How do I set up reverse thrust in X-Plane 12?

To reverse in X-Plane 12, bring the throttles to idle and press Shift+/; the standard X-Plane 12 keyboard profile binds this to Toggle thrust reversers. Increase reverse with the throttle, return to idle, then press Shift+/ again. For hardware, assign a hold, toggle or calibrated beta/reverse range under Settings > Joystick.

How do I reverse with the keyboard in X-Plane 12?

Shift+/ is the default reverse-thrust binding in the unmodified X-Plane 12 keyboard profile. On a US keyboard, that combination is the question-mark key; regional keyboard layouts may place the slash elsewhere.

1. Reduce thrust fully to idle. With the standard keyboard profile, F1 reduces throttle and F2 increases it.
2. Press Shift+/. This selects reverse mode rather than immediately commanding maximum reverse.
3. Increase the throttle carefully with F2 or a throttle axis to add reverse power.
4. Return to reverse idle with F1 or the physical throttle.
5. Press Shift+/ again to stow the reversers before applying forward thrust.

If the shortcut does not work, open Settings > Keyboard, search for reverse, select Toggle thrust reversers and press the key combination you want. Check the displayed assignment for a conflict before closing Settings. This is also the fastest method on a non-US keyboard or a profile whose default binding has been changed.

Which reverse-thrust command should I assign?

Choose the command according to the electrical input your control sends, not according to the shape of its lever.

With a toggle, always return the throttle to idle before stowing the reversers. Toggling back to forward mode while the physical axis is advanced can produce an abrupt burst of forward thrust.

How do I assign reverse in Settings > Joystick and Settings > Keyboard?

Load the intended aircraft first, then confirm the active controller profile before changing any assignment.

1. Open Settings > Joystick. The Active Profile selector identifies the profile being used by the loaded aircraft.
2. Create an aircraft-specific profile if required. Use the Active Profile menu to save the existing mapping as a new profile, then select that profile for the aircraft. Open Manage Profiles to check which aircraft are associated with it.
3. Select the correct controller. Choose the Winwing, Warthog, TCA Boeing or other device from the available hardware, then operate the proposed reverse control. Its button indicator or axis bar should move.
4. Open that input's assignment and search the command list for reverse. Select an all-engine or per-engine command according to the aircraft and throttle layout.
5. Open Settings > Keyboard when assigning a key. Confirm the same Active Profile, search for reverse, select the command and press the desired key combination.
6. Check for duplicate controls. Inspect every connected controller for another throttle axis, reverse command or switch assignment. A keyboard key and joystick button sharing one command is harmless; two axes continuously sending different throttle positions are not.
7. Test on the ground. Use an aircraft that models reversers, place every throttle at idle and begin with low reverse power in a clear area.

If X-Plane is highlighting the wrong button, failing to detect an axis or loading an unexpected profile, our guide to identifying, assigning and removing duplicate X-Plane input controls covers the underlying device setup.

Thrustmaster Warthog and Winwing throttle setup

Warthog and Winwing layouts differ, so first establish whether the reverse control is a button, a maintained switch or genuine below-idle axis travel.

How can I tell whether the reverse handle is a button or an axis?

Watch the device display under Settings > Joystick while moving through the idle stop. If the throttle axis bar continues moving below idle, it has analogue travel. If the axis stops and a numbered button lights instead, the reverse position is button-only.

On a Thrustmaster HOTAS Warthog throttle, the positions behind the IDLE detents are normally OFF switch inputs rather than extensions of the throttle axes. They can be assigned to per-engine hold-at-maximum reverse, but doing so may conflict with fuel-cut-off controls used by some aircraft. A spare momentary button is often the cleaner choice.

Winwing bases and grips expose different combinations of axes, detents and switches. Do not copy a binding solely because it works on another Winwing model: use X-Plane's live input display to identify what your own unit sends.

• Button remains active while the handle is held or parked: use Hold thrust reverse at max for simple, synchronised operation.
• Button sends a single press: use Toggle thrust reversers when the main throttle will regulate reverse power. A second press is required to stow.
• Switch has separate forward and reverse contacts: use discrete deploy and stow commands if the aircraft exposes them.
• Axis continues below idle: calibrate the full travel and configure a beta/reverse detent. Do not assign a button command as well unless the aircraft specifically requires both.

What about a Thrustmaster TCA Boeing reverse setup?

Use the same input test for a TCA Boeing quadrant because a lever that looks analogue may still be exposed as a button or switch. Treat each reverser lever as button-only unless the axis display proves that it supplies usable travel below idle, then choose hold, toggle or a calibrated reverse range accordingly.

How do I configure a true reverse detent?

A true below-idle throttle range must be calibrated across its complete physical travel before the beta or reverse boundary is positioned.

1. Select the throttle under Settings > Joystick and calibrate it from maximum forward thrust through idle to the lowest reverse position.
2. Assign the throttle axis either to all engines or to its intended individual engine. Do not combine an all-engine throttle axis with separate engine axes.
3. Open the response-curve controls and enable or position the beta/reverse detent options offered for that axis.
4. Align the idle boundary with the physical stop. Leave a small margin if the reported value jitters around idle.
5. Move slowly through the detent and watch the cockpit levers. They should enter reverse only after the physical lever passes idle.

Incomplete calibration commonly makes the idle detent register as partial forward thrust, preventing deployment. Follow our full-axis calibration procedure for X-Plane 12 throttles before adjusting response curves.

The Reverse Axis option does not create a reverse-thrust range. It only swaps the electrical direction of an axis when maximum and minimum are being read backwards.

How should I set up reverse thrust in the Zibo 737?

The Zibo 737 may use aircraft-specific commands and EFB hardware settings instead of, or alongside, X-Plane's stock reverse commands.

Use a Zibo release intended for the installed X-Plane 12 version, then follow the control options documented for that particular release. Command names, EFB pages and supported X-Plane builds are not identical across every Zibo version. Where its EFB provides throttle calibration, noise filtering or reverser options, configure those before trying to compensate with an X-Plane response curve.

A stock command that operates a default X-Plane jet does not prove that it is the correct command for the Zibo aircraft. Search both the standard command list and the aircraft-specific commands exposed by the installed Zibo version. Do not bind stock and custom reverser commands to the same handle unless that version's instructions explicitly require it.

Safe Zibo reverse test sequence

1. Load the aircraft on the ground in a clear area, with the engines stabilised and the correct controller profile selected.
2. Confirm both forward thrust levers are at idle. A noisy or miscalibrated axis slightly above idle can keep the reverse interlock engaged.
3. Apply the parking brake for the indication check and command reverse without immediately adding high power.
4. Watch the simulated reverse levers and indications. Allow deployment to complete before increasing reverse modestly.
5. Return to reverse idle, stow the reversers and confirm the cockpit indications return to the forward-thrust state.

The Zibo's ground and idle interlocks are expected behaviour: reverse should not deploy normally while airborne or while the forward thrust levers are above idle. If separate engine controls are involved, our guidance on setting up independent multi-engine throttle axes and commands helps remove combined-axis conflicts.

It doesn't work: exact reverse-thrust checks

Most failed reverse setups can be isolated by testing the stock keyboard command in a default jet, on the ground and at idle.

How do turboprop beta and reverse differ?

Turboprops normally use a beta range and negative propeller blade angle rather than a jet-style reverser sleeve or bucket. Beta provides fine ground-thrust control near zero blade angle; moving the power lever farther back commands reverse.

Search the command list for both beta and reverse, and use a calibrated power-lever detent where the aircraft supports one. Do not assign the propeller-condition or prop-pitch lever as reverse unless that aircraft's control system specifically calls for it.

A high governed propeller RPM in beta or reverse does not by itself indicate a faulty binding. The power lever may be changing blade angle while the propeller or condition control maintains RPM, and complex turboprop add-ons may substitute their own beta commands for X-Plane's stock controls.