Piper PA-38 Tomahawk ↗
Piper's two-seat trainer with fixed tricycle landing gear.
Explore the aircraft. Find your simulator. Follow the sources.
Piper's two-seat trainer with fixed tricycle landing gear.
A compact Japanese twin turboprop with a high wing and pressurised cabin.
A two-seat composite trainer with a low wing and a large canopy.
A compact rear-engined jet designed for short-haul regional airline work.
The Stationair utility family, combining a high wing with fixed landing gear.
A low-wing piston family that spans simple trainers, touring aircraft and retractable-gear Arrows.
TorqueSim's Pocket Rocket, a simulated PT6-powered light aircraft with two gear layouts.
Airbus's first production aircraft, built around a twin-engine wide-body layout.
RotorWay's two-seat kit-helicopter family, with piston and turbine simulator interpretations.
A modern medium twin-engine helicopter developed as a successor to the Dauphin line.
Embraer's regional-jet family, from the ERJ 135 to the longer ERJ 145.
A composite two-seat light sport aircraft with an unobstructed cantilever high wing.
A utility piston twin designed for commuter and specialist transport missions.
The four-engine Flying Fortress, a major American bomber of the Second World War.
A composite amphibian that carries Dornier's centreline engine arrangement into the turboprop era.
A regional jet family with four small engines, a high wing and a large split tail airbrake.
A very light twin jet developed from the Eclipse 500.
A simulated twin-turbine helicopter that explores no-tail-rotor anti-torque control.
A compact aerobatic biplane family with both single-seat and tandem-seat branches.
A 1920s transport family that developed from a single-engine airliner into a trimotor.
A compact Australian wartime fighter built around a radial engine.
The turboprop-powered member of Beechcraft’s tandem-seat Mentor training family.
A long-range fighter whose different engine and canopy developments produced several distinct forms.
A compact utility helicopter distinguished by its enclosed Fenestron tail rotor.
New aircraft, useful sources and improvements to AirframeDB. Occasional updates, when there’s something to share.