Bugatti 110 C.1
On September 1937, Louis de Monge designed the Bugatti Model 100, a
Monoplace de Course (Single-seat racer) to beat the Germans on their own soil in the Deutsch Cup Race of 1938. Underpowered with one 450 hp Bugatti T50 B engine, it was necessary to use one ultra-sleek highly streamlined airframe with forward swept wings, variable geometry automatic flaps, 120-degree V-tail and retractable landing gear.
To save weight the engine crankcases were made of magnesium and the airframe mostly of wood with sandwiched layers of balsa and tulipwood. Looking to restore national pride after the exhibition made by the Messerschmitt Bf 109 V13 in November 1937, the
Ministère de l’Air offered to finance the construction of two special planes to break the world speed records of 634 kph over 100 km and 709 kph over 3 km.
The first, called Bugatti Model 100P (
Poussée-boosted) with two 525 hp Bugatti 50P eight-cylinder straight liquid-cooled engines, two drive shafts, one gearbox reduction, two counter-rotating Ratier S.O.B. airscrews, 8.23 m wingspan and 650 kph estimated maximum speed. The second, Model 110P, with two 50P engines boosted to 550 hp, clipped wings with 6.7m wingspan and 750 kph estimated maximum speed. The contract, signed in August 1938 by 6.900.000 F, included two Type 50P spare engines and a bonus of 1.800.000 F if the two records should be broken.
In 1939, the German accepted the 'Propaganda War' making fly the Heinkel He 100 V8 at 746.606 kph on 30 March and the Messerschmitt Me 209 V1 at 755.138 kph on 29 April. The French prototype Dewoitine D.551 tried to overcome that mark on 22 November but could only reach 701.5 kph powered by one H.S.12 Y boosted to 1,300 hp.
At the end of 1939 the French preferred to concentrate its efforts on the production of 'panic fighters'. Anticipating the possibility of a long attrition war, the
Ministére de l’Air promoted the construction from wood/plywood of the Arsenal VG 33 and commissioned the design of the Bugatti 110 C.1 (a third-generation fighter of the M.S.460 and D.520T class) with increased wingspan and propelled by one 1,600 hp H.S.12 Z or one 1,500 hp Bugatti T67 sixteen-cylinder ‘Vee’ liquid cooled engine. Production should be made at the new Bugatti factory in Bordeaux.
The construction of the Model 100P suffered delays caused by the complexity of the transmission, cooling and automatic flaps control systems. On 10 May 1940 the prototype was just nearing completion and was hidden to prevent access to their secrets by the Germans.
Author notes
A service aircraft would have needed larger air intakes for the radiators and less complex cooling and flaps systems. The magnesium engine crankcases would have been very vulnerable to the incendiary ammunition and the tulipwood, with a breaking strength of 70 MPa, too fragile to stand the tensile strength during a dogfight.
In my opinion, the Bugatti 110 C.1 should have been armed with six 7.5 mm, MAC 34 M39 machine guns in the wings (similar to the D.520T installation) and one H.S.404 cannon.
I believe that the fighter version would have a unique power shaft in starboard position and a flat windscreen to avoid the optical distortion when using the GH 38 gunsight.
Given the decentralization policy of aeronautical production, started by the French government in the last years of the decade of the thirties, it seems reasonable to assume that the Bugatti military version would have been propelled by an engine of the same firm, and I have been working on the scale drawings of the T67 V16 engine as published at
http: //www.bugattiaircraft.com.
As per my estimations, the installation of the T67 in the Model 100P airframe requires the following modifications: The undercarriage wide track should have been increased to 3.3 m, wingspan to 8.68 m, tailplane to 1.46 m, overall length to 8.33 m, height to 2.16 m and propeller disc diameter to 1.89 m. Based on all these assumptions I will try to draw the look that the mythical airplane might have had.