Learn how to assign reverse thrust to a controller, choose the right button or axis binding, calibrate detents and fix throttle conflicts.
To assign reverse thrust in a flight simulator, bind a controller button to Hold Reverse Thrust, Throttle Decrease or the simulator’s equivalent command. Bring the throttles to idle before holding it. For a quadrant with reverse detents, use detent buttons or a dedicated reverse axis, then calibrate and remove conflicting throttle bindings.
Which reverse-thrust binding should I use?
Choose a dedicated reverse axis when your throttle quadrant and aircraft support one; otherwise, a hold or throttle-decrease button is the most dependable option. Command names and behaviour differ between simulators and aircraft.
| Binding type | Best used when | How it behaves |
|---|---|---|
Throttle Decrease | The simulator uses a traditional throttle command, including FSX-style controls | Holding the button below idle progressively applies reverse thrust. Button repeat must work. |
Hold Reverse Thrust | You want to reuse the normal throttle axis | Hold the button at idle, move the throttle to command reverse, return it to idle, then release the button. |
Toggle Reverse Thrust | You have limited buttons or cannot comfortably hold one | Press once at idle, use the throttle axis for reverse, return to idle and press again to leave reverse mode. |
| Dedicated reverse axis | Your quadrant has physical reverse travel and the aircraft supports calibration | The reverse section of the axis directly controls reverse thrust. |
FSX normally relies on the throttle-decrease method. Our FSX reverse-thrust mapping and operating instructions explain that workflow in detail.
How do I set up a reverse-thrust button?
A clean controller profile using one reverse method is more reliable than several overlapping assignments.
- Create a separate controller profile. An aircraft-specific copy lets you change reverse settings without disturbing controls that already work elsewhere.
- Check the normal throttle axis. Confirm that idle is stable and the axis reaches its full forward range. Add a small idle dead zone if the input flickers.
- Remove duplicate throttle assignments. Check every connected joystick, quadrant and gamepad. Two devices bound to the same throttle can continually override one another.
- Search the control list for reverse-related commands. Look for labels containing
Reverse,Hold Reverse,Toggle Reverse,Throttle DecreaseorReverse Axis. Use the method matching the table above. - Enable button repetition where required. A throttle-decrease command usually needs to repeat while held; otherwise, one press may produce only a tiny reduction.
- Test while parked with the engines running. Move the throttles fully to idle, apply the reverse command and watch the cockpit reverser indication, throttle animation or engine instruments. Return to idle before disengaging reverse.
- Save the profile. Complex airliners, turboprops and simple default aircraft may need different reverse configurations.
Do not use an axis-invert option to create reverse thrust. Inverting only swaps the axis direction; it does not add a reverse range below idle.
How should reverse detents on a throttle quadrant be configured?
A reverse detent may appear as a button, an extension of the throttle axis or a separate reverse axis, depending on the hardware and driver.
On many Saitek and Logitech quadrants, moving a lever below idle activates a button switch rather than additional axis travel. Assign that switch to the appropriate hold or throttle-decrease command; our Saitek and Logitech detent-switch setup covers the practical mappings.
Airbus-style hardware can require both an in-simulator profile and calibration inside the simulated aircraft. For MSFS 2024, follow our Thrustmaster TCA profile, detent and conflict checks rather than assigning every reverse command at once.
If the aircraft provides its own throttle calibration page, set idle and reverse positions there after configuring the simulator. Avoid binding both a reverse axis and a reverse button unless the aircraft documentation explicitly requires that combination.
Can one button control reverse thrust on every engine?
Yes, a generic all-engine reverse command is usually the simplest choice for a gamepad, joystick or single-lever throttle. Use engine-specific reverse assignments only when you have separate levers and need independent control.
If one reverser deploys and the other does not, check for mixed generic and engine-specific bindings. Also confirm that both physical levers reach the same idle position; a lever sitting fractionally above idle can block reverse on that engine.
Why is reverse thrust not working?
Reverse thrust usually fails because the throttle is not fully idle, the selected aircraft does not support it or another axis is overriding the command.
- The aircraft has no reversible thrust. Many light piston aircraft cannot reverse their propellers, while jet and turboprop implementations vary.
- The aircraft is not on the ground. Many simulated aircraft use weight-on-wheels logic and will inhibit reverser deployment in flight.
- The throttles are slightly above idle. Recalibrate the axis or add a small idle dead zone. Hardware noise is a common cause.
- The wrong command type is assigned. A toggle command does not behave like a held command, and a throttle-decrease command may need repetition.
- A second device is sending throttle input. Clear unwanted assignments from gamepads, joystick sliders and duplicate controller profiles.
- The add-on uses custom throttle logic. Calibrate its idle and reverse detents through the aircraft’s own controls page when one is provided.
- Autothrottle or aircraft logic is holding power above idle. Let the throttles retard fully and follow the aircraft’s normal landing sequence before selecting reverse.
With hold or toggle modes, always bring the physical throttle back to idle before leaving reverse mode. Releasing the mode while the lever remains advanced can command unexpected forward thrust.