How do I calibrate a joystick and throttle in MSFS 2024?
Calibrate the joystick and throttle in their manufacturer software or Windows first, then open Microsoft Flight Simulator 2024’s Controls settings, select each device, bind the correct analogue axes, and tune direction, dead zone and sensitivity. Save separate profiles and remove duplicate bindings before testing in the cockpit.
Calibrate the hardware before opening MSFS 2024
Hardware calibration establishes the raw centre position, endpoints and throttle detents; MSFS sensitivity settings should not be used to conceal bad raw input. If the manufacturer supplies a calibration utility, use that before the Windows calibration wizard because it may understand split throttles, reverse zones and stored onboard settings.
- Connect the controls securely. Use a stable USB connection and test directly on the PC if a hub causes disconnections or intermittent input.
- Run the manufacturer’s calibration. Move every stick and lever through its complete range as instructed, including throttle detents, reverse levers and twist rudders. Release self-centring axes when the utility asks for their centre position.
- Check the raw Windows input. Open the USB game-controller panel with
joy.cpl, select each device and inspect its Properties page. Our Windows joystick testing procedure explains how to check centre position, smooth movement and full travel. Use Windows calibration only for a generic device that supports it and does not require its own utility. - Resolve hardware errors first. An axis that jitters, sticks, stops short or moves backwards in the manufacturer utility or Windows will behave the same way in the simulator.
Xbox Series X|S and PlayStation 5 cannot run joy.cpl. Use the peripheral’s onboard calibration procedure where one is provided, then adjust it inside MSFS 2024. Calibration cannot make an unsupported device appear, so check the platform compatibility requirements for MSFS 2024 controllers if the console does not detect it.
How do I assign joystick and throttle axes in MSFS 2024?
Open Settings > Controls, select the physical device and create a custom preset rather than changing a default preset blindly. Configure the joystick and throttle separately because each USB device maintains its own assignments.
- Select the correct device. Confirm that you are editing the joystick, throttle or pedals intended for that binding. A common mistake is changing the gamepad profile while expecting the flight stick to respond.
- Bind the flight-control axes. Assign stick X to Ailerons Axis, stick Y to Elevator Axis, and the twist grip or pedals to Rudder Axis. Choose commands containing “Axis”; commands such as elevator up, aileron left or increase throttle are digital inputs and will not provide proportional movement.
- Choose the right throttle command. For a conventional lever running from idle to full power, use the 0–100% throttle-axis form when offered. A single lever can control all engines through the combined throttle axis, while independent twin levers should be assigned to Throttle 1 Axis and Throttle 2 Axis.
- Check direction and travel. Move each control while watching the input indicator. Enable the axis-reversal option if the on-screen control moves in the opposite direction; do not solve an inverted axis by selecting an unrelated binding.
- Save and test the preset. Load a simple default aircraft, move every control from stop to stop and confirm that the cockpit controls follow smoothly.
Keep different presets for general aviation controls and detented airliner throttles when their requirements conflict. Give them clear names so the wrong throttle profile is not loaded with another aircraft.
What sensitivity and dead-zone settings should I use?
Start with linear response and no dead zone, then change only the setting needed to correct an observed problem. There is no universal sensitivity value because stick length, sensor quality and aircraft response differ.
| Axis | Sensible starting point | When to adjust it |
|---|---|---|
| Pitch and roll | Linear curve, no dead zone | Add the smallest centre dead zone that stops drift. Soften the central response only if small movements are too abrupt. |
| Twist rudder or pedals | Linear with minimal dead zone | Add a small centre dead zone for noisy sensors or soften the centre if taxi steering is too sensitive. |
| Throttle | Linear with full idle-to-maximum travel | Correct endpoints or detents rather than adding a centre dead zone, which can create a flat spot around mid-travel. |
The dead-zone control ignores movement around the neutral point, while sensitivity changes the response curve. An endpoint or extremity adjustment makes full output occur before the physical stop; use it only when the raw device is correctly calibrated but the MSFS output still falls short. Lowering reactivity merely delays the response and should not be used to hide a noisy sensor.
How do I calibrate throttle detents and reverse thrust?
Throttle detents require both hardware calibration and the correct aircraft-specific axis setup. The generic MSFS profile establishes the axis, but an airliner may also provide calibration through its cockpit tablet, EFB or configuration system.
- Idle-to-full lever: use the 0–100% axis and bind reverse thrust to the hardware’s reverse button or latch if supported.
- Lever with an analogue reverse range: use a full-range throttle command only when the aircraft expects negative travel, then calibrate the idle and reverse boundaries in the aircraft’s own system.
- Twin throttles: bind each lever to the matching engine and check that engine one does not respond to the second lever.
- Airliner detents: calibrate IDLE, CL, FLX/MCT and TOGA positions in the aircraft where that facility exists. Do not distort the entire sensitivity curve merely to force one detent into place.
For Airbus-style hardware, our Thrustmaster TCA axis, detent and reverse-thrust setup covers the extra steps that a generic joystick profile does not.
Why is the joystick or throttle still wrong after calibration?
Most apparent calibration faults in Microsoft Flight Simulator 2024 are actually duplicate bindings, a digital command assigned instead of an axis, or the wrong preset being active.
| Symptom | Likely cause and fix |
|---|---|
| Control twitches, snaps back or fights the pilot | The same axis is assigned on the joystick, throttle, gamepad or another device. Remove every duplicate assignment and disable piloting assistance that is taking control. |
| Throttle moves only between idle and full | A button-style increase/decrease command is assigned. Replace it with the appropriate analogue throttle axis. |
| Axis works backwards | Toggle the axis-reversal setting for that binding. |
| Control never reaches an endpoint | If the Windows or manufacturer test also falls short, recalibrate the hardware. If raw travel is complete, adjust the relevant MSFS endpoint control while watching the graph. |
| Only one engine responds | Check the numbered engine-axis assignments or use the combined throttle axis if one lever should operate every engine. |
| Detents are wrong in one aircraft only | The hardware calibration is probably sound; load the correct aircraft profile and repeat that aircraft’s internal throttle calibration. |
A mistake we see constantly is adding larger dead zones and extreme sensitivity curves when two devices are commanding the same surface. If the presets have become difficult to audit, follow our process for clearing conflicting bindings and rebuilding clean controller profiles.
How can I confirm the calibration is correct?
A correctly calibrated setup remains still at neutral, reaches both endpoints smoothly and produces no unexpected cockpit movement. Test it first in a straightforward default aircraft rather than an add-on with its own control logic.
- The yoke or stick remains centred when released.
- Pitch, roll and rudder move smoothly through their full ranges.
- The throttle reaches idle and maximum power without jumping.
- Each engine follows the intended lever.
- Reverse thrust engages only when deliberately commanded.
- Physical detents match the configured positions in aircraft that support detent calibration.
If the raw Windows test is wrong, investigate the hardware, firmware or driver. If Windows is correct but every aircraft is wrong, inspect the MSFS bindings and sensitivity profile. If only one aircraft is affected, its dedicated profile or internal throttle configuration is the likely cause.