J.Davilla, A.Soltan French Aircraft of the First World War (Flying Machines)
Prewar Bleriot Planes 1910-1914
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17. Type 36 - 80-hp Gnome Lambda; armored two-seater built in October 1912. Named La Torpille.
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Bleriot 36 and La Vache
In 1912 Bleriot produced the Type 36 to meet the specification for a two-seat, armored long-range reconnaissance machine. It was powered by an 80-hp Lambda engine but was not adopted because the armor restricted the performance.
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L.Opdyke French Aeroplanes Before the Great War (Schiffer)
Deleted by request of (c)Schiffer Publishing
XXXVI Torpille: In October 1912 this neatly streamlined military side-by-side monoplane was shown at the Paris Exposition. The 80 hp Gnome was accessible and easily removed from its bullet-shaped cowling, and the rigging was quickly demountable from the 3-legged pylon; the occupants were protected from rifle fire by a sheet of armor plate. The landing gear was formed of simple steel struts and a long forward skid. The curved rudder was in 2 pieces top and bottom. A single photograph shows what seems like a modification of the XXXVI, with a standard Bleriot rudder and undercarriage; it may have been the 160 hp Gnome referred to in contemporary Bleriot correspondence concerning a projected XXXVIbis.
(Span: 12.25 m; wing area: 25 sqm; weight: 375 kg; speed: 75 kmh; 80 hp Gnome)
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Журнал Flight
Flight, November 2, 1912.
THE PARIS AERO SALON.
Bleriot.
Louis BLERIOT is showing three models and his 50-h.p. Gnome single-seater, his 70-h.p. Gnome tandem two-seater, and a new model that has not yet been tried out.
This new machine is of a particularly clear design. The fuselage is of torpedo form, circular in cross section, and sufficiently wide near the front to seat pilot and passenger side by side.
The construction of the fuselage is extremely interesting. It is of the monocoque type and made on a "forme" in the same manner as a boot is made on a last. Over the "forme" paper is applied and over that pieces of sheet cork.
The whole is well glued up together, then covered with fabric and well pasted to prevent the ingress of water. The thickness when completed of this composite skin of paper, cork and fabric is roughly 6 mm. In front, where greater strength is required to withstand the Strains of the rotaiy 80-h.p., the composite skin gives way to chrome steel sheeting. A Levasseur propeller is used.
As we have already said, the chassis has undergone an entire change. The new one, as the sketch shows, is of the single skid variety, preferable because of its low head resistance. It is carried out in steel tubing and the wheels are sprung by oleo-pneumatic springs of special design. From the efficiency of a similar spring, mounted in a stand of its own for demonstration purposes, we should think that no great amount of trouble will be experienced with the suspension. Bleriot, too, has, on this machine, made use of the floating tail with hinged elevators. The rudder is shaped like a fish tail, and the levers and cables actuating both are carried inside the fuselage. There is no back skid, for the weight of the tail is carried by the rear end of the main skid. A tripod cabane above the cockpit supports the wings through strong steel cables when the machine is stationary, and, when in flight, so Bleriot has told us, it sometimes come in for a bit of top pressure. The wings are of conventional Bleriot design and span 12.25 with a chord dimension of 2 m. 25. The supporting area of this new machine is 25 sq. metres, and its weight, without oil and fuel or passengers, is 375 kilos.
The other two machines on the stand need no description, for those that follow things pretty closely in England know their main characteristics.
There is another object of interest on the stand, and that is the Bleriot aeroyacht, a light four-wheeled chassis fitted with a leg-o'-mutton sail which Bleriot primarily designed for the amusement of his family when staying at his place at Hardelot plage.
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