What are the best flight stick settings for MSFS 2024?

For Microsoft Flight Simulator 2024, start with pitch and roll sensitivity at -25%, a 3% dead zone, neutral and extremity dead zones at 0%, and reactivity at 100%. Use -35% sensitivity and a 5% dead zone for twist rudder, while keeping the throttle axis linear with a 1% dead zone.

These are sensible starting points, not universal final values. Stick sensors, spring strength, desk position and aircraft type all affect the result. Where MSFS shows separate positive and negative sensitivity controls, set both sides equally unless the physical axis is genuinely asymmetrical.

What are good starting values for a flight stick?

A desktop stick should feel gentle near the centre but still provide full control at maximum travel. Apply these values in the sensitivity or response-curve panel for the selected device:

Negative sensitivity softens movement around the centre without removing full control authority. A dead zone suppresses sensor noise; increase it only until unwanted movement stops. Lower reactivity adds input delay, so it is rarely the right cure for an over-sensitive stick.

Keep the throttle linear. If an airliner or add-on aircraft models idle, climb and reverse detents, calibrate those through the aircraft's own cockpit or tablet calibration system rather than distorting the MSFS throttle curve. Our step-by-step method for tuning MSFS 2024 response curves explains how to refine each slider without masking a hardware fault.

Which controls should be bound to the stick?

Bind analogue controls to commands containing Axis, not directional commands such as left, right, increase or decrease. The essential assignments are:

• Ailerons Axis for roll.
• Elevator Axis for pitch.
• Rudder Axis for a twist grip or rudder pedals.
• Throttle Axis for the main throttle lever.
• Elevator trim up and down on an easy-to-reach hat or pair of buttons.
• Brakes, parking brake, flaps and landing gear where the stick has enough buttons.
• View hat and cockpit-view reset if head tracking is not being used.

A mistake we see constantly is leaving the same flight axis assigned to both a gamepad and a joystick. The two devices then fight each other, producing drift, oscillation or controls that will not remain centred. Filter assignments by control type and remove every duplicate pitch, roll, rudder and throttle binding.

Do not assign trim to both a physical trim axis and trim buttons unless the hardware is designed for that arrangement. A stale trim-axis position can override button commands or make the aircraft jump when the profile loads.

Set up the flight stick in this order

1. Centre and calibrate the hardware. Check that each axis rests steadily at centre and reaches both ends. On PC, use the operating system or the manufacturer's utility before touching curves in the simulator. Follow our joystick and throttle calibration procedure if the input display is off-centre or cannot reach full travel.
2. Create a separate control profile. Duplicate a usable preset rather than modifying the only working profile. Give the copy a clear device or aircraft-type name.
3. Remove unwanted assignments. Clear duplicate axes and any automatic bindings that operate the wrong control.
4. Bind the four primary axes. Move each control and confirm that the on-screen input indicator travels in the correct direction.
5. Apply the starting values. Change pitch, roll, rudder and throttle separately so a bad result can be traced to one adjustment.
6. Test in a simple trainer. Use calm weather, disable piloting assists that alter control input, and check taxi steering, take-off rotation, straight-and-level flight and landing flare.
7. Adjust in 5% steps. Use smaller changes once the controls feel close. Large simultaneous changes make it difficult to identify the setting that helped.

On PlayStation 5, the console must recognise the hardware before curves or bindings can help. Check our list of flight sticks compatible with MSFS 2024 on PS5 if the device does not appear in Controls Options.

Why does the aircraft drift, twitch or feel sluggish?

Most poor flight-stick behaviour comes from calibration, duplicate bindings or excessive curve adjustments rather than the aircraft flight model.

• The aircraft drifts with the stick centred: recalibrate, inspect the live axis indicator and raise the dead zone one percentage point at a time. Also check for another controller bound to the same axis.
• Pitch or roll feels twitchy: move sensitivity farther negative, usually by 5%. Do not add a large dead zone unless the centre signal is noisy.
• Controls respond late: return reactivity towards 100% and reduce excessive negative sensitivity. Lower reactivity deliberately filters rapid input.
• Full deflection occurs too early: return Extremity Dead Zone to 0% and recalibrate the device. This setting deliberately compresses the usable travel.
• The throttle works backwards: use the axis reverse option once. Do not reverse it in both device software and MSFS.
• The centre feels empty: reduce the dead zone. A stable Hall-effect stick may need only 0% to 2%, while an older potentiometer may require more.
• One direction has more travel: recalibrate before changing Neutral. Neutral offset is a last correction for a genuinely asymmetrical axis, not a substitute for calibration.

Should I use separate settings for each aircraft?

Separate profiles are useful when aircraft require noticeably different control response. Save named presets and switch or associate them with aircraft where the control interface permits.

• General aviation: begin with the -25% pitch and roll setting above.
• Airliners: try -25% to -35% for smoother hand flying, but avoid adding a heavy curve when the aircraft already models its own control law.
• Aerobatic aircraft: use 0% to -10% sensitivity for quicker, more direct response.
• Helicopters: use 0% to -10% with the smallest stable dead zone; excessive centre softening makes precise corrections harder.
• Aircraft with custom control processing: start with a linear 0% sensitivity curve unless the aircraft documentation calls for something else.

The correct final profile is the least altered one that gives stable hands-off input, predictable movement near the centre and full control authority at the ends of the stick's travel.