crossing the ocean by airplane. One European wrote in
part,
flights over the ocean will be made
possible by a new type of ship
[its] deck will
be clear of all obstacles, flat and wide as
possible
[it will] have the aspect of a landing
fi e l d
i t s s p e e d s h a l l e q u a l t h a t o f a
cruiser
housing of planes will be arranged
below deck and planes will have folding
wings
and to one side there will be the service
personnel workshop.
Others saw the potential of aircraft serving as an
extension of the might and range of a naval force at sea.
They were convinced that airplanes wouldnt be used
just for circus sideshows and crop-dusting. They
believed aircraft would transport troops across oceans
and be equipped to strike offensively.
The Navy was again looking upward. As the
Assistant Secretary of the Navy, Theodore Roosevelt
recommended that the Secretary of the Navy appoint
two officers
of scientific attainments and practical
ability
to examine Professor Samuel P. Langleys
flying machine and report on its potential for military
use.
One such man was Navy Captain Washington
Irving Chambers, the U.S. Navys first officer in charge
of aviation. Captain Chambers initial involvement was
to answer letters from air-minded citizens and observe
and report on aviation developments of particular
concern to the Navy. What started as a collateral duty
soon was a full-time job, and Chambers became a strong
supporter of those who wanted to see the sea service add
an air arm.
In April 1911, the Office of Aviation in Washington,
D.C., consisted of only Captain Chambers. In May, he
wrote requisitions for two machines made of wood,
canvas, bamboo, rubber, and metaltwo airplanes, the
A-1 and the A-2. Earlier in the year, a civilian, Eugene
Ely, had successfully taken off from and later landed a
biplane on a platform rigged aboard USS Pennsylvania
(ACR 4), demonstrating the practical use of naval
aircraft.
Shortly thereafter, the Navy accepted delivery of its
first airplane, the A-1. The A-1 was first flown by
Lieutenant T. G. Ellyson, the Navys first aviator. The
A-1 was followed by the A-2; naval aviation had gotten
off the ground.
By October 1911, the Navy was ready to try
durability flights. Lieutenants Ellyson and J. H. Towers
attempted a flight from Annapolis to Fort Monroe,
Virginia. After flying 112 miles in 122 minutes, the pair
was forced down somewhat short of their goal by
mechanical problems. Although a failure in part, the
flight paved the way for successful durability tests in the
following months.
Based on tremendous headway made in a few short
years, in 1914, Secretary of the Navy Josephus Daniels
prophesied
the science of aerial navigation has
reached that point where aircraft must form a large part
of our naval force for offensive and defensive
operations. It had become evident that the airplane
was no longer merely a plaything of the rich or
eccentricit had become a vital part of our nations
weaponry.
OTHER DEVELOPMENTS FROM 1900
THROUGH WORLD WAR I
Meanwhile, the Navy was switching from coal to
oil as fuel for its ships. USS Nevada (BB 36) was the
first of the battleships to use oil. The day of the coal
passer was on the way out.
Navy involvement in exploration continued during
the first decade of the century. On April 6, 1909,
Commander Robert E. Peary, accompanied by Matthew
Henson, reached the North Pole.
In pre-World War I days, the Navy also carried out
its role as a diplomatic arm of the government. On
December 16, 1907, the Great White Fleet left Hampton
Roads, Virginia, for a round-the-world cruise to show
the flag. The exercise demonstrated the strength of the
U.S. Navy.
Although the United States entered World War I
late, the Navy had plenty of time to make history. On
May 4, 1917, six American destroyers commanded by
Commander Joseph K. Taussig steamed into
Queenstown, Ireland. They became the first U.S. Navy
ships to operate in European waters during World War I.
The event, billed as the return of the Mayflower, was a
great morale booster and aid for the Allied forces. The
5-16
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