Aeroplanes and Dirigibles of WarTalbot, Frederick Arthur Ambrose
History
Aeroplanes and Dirigibles of War
Talbot, Frederick Arthur Ambrose
Aeronautics, Military; Airplanes, Military -- History; Airships -- History; World War, 1914-1918 -- Aerial operations
While it is generally maintained that the Zeppelins will prove
formidable in attack, greater reliance is being placed upon the
demoralising or terrifying effect which they are able to exercise. Owing
to the fact that from 3 to 5 tons of fuel--say 900 to 1,500 gallons of
gasoline or petrol--can be carried aboard, giving them a wide radius of
action, it is doubtful whether they could travel from Cologne to London
and back upon a single fuel charge, since such a raid would entail a
journey of about 600 miles. The latest types of this craft are said to
possess a high ascensional speed, which offers a distinct protection
against aeroplane attack. According to such official information as
has been vouchsafed, a Zeppelin, when hard pressed, is able to rise
vertically 3,500 feet in about three minutes. This is far in excess of
the ascensional speed of even the speediest aeroplane, of course, the
penalty for such a factor has to be paid: the loss of gas is appreciable
and may lead to the craft's ultimate undoing. At the same time, however,
it is able to maintain the superior position as compared with the
aeroplane for a considerable period: the upper reaches of the air are
its sanctuary.
Nor must the nocturnal activities of the Zeppelin be overlooked. So far
as night operations by these vessels are concerned, little has leaked
out, so that the possibilities of the airship in this direction are
still somewhat hypothetical. The fact remains, however, that it is
night movements which perhaps are the most to be dreaded by the enemy.
According to official German sources of information the latest types of
Zeppelins are engined by "noiseless" motors. There is nothing remarkable
in this feature, since the modern motor-car virtually answers to this
description, although in this instance quietness is obtained for the
most part by recourse to the sleeve-valve engine. Still, the ordinary
Otto-cycle internal combustion engine can be rendered almost silent by
the utilisation of adequate muffling devices, which, in the Zeppelin,
are more possible of incorporation than in the aeroplane, because the
extra weight imposed by this acquisition is a minor consideration in
comparison with the lifting power of the vessel.
Public-domain text, read in full here on John Shaqi.
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