Bugatti 100P Rebuilt: The Plane That Could've Turned the Battle of Britain

concertina226 writes "A team of engineers is working together to recreate the Bugatti Veyron (or Bugatti 100P), an art deco-era fighter plane designed for World War II that would have broken the air speed record in 1940 — only the plane was never flown. Featuring forward pitched wings, a zero-drag cooling system and automated flight control assistance, plane was capable of reaching an air speed of 500mph, which would have made it the fastest and most advanced plane of its time."

Comments

Sensationalist

[Anonymous Coward]

From TFU:

"The Bugatti 100P was not ready in time for the September 1939 deadline to enter the Coupe Deutsch aircraft race, ... If the Germans had been able to get hold of the Bugatti, it is believed that the plane could have outperformed the British Supermarine Spitfire planes during the Battle of Britain."

Incredible how unrealistic/sensationalist how people can be. The prototype was not ready in Sept 39, it was hidden in France and hence can only be found there by the Germans after May 1940 and still it is assumed to take part in the Battle of Britain on the summer of 1940? And according to the title it is even supposed to win the war at that time???

Re:Already Lost

[PapayaSF]

Superb aircraft.

Oh, indeed. And the story of its origin is wonderful. In 1940 the British wanted North American Aviation to produce Curtiss P-40 Warhawks under license, but NAA thought they could make a better aircraft faster. And the first P-51 rolled out 102 days after the contract was signed, and first flew 47 days after that. It took a few years of upgrades and revsions to turn it into the best piston-engined fighter of the war, but compare that initial design and development cycle to the years and even decades it takes to get anything built these days.

Interesting tech note: the P-51's distinctive radiator/oil cooler actually added speed to the plane: cool air came in the front, and the hot air exiting the back added some jet-like thrust.