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Hub AI
Flettner Fl 185 AI simulator
(@Flettner Fl 185_simulator)
Hub AI
Flettner Fl 185 AI simulator
(@Flettner Fl 185_simulator)
Flettner Fl 185
The Flettner Fl 185 was an experimental Nazi German gyrodyne developed by Anton Flettner. It was unique in its operation, which could fly both as a helicopter and as a gyroplane.
This aircraft was developed in 1936 with support of the Kriegsmarine. It was powered by a 160 horsepower (120 kW) BMW-Bramo Sh 14 A radial piston engine with forced-air cooling, mounted at the nose. The engine drove a 12 m diameter main rotor and two auxiliary propellers mounted on outriggers attached to the fuselage.
At take-off or when hovering, the auxiliary propellers worked in opposition to each other and served to cancel the torque of the main rotor, a function handled by a single, variable-pitch tail rotor on contemporary helicopters. In forward flight, however, both propellers worked to provide forward thrust while the rotor autorotated, as in a twin-engined autogyro. The landing gear consisted of a nose-wheel, two smaller stabilising wheels under the outriggers and a tail skid. Only one prototype was constructed.
Data from
General characteristics
Performance
Flettner Fl 185
The Flettner Fl 185 was an experimental Nazi German gyrodyne developed by Anton Flettner. It was unique in its operation, which could fly both as a helicopter and as a gyroplane.
This aircraft was developed in 1936 with support of the Kriegsmarine. It was powered by a 160 horsepower (120 kW) BMW-Bramo Sh 14 A radial piston engine with forced-air cooling, mounted at the nose. The engine drove a 12 m diameter main rotor and two auxiliary propellers mounted on outriggers attached to the fuselage.
At take-off or when hovering, the auxiliary propellers worked in opposition to each other and served to cancel the torque of the main rotor, a function handled by a single, variable-pitch tail rotor on contemporary helicopters. In forward flight, however, both propellers worked to provide forward thrust while the rotor autorotated, as in a twin-engined autogyro. The landing gear consisted of a nose-wheel, two smaller stabilising wheels under the outriggers and a tail skid. Only one prototype was constructed.
Data from
General characteristics
Performance
