Free and Pro
Tecnam P2006T
Tecnam P2006T: The stabilator/anti-tab arrangement motivates aerodynamic loading.
MSFS 2020 · X-Plane 12 · X-Plane 11 · Revision 1
Aircraft and full profile explanation →AIRCRAFT AND FEEL
Built-in profile reference
Understand the aircraft and the starting settings for the version you fly. Each profile keeps its sources, assumptions and open questions together.
Built-in profiles are editable starting points for FFB-Bridge. Free and Pro share MSFS and X-Plane profiles for all aircraft types. Profiles authored for additional simulator/game packs are Pro-only.
1641 profile choices
Catalogue programme-20261022-v1
The full catalogue contains 1641 profile choices; 1564 declare an MSFS 2020, MSFS 2024 or X-Plane 12 target. Profile choices may cover multiple editions of one aircraft.
Free and Pro
Tecnam P2008
Tecnam P2008: Manual linkage motivates reversible stick resistance.
MSFS 2024 · MSFS 2020 · Revision 1
Aircraft and full profile explanation →
Free and Pro
Tecnam P2010
Tecnam P2010: Mechanical primary controls motivate sustained stick loading.
MSFS 2024 · MSFS 2020 · Revision 1
Aircraft and full profile explanation →
Free and Pro
Tecnam P2012 Traveller
Tecnam P2012 Traveller: Mechanical transport controls motivate aerodynamic yoke loading.
MSFS 2020 · Revision 1
Aircraft and full profile explanation →
Free and Pro
Tecnam P92
Tecnam P92: The stabilator/tab arrangement motivates reversible resistance.
MSFS 2024 · MSFS 2020 · Revision 1
Aircraft and full profile explanation →
Ted CookFree and Pro
Ted Cook Ford 4-AT Floats
Ted Cook Ford 4-AT Floats: The profile supplies selected three-engine transport resistance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →Ted CookFree and Pro
Ted Cook Ford 4-AT Wheels
Ted Cook Ford 4-AT Wheels: The profile supplies selected three-engine transport resistance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →Ted CookFree and Pro
Ted Cook Ford 4-AT-E Wheels
Ted Cook Ford 4-AT-E Wheels: The profile supplies selected three-engine transport resistance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →Ted CookFree and Pro
Ted Cook Ford 5-AT Wheels
The larger 5-AT Trimotor with three Wasp radial engines.
X-Plane 12 · Revision 2
Aircraft and full profile explanation →Ted CookFree and Pro
Ted Cook Ford Byrd 4-AT Skis
Ted Cook Ford Byrd 4-AT Skis: The profile supplies selected three-engine transport resistance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →Ted CookFree and Pro
Ted Cook Ford Byrd 4-AT Wheels
Ted Cook Ford Byrd 4-AT Wheels: The profile supplies selected three-engine transport resistance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →Ted Cook ProductionsFree and Pro
Ted Cook Productions Stinson 108 floats
The Stinson 108 is a four-seat, high-wing light aircraft.
X-Plane 12 · Revision 2
Aircraft and full profile explanation →Ted Cook ProductionsFree and Pro
Ted Cook Productions Stinson 108 wheels
The Stinson 108 is a four-seat, high-wing light aircraft.
X-Plane 12 · Revision 2
Aircraft and full profile explanation →
Free and Pro
Tensor 600X
Tensor 600X: The spring supplies gyroplane control resistance independently of wing-based speed loading.
X-Plane 12 · X-Plane 11 · Revision 1
Aircraft and full profile explanation →
TFDi DesignFree and Pro
TFDi Design MD-11
TFDi Design MD-11: Artificial feel accompanies the hydraulically powered controls.
MSFS 2020 · MSFS 2024 · Revision 4
Aircraft and full profile explanation →TFDi DesignFree and Pro
TFDi Design MD-11F
TFDi Design MD-11F: Artificial feel accompanies the hydraulically powered controls.
MSFS 2020 · MSFS 2024 · Revision 3
Aircraft and full profile explanation →
ThrandaFree and Pro
Thranda BN-2A Islander
Thranda BN-2A Islander: The selected reversible yoke response is independent of piston or turbine cues; DynaFeel changes input response and is not a calibrated device-force signal.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →
ThrandaFree and Pro
Thranda C172M
Thranda C172M: Mechanical controls and published pitch-heavy handling motivate speed-dependent yoke resistance and a separately selected roll balance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →ThrandaFree and Pro
Thranda C172M Amphibian Water Operations
Thranda C172M Amphibian Water Operations: Mechanical controls and published pitch-heavy handling motivate speed-dependent yoke resistance and a separately selected roll balance.
X-Plane 12 · Revision 2
Aircraft and full profile explanation →ThrandaFree and Pro
Thranda C172M Skis
Thranda C172M Skis: Mechanical controls and published pitch-heavy handling motivate speed-dependent yoke resistance and a separately selected roll balance.
X-Plane 12 · Revision 2
Aircraft and full profile explanation →ThrandaFree and Pro
Thranda C172M Straight Floats
Thranda C172M Straight Floats: Mechanical controls and published pitch-heavy handling motivate speed-dependent yoke resistance and a separately selected roll balance.
X-Plane 12 · Revision 2
Aircraft and full profile explanation →
ThrandaFree and Pro
Thranda C208 Caravan 675 Short Body
Thranda C208 Caravan 675 Short Body: Mechanical links and servo-tab/roll-spoiler assistance motivate the selected speed-dependent yoke response; related flight reports support a qualitative roll-heavy balance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →ThrandaFree and Pro
Thranda C208 Caravan 675 Short Body Amphibian Water Operations
Thranda C208 Caravan 675 Short Body Amphibian Water Operations: Mechanical links and servo-tab/roll-spoiler assistance motivate the selected speed-dependent yoke response; related flight reports support a qualitative.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →ThrandaFree and Pro
Thranda C208 Caravan 675 Short Body Straight Floats
Thranda C208 Caravan 675 Short Body Straight Floats: Mechanical links and servo-tab/roll-spoiler assistance motivate the selected speed-dependent yoke response; related flight reports support a qualitative roll-heavy balance.
X-Plane 12 · Revision 3
Aircraft and full profile explanation →