How do I calibrate a joystick and throttle in MSFS 2024?

Calibrate a joystick and throttle for Microsoft Flight Simulator 2024 in the manufacturer’s utility or Windows first, then select each device in Controls, bind the correct analogue axes, check direction and endpoints, and tune only the necessary dead zone or sensitivity. Remove duplicate bindings and save the result as a custom preset.

Calibrate the hardware before opening MSFS 2024

Hardware calibration establishes the raw centre position, range and, where supported, throttle detents. MSFS sensitivity settings shape valid input; they cannot repair damaged sensors, jumping values or an axis that never reaches its endpoint.

1. Connect each device securely. Use a stable USB connection. If a hub causes intermittent input or disconnections, connect the controller directly to the PC for testing.
2. Inspect the raw input. On Windows, press Windows key + R, enter joy.cpl, select the device and open its Properties page. Move the stick, twist grip, pedals and levers through their full ranges. Self-centring axes should return to the same neutral position, and every axis should move smoothly without spikes.
3. Calibrate only when necessary. If the readings are already centred and reach both endpoints, do not recalibrate merely for the sake of it. Otherwise, use the manufacturer’s utility first because it may understand split throttles, reverse ranges, detents and settings stored in the hardware.
4. Follow the calibration prompts exactly. Move every requested axis to its physical limits without forcing it past the stops. Release spring-centred controls when asked to record neutral, and include reverse levers or throttle latches where the utility requests them.
5. Avoid competing calibrations. Use Windows calibration for a generic controller that supports it and does not require its own utility. Do not calibrate through both systems unless the hardware instructions specifically require that sequence.

If an axis still jitters, sticks, runs backwards or stops short in the manufacturer utility or Windows, fix that device-level problem before changing MSFS. Sensitivity curves and large dead zones may conceal part of the fault, but they do not correct it.

Xbox Series X|S and PlayStation 5 cannot run joy.cpl. Use the peripheral’s onboard calibration procedure where one exists, followed by the controls available in MSFS 2024. Calibration cannot make unsupported hardware appear. PlayStation guidance applies only to MSFS 2024; Microsoft Flight Simulator 2020 was never released for PlayStation.

How do I assign joystick and throttle axes in MSFS 2024?

Open Settings > Controls, select the physical device and create or duplicate a custom preset before editing assignments. A joystick, separate throttle and pedals each have their own bindings, so confirm which device is selected at every step.

1. Bind the primary flight axes. Assign stick X to Ailerons Axis, stick Y to Elevator Axis, and the twist grip or pedals to Rudder Axis. Labels can vary slightly, but use commands containing “Axis”; left, right, up and down commands are digital inputs rather than proportional controls.
2. Choose the correct throttle axis. For a conventional lever travelling from idle to full power, use the 0–100% throttle-axis form when offered. One lever can operate all engines through the combined throttle axis, while independent levers should use the matching numbered engine axes. Our guide to combined, per-engine and reverse throttle bindings explains which command suits each arrangement.
3. Check movement and direction. Move each physical control while watching its input indicator. If the virtual control travels the wrong way, enable the reversal option for that binding rather than assigning an unrelated command.
4. Remove duplicate assignments. Search the joystick, throttle, pedals, gamepad and any other connected controller. Two devices commanding the same surface can cause twitching, sluggish response or controls that snap back.
5. Test and save the preset. Load a straightforward default aircraft and move every control from stop to stop. Confirm that the cockpit controls follow smoothly, remain still when released and reach their intended limits.

A common mistake is editing the gamepad preset while expecting the flight stick to change. If the device is detected but its default assignments are missing or unsuitable, use our full joystick profile and axis-mapping procedure.

Keep separate presets for general aviation controls and detented airliner throttles when their requirements conflict. Clear names help prevent an aircraft from loading with the wrong throttle or curve setup.

What sensitivity and dead-zone settings should I use?

Start with a linear response and no dead zone, then adjust only the setting that corrects an observed problem. No percentage suits every controller because stick length, sensor quality, spring force and mechanical wear all affect the result.

Dead zone ignores movement around neutral, while sensitivity changes the response curve. Leave the neutral setting centred unless the physical control has a genuine offset that hardware calibration cannot correct.

An extremity or endpoint adjustment makes full output occur before the physical stop. Use it only when raw hardware travel is complete but the simulator’s input graph still falls short. Lower reactivity introduces delayed response, so it should not be used to hide sensor noise. For closer curve tuning, see our explanation of sensitivity, dead zones, reactivity and endpoints.

How do I calibrate throttle detents and reverse thrust?

Throttle detents require correct hardware calibration, the appropriate MSFS axis and sometimes an aircraft-specific calibration through its EFB, cockpit tablet or configuration system.

• Idle-to-full lever: use the 0–100% axis and assign reverse thrust to the hardware’s reverse button or latch when supported.
• Analogue reverse range: use a full-range throttle command only when the aircraft expects negative travel, then calibrate the idle and reverse boundaries through that aircraft’s own system.
• Twin throttles: bind each lever to the matching numbered engine. Verify that engine one does not respond to the second lever and vice versa.
• Airliner detents: where supported, calibrate positions such as IDLE, CL, FLX/MCT and TOGA inside the aircraft. Do not distort the whole sensitivity curve merely to force one detent into place.

Airbus-style hardware needs more than a generic joystick profile. Our TCA Airbus detent-calibration steps cover dual-engine assignments, reverse travel and aligning the physical gates.

Why is the joystick or throttle still wrong after calibration?

Persistent control faults usually come from duplicate bindings, the wrong command type, an unsuitable active preset or unstable hardware rather than the response curve.

How can I confirm the calibration is correct?

A correctly calibrated setup stays still at neutral, moves smoothly across its range and produces no unexpected cockpit movement. Test with a default aircraft before using an add-on that has its own control logic.

• The yoke or stick remains centred when released.
• Pitch, roll and rudder move in the correct direction through their full ranges.
• The throttle reaches idle and maximum power without jumping.
• Each engine follows its intended lever.
• Reverse thrust engages only when deliberately commanded.
• Physical detents match the calibrated positions in aircraft that support them.

If the raw Windows or manufacturer test is wrong, investigate the hardware, firmware, driver or connection. If raw input is correct but every aircraft is wrong, inspect the MSFS bindings and active sensitivity preset. When only one aircraft is affected, its dedicated profile or internal throttle configuration is the likely cause.