WAR
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a<br />
General Sir Herbert Plumer, Commander of the British Second Army holding<br />
the Ypres salient, cited Collishaw to their Lordships in the following terms: "An<br />
excellent day's fighting—results remarkable. Lieutenant Collishaw of Naval Squadron<br />
No.<br />
10 did splendidly, as he always does."<br />
it was ironic that the Rittmeister should have been brought down by the gunner<br />
of an obsolete Fee when one of the best British fighters of the war was entering<br />
the arena.<br />
The Camel, next descendant of Sopwith lineage after the Triplane, was the<br />
first British machine to be equipped with twin synchronized machine guns—<br />
year after the Albatros. The guns, Vickers, were mounted atop the fuselage in<br />
front of the cockpit, their breeches enclosed in<br />
that gave the Camel its<br />
name.<br />
a faired metal cowling, the "hump"<br />
Nearly 5500 of these hornets were built, and between July 1917 and the<br />
Armistice, Camel pilots scored 1300 victories.<br />
Although it carried a generous spread of plane surface—top and bottom<br />
wings were equal in span and chord—the Camel was extraordinarily manoeuvrable.<br />
This quality was chiefly the result of the combination of rotary engine and short<br />
fuselage.<br />
The short fuselage made for a short "moment"; the machine could turn or<br />
loop on a small radius. The rotary engine imparted considerable torque, or<br />
twisting action. A rotary is an engine that literally rotates—the propeller is bolted<br />
to the engine and the crankshaft is bolted to the airframe. With the engine and<br />
propeller turning together a considerable twisting force is<br />
developed. In the Camel,<br />
this force expressed itself in the tendency of the aeroplane, in<br />
a right-hand turn, to<br />
drop its nose abruptly and go into a spin. Conversely, in a left-hand turn, the<br />
tendency was for the nose to rise. If the engine stalled on take-off the results were<br />
usually serious, for the loss of power meant loss of flying speed with a consequent<br />
loss of control effectiveness. Unless the pilot wrenched the controls hard the other<br />
way to counteract the torque, the dead but still spinning engine would pull the<br />
aeroplane around into a spin, and at take-off, there is no height in which to<br />
recover from a spin.<br />
This is not to say that the Camel was tricky or dangerous. It certainly was<br />
no aeroplane to be treated casually. It had to be flown every minute in the air,<br />
and no daydreaming. In the hands of any pilot of average competence, the Camel<br />
Rotary engine — this one<br />
being an 80 horsepower Lc Rh<<br />
installed in a Sopwith Pup.<br />
was a first-rate fighter; in the hands of an expert, it could out-manoeuvre anything<br />
except the Fokker Triplane.<br />
The standard synchronizing gear for Allied machines from the spring of 1917<br />
to the end of the war was the Constantinesco gear or a variation of it. Constantinesco<br />
was an industrial designer of Roumanian birth and British citizenship<br />
whose specialty was hydraulic drills. Working with various armament experts he<br />
had developed an excellent hydraulic system that could be fitted to any engine<br />
and was simple enough as to be easy to maintain or repair. The engine itself<br />
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