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The Bede BD-10 was Jim Bede's attempt to introduce the world's first kit-built jet-powered general aviation supersonic aircraft. [1] After several years of testing and modifications, the project was taken over by investors in order to produce fully completed civilian and military training aircraft, but these projects were never realized.
The IBM AP-101B CPU and I/O processor (right) and AP-101S (left) The IBM System/4 Pi is a family of avionics computers used, in various versions, on the F-15 Eagle fighter, E-3 Sentry AWACS, Harpoon Missile, NASA's Skylab, MOL, and the Space Shuttle, as well as other aircraft. Development began in 1965, deliveries in 1967. [1]
Similar in design to the Bede BD-4, it is a high-wing cantilever monoplane of conventional configuration. The BD-6 is marketed as a kit homebuilt. [1] The prototype was damaged in St Louis in the Great Flood of 1993, but in 2005 was reportedly under restoration by Bedecorp. The company created new drawings to finally bring the design to market.
The aircraft featured retractable undercarriage, split flaps, spoilers to reduce speed for landing, and a V-tail for decreased drag in cruise. Two versions were planned — the BD-5A with "short" wings for high speeds, and the BD-5B with 4 ft (1.2 m) longer wings for range and powered glider use. Performance of the BD-5A was claimed to be 210 ...
The Bede BD-14 was an American homebuilt aircraft, designed by Jim Bede and produced by Bede Aircraft of Medina, Ohio, introduced in the 1990s. The aircraft was intended to be supplied as a kit for amateur construction, but only one was ever built.
The BD-3 is a six place, low wing pusher configuration aircraft with tricycle landing gear. The aircraft is powered by two engines driving a single shrouded pusher propeller connected with V belts and overriding clutches. The aircraft uses STOL Boundary layer control devices. The fuselage was built using aluminum honeycomb. Bede intended to ...
At the time, the best integrated circuit (chip) technology available lacked the scale (number of transistors per chip) necessary to build a single-chip microprocessor for a flight control system. The MP944 chip set was the core of the CADC used to control the swing wings of the F-14 Tomcat naval interceptor.
The Hongdu JL-10, also initially known as Hongdu L-15 Falcon, [3] is a supersonic advanced jet trainer and light combat aircraft developed by Hongdu Aviation Industry Corporation (HAIC). [ 4 ] [ 5 ] It is used by the People's Liberation Army Air Force (PLAAF) as a lead-in fighter trainer (LIFT).
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