Learn how to use thrust reversers in a flight simulator, bind the controls, stow them safely and fix common deployment problems.
To use thrust reversers in a flight simulator, land, reduce the throttles to idle, deploy reverse thrust with the assigned button, key or reverse detent, then add reverse power. As the aircraft slows, return the levers to idle and stow the reversers before taxi speed, following that aircraft’s operating limits.
For a general flight simulator setup, the same sequence applies in Microsoft Flight Simulator, FSX, X-Plane and Prepar3D, although each uses different control names. Only use this technique in an aircraft fitted with thrust reversers or reversible-pitch propellers.
How to use reverse thrust after landing
Use reverse thrust after the main wheels are firmly on the runway and the forward throttles have reached idle.
- Configure the control before flying. Assign a reverse-thrust button, toggle, keyboard command or reverse axis. Check whether the command merely deploys the reversers or also applies reverse power.
- Touch down and close the throttles. Allow the thrust levers to reach idle fully. Most simulated transport aircraft use weight-on-wheels logic that prevents normal reverser deployment in flight.
- Select reverse idle. Deploy the reversers and check the cockpit indication. Depending on the aircraft, this may be a
REVannunciation, a lever animation or separate unlocked and deployed indications. - Add reverse power. Increase it smoothly while maintaining the runway centreline with rudder or nose-wheel steering. Do not apply substantial reverse power until the reversers indicate that they are deployed.
- Reduce and stow. Bring reverse power back to reverse idle as speed falls, then stow the reversers at the speed required by the aircraft procedure. Confirm that the indication disappears before selecting taxi thrust.
Reverse thrust works alongside spoilers, autobrakes and manual wheel braking; it does not replace them. Never select it in flight unless the simulated aircraft’s documented procedure expressly permits in-flight reverse operation.
How should I bind thrust reversers?
Choose the binding method that matches your controller and the way the aircraft add-on interprets reverse thrust.
| Binding method | Best choice when | Main caution |
|---|---|---|
| Hold-reverse button | Your throttle has a spring-loaded button or detent switch | Some commands change the throttle axis into reverse; others apply reverse directly. |
| Toggle reverse | You use a keyboard, gamepad or throttle with few buttons | It is easy to forget that the throttle remains in reverse mode. |
| Reverse axis or below-idle detent | Your quadrant has a physical reverse range | The idle point and reverse zone must be calibrated accurately. |
| Throttle-decrease key | You fly with the keyboard or use an older simulator | It is less precise and may need to be held after forward idle is reached. |
For physical hardware, our explanation of throttle quadrants, reverse detents and calibration covers the controls involved. Microsoft Flight Simulator users can follow our MSFS throttle and reverse-control setup; exact control labels can differ between simulator editions and aircraft.
X-Plane 12 supports buttons, toggles and hardware reverse ranges, explained in our X-Plane 12 reverser-binding guide. In FSX, the throttle-decrease command is commonly used after reaching idle; the relevant keys are listed in our FSX keyboard command reference.
When should thrust reversers be stowed?
Stow the thrust reversers as the aircraft approaches its specified low-speed limit, not at one universal speed.
Reverse thrust is most useful during the high-speed part of the landing roll. At lower speeds it becomes less effective and can increase the risk of foreign-object ingestion, propeller erosion or directional instability. Many procedures reduce to reverse idle first and then stow, but the exact speed depends on the aircraft.
On turboprops, beta range and reverse are not necessarily the same thing. Beta controls blade pitch for ground operation, while a further movement may command negative blade pitch and actual reverse thrust.
Why won’t the thrust reversers deploy?
Thrust reversers usually fail to deploy because the throttle is not reaching idle, the wrong command is assigned or the aircraft’s ground interlock has not activated.
- The throttle axis is above idle: recalibrate it and add a small idle dead zone if the input flickers.
- Bindings conflict: remove duplicate throttle, reverse and per-engine assignments from other connected controllers.
- The wrong command type is selected: distinguish between hold, toggle, decrease-throttle and dedicated reverse-axis commands.
- The aircraft is not firmly on the ground: a bounce or incomplete weight-on-wheels signal can keep the reversers locked.
- The add-on uses its own calibration: complex aircraft may require throttle detents to be calibrated through an onboard settings panel.
- Only one engine reverses: check whether reverse controls were assigned to an individual engine rather than all engines.
- The reversers deploy but provide no braking: you may have selected reverse idle without adding reverse power.
Does reverse thrust replace wheel braking?
Reverse thrust supplements the wheel brakes; it should not be treated as the aircraft’s sole stopping system.
Continue using the aircraft’s normal autobrake or manual-braking procedure, especially as reverse is reduced at low speed. Do not use reverse thrust to back away from a gate merely because the simulator permits it: powerback is aircraft- and operator-specific, while pushback is the normal procedure for most simulated airliners.