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The Sharp DR 90 Nemesis is a Formula One racing aircraft designed by Jon Sharp and built at the Mojave Airport by the Nemesis Air Racing Team. The aircraft is powered by a modified Continental O-200 piston engine. The Nemesis originated as an attempt by Jon Sharp to build a Shoestring racer, with composite skins over a steel frame. Along the ...
Aircraft must have a minimum wing area of 66 square feet (6.1 m 2), and an empty weight of 500 pounds or more. The aircraft must also have fixed landing gear, and a fixed pitch propeller. Racers compete in a 3.19-mile (5.13 km) Oval course. [3] Several aircraft were capable of meeting the specifications for Formula One at its creation.
1 List of aircraft. ... 1.7 Space Gallery. 1.8 Research and Development Gallery. 1.9 Global Reach Gallery. ... Upload file; Special pages; Permanent link;
The Cassutt Special is a single-seat sport and racing aircraft designed in the United States in 1951 for Formula One air races. Designed by ex-TWA captain Tom Cassutt, it is a mid-wing cantilever monoplane with fixed tailwheel undercarriage. The fuselage and tail are of fabric-covered steel tube construction, and the wings are built from ...
The Williams W-17 Stinger is an American homebuilt racing aircraft that was designed for Formula One Air Racing by Art Williams and produced by his company, Williams Aircraft Design of Northridge, California, introduced in 1971. The aircraft was at one time available in the form of plans for amateur construction, but only one was ever constructed.
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Powered by a Continental O-200 Engine, built to compete in the Formula One category at the Reno Air Races. [4] It was designed to comply with the "Formula" Rules, [5] which limit engine displacement, propeller type, wing area, minimum aircraft weight, and landing gear type. [6] The Aircraft is also Eligible for International Air Racing.
In the table below, for a tolerance of ±5%, the sample sizes for a collection of more than 50,000 books would be 381 items for 95% confidence, and 648 items for 99% confidence. To achieve a lower tolerance of ±1% one would have to sample thousands of books, which might stretch the resources available for even a sample inventory.