Airbus H160 ↗
A modern medium twin-engine helicopter developed as a successor to the Dauphin line.
Explore the aircraft. Find your simulator. Follow the sources.
A modern medium twin-engine helicopter developed as a successor to the Dauphin line.
A compact Japanese twin turboprop with a high wing and pressurised cabin.
A light tandem-seat taildragger built around the familiar braced high-wing layout.
Lockheed's tandem-seat Shooting Star jet trainer.
A two-seat training single with a high wing and fixed tricycle landing gear.
A compact aerobatic biplane family with both single-seat and tandem-seat branches.
A twin-radial military transport with a rear ramp and short-field design priorities.
Piper's two-seat trainer with fixed tricycle landing gear.
A 1920s flying boat with two engines arranged in tandem above the wing.
The Wilga is the real-aircraft starting point for Mike Patey's DRACO and the simulator's DRACO X.
A 1920s transport family that developed from a single-engine airliner into a trimotor.
A modern utility single whose family includes both tailwheel and nosewheel configurations.
A French two-seat aerobatic trainer with side-by-side seating and a distinctive curved wing outline.
SOCATA's touring-aircraft family, including the Tobago and Trinidad.
A huge wooden flying-boat prototype that made one brief flight in 1947.
A cabin biplane with the lower wing placed ahead of the upper one.
A four-engine jetliner that helped establish the shape of long-distance jet travel.
A Brazilian light trainer with a high wing, tandem seats and a simple utility layout.
A vast inter-war flying boat with twelve engines arranged in six paired installations.
A heavy transport helicopter whose two large rotors remove the need for a tail rotor.
A single-engine turboprop workhorse for passenger services, freight and remote-area transport.
A long-range fighter whose different engine and canopy developments produced several distinct forms.
A twin-turbine Huey descendant with a four-blade main rotor.
A six-engine heavy transport created for exceptionally large external and internal loads.
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