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
The guns are disposed at the corners of the triangles as indicated
in Figs. 13-14. Taking the one triangle as an example, the method of
picking up the range may be explained as follows. The several guns at
the comers of the triangle, each of which can be trained through the
360 degrees in the horizontal plane, are in telephonic touch with an
observer O stationed some distance away. The airman A enters the area
of the triangle. The observer takes the range and communicates with the
gunner B, who fires his weapon. The shell bursts at 1 emitting a red
flame and smoke. The observer notes the altitude and relative position
of the explosion in regard to the aircraft, while gunner B himself
observes whether the shell has burst to the right or to the left of the
objective and corrects accordingly. The observer commands C to fire,
and another shell is launched which emits a yellow flame and smoke. It
bursts at 2 according to the observer, while gunner C also notes
whether it is to the right or to the left of the target and corrects
accordingly. Now gunner D receives the command to fire and the shell
which explodes at 3 throws off a white flame and smoke. Gunner D
likewise observes whether there is any deviation to right or left of
the target and corrects in a similar manner. From the sum of the three
rounds the observer corrects the altitude, completes his calculations,
and communicates his instructions for correction to the three gunners,
who now merely train their weapons for altitude. The objective is to
induce the shells hurled from the three corners of the triangle to burst
at a common point 4, which is considered to be the most critical spot
for the aviator. The fire is then practically concentrated from the
three weapons upon the apex of a triangular cone which is held to bring
the machine within the danger zone.
This method of finding the range is carried out quickly--two or three
seconds being occupied in the task. In the early days of the war the
German anti-aircraft artillerymen proved sadly deficient in this work,
but practice improved their fire to a marvellous degree, with the result
that at the moment it is dangerous for an aviator to essay his task
within an altitude of 6,000 feet, which is the range of the average
anti-aircraft gun.
The country occupied by a belligerent is divided up in this manner
into a series of triangles. For instance, a machine entering hostile
territory from the east, enters the triangle A-B-C, and consequently
comes within the range of the guns posted at the comers of the triangle.
Directly he crosses the line B-C and enters the adjacent triangle he
passes beyond the range of gun A but comes within the range of the gun
posted at D, and while within the triangular area is under fire from the
guns B-C-D. He turns and crosses the line A-C, but in so doing enters
another triangle A-C-E, and comes range of the gun posted at E.
Public-domain text, read in full here on John Shaqi.
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