cut, pierce, or indeed make any impression upon
it, until it has passed through a process, in which fire has a great
part, and is thus purposely deprived of its impenetrable nature.
In the construction of the ship, the outline of the swan is followed as
nearly as possible. The prow rises out of the water, shaped like the
bird's neck and head; the keel is rounded like the belly; the stern is
an imitation of the tail; the legs are supplied by two large adjuncts in
the shape of webbed feet, with the addition, however, of numerous wheels
fastened round the swan's belly, which are partially immersed in the
water and moved by powerful machinery within the vessel.
On each side of the swan's body is an auxiliary platform, forming, as it
were, a wing. These platforms are raised in fine weather, and serve as
open-air promenades for the passengers, in addition to another terrace
on the swan's back, immediately above.
The ship has no masts, and is thus available throughout for passengers
and merchandise. The apertures between the decking, that admit light and
air, can be closed up at a moment's notice, and the vessel, being thus
rendered water-tight, will ride through the most violent storm. No rocks
can break her, and no sea can swamp her.
During hurricanes the seas rise so high and in such large masses, that,
in descending, they sometimes submerge her; but she is too buoyant to
sink, soon regains the surface, and floats on as buoyant as ever.
The navigation in our world would on your earth be considered very
dangerous, if not impracticable. The swan-ship, even when driven by the
tempest, must often pass through narrow inlets between dangerous rocks,
sometimes _under_ the rocks, through channels scooped out by the
sea. The force of the hurricanes and the violence of the seas are
tremendous. Your most powerful ships could not live through them, yet no
serious accident has ever befallen one of our vessels. On one occasion,
when the ship was submerged for a time, the people suffered greatly from
want of air, as the sea was too terribly rough to allow of any window
being opened. After remaining covered by the waters for a length of
time, she righted herself as soon as the violence of the waves had
calmed.
On their return to Montalluyah, some of the passengers related to me
their acute sufferings from want of air, and as their narrative affected
me much, I resolved to discover a remedy.
Telescopic funnels to admit air were suggested by me as a provision for
such a contingency as I have described. These are so constructed that in
case of need they can be sent up to a great height above the surface of
the sea. The principal one is placed in the head of the swan. Several
experiments were made with air-pumps in the ship to draw in and diffuse
air, and they fully answered this purpose.
Air can still be admitted through the head and neck of the swan, if the
body only is submerged; but if this also is covered by the sea, the
telescopic funnel is sent up to the required height and a new current of
air is obtained. Light and air are, under ordinary circumstances
admitted by means of windows made with a transparent composition of
great strength.
The swan's head is reserved for the captain's quarters. His rooms are
spacious and well suited to his work; his windows are, some plane, some
concave, some convex, so that he can see both near and distant objects.
As the swan's head is high above the body of the swan, the captain
occupies a very commanding position. Outside the head there is a terrace
for his use.
Our ships are very large, that each passenger may have the utmost
accommodation, for we do not like to imprison our people in a narrow
space; and an ordinary vessel holds several hundred passengers, besides
merchandise.
To propel our vessels we use electric power, and they move as fast as
your quickest railway trains; but nevertheless can be stopped almost
instantaneously. The wheels outside the body of the swan, set in motion
by internal electric machinery, revolve with extraordinary rapidity. To
set the machinery in motion it is necessary to wind up powerful chains,
and a strong horse is used for the purpose. One horse is sufficient for
the longest voyage, but four are kept on board in case of accidents. The
machinery could be so constructed that the horse would not be necessary;
but for this arrangement much more space would be required. If even all
the horses were disabled--a thing which hitherto has never occurred--the
machinery could be kept in motion by manual power and leverage.
Though the propelling power is great, it can be reversed, moderated, or
entirely suspended with the greatest ease. As soon as the ship is
stopped, the two large "web-feet" attached to the keel fall down and
assist in checking her headway.
To steer our vessels we use a winch or rudder, which runs from stem to
stern underneath the swan's belly, and is connected with a wheel below
the water. This rudder, which is made of metal and covered with
hippopotamus hide, is sharp and slightly rounded. The mode in which it
is fixed gives the steersman great control over the vessel, the more so
as it moves the swan's head as well as the tail by direct action.