How do I adjust joystick sensitivity in MSFS?
Open Microsoft Flight Simulator’s Controls settings, select your joystick or yoke, then open Sensitivity or Hardware Settings. Tune each axis separately: use the smallest dead zone that stops drift, soften centre response with a negative curve, keep endpoints usable, save the profile, and test in the cockpit.
Where are the sensitivity settings in MSFS 2020 and 2024?
In MSFS 2020 and 2024, joystick curves are edited from the Controls menu after selecting the physical device.
In Microsoft Flight Simulator 2020, open Options > Controls Options, select the joystick across the top, and choose Sensitivity. In Microsoft Flight Simulator 2024, open Settings > Controls, select the device, and look under Hardware Settings. Labels and placement can differ slightly between platforms and simulator updates.
Confirm that pitch, roll and rudder are assigned to analogue axis commands, not directional button commands. If the axis is missing or bound incorrectly, follow our joystick binding and profile setup instructions before changing its curve.
What do the joystick sensitivity controls mean?
The sliders alter how physical movement becomes simulator input; they do not change the aircraft’s aerodynamics.
| Setting | What it changes | Practical use |
|---|---|---|
| Sensitivity - / + | The response curve on either side of the centre position | Use matching values for a symmetrical pitch, roll or rudder axis. A negative curve usually makes movement around the centre less aggressive. |
| Dead Zone | An area around the centre where movement is ignored | Raise it only until unwanted input or drift stops. An excessive dead zone creates a noticeable jump when control begins. |
| Neutral | The software centre point | Leave it at its default unless the physical centre cannot be corrected through hardware calibration. |
| Extremity Dead Zone | How the simulator treats input near an axis endpoint | Leave it at zero for most flight controls. Change it only when the graph shows an endpoint mismatch, then verify that full control remains available. |
| Reactivity | How quickly the simulated input follows the hardware | Start at the default. Lower values can smooth abrupt movement but may introduce control lag. |
What joystick sensitivity should I use?
The best value depends on the controller’s physical travel, sensor condition and the aircraft, but these MSFS 2020-style percentages are sensible starting points:
- Short desktop joystick: try -20% to -40% sensitivity on pitch and roll, with the smallest dead zone that prevents drift.
- Yoke or extended joystick: start between 0% and -20%. Longer physical travel already provides finer control.
- Twist rudder: try -30% to -50% because a short twist axis can feel abrupt. Dedicated pedals usually need less curve.
- Throttle: begin with a linear curve and no dead zone. Configure detents through the aircraft’s own calibration system when one is provided.
These are starting ranges, not required settings. If your edition uses a graph or different scale, aim for a shallower response near the centre while retaining the full output at each end.
Will a negative sensitivity curve reduce full control travel?
A normal sensitivity curve should soften the centre without removing full control authority, provided the input graph still reaches both endpoints.
If full physical movement produces less than full output, inspect the extremity setting and hardware calibration. Do not make the centre more sensitive simply to compensate for an endpoint problem.
How do I tune the response curve accurately?
The reliable method is to change one setting at a time and judge the input graph before testing the aircraft.
- Create a custom profile. Preserve the default preset so you can return to a known baseline.
- Start with a linear axis. Set sensitivity to zero, leave neutral and reactivity at their defaults, and remove any unnecessary dead zones.
- Check for drift. Release the stick and watch the input marker. Increase the dead zone in small steps only if the marker moves or sits off-centre.
- Check full travel. Move the axis slowly to both physical stops. The graph should respond smoothly and reach its full range without spikes.
- Soften the centre. Apply equal negative sensitivity to both halves of a centred axis, then adjust in small increments rather than making a large change.
- Test under repeatable conditions. Use the same aircraft, loading, airspeed and calm weather. Control response naturally changes with speed, so compare like with like.
- Repeat for each axis. Pitch, roll, rudder and throttle rarely need identical curves. Save or apply the finished profile if the menu presents that option.
Why does the joystick still drift or feel twitchy?
Persistent drift usually comes from hardware noise, calibration or conflicting bindings rather than the sensitivity curve itself.
- The graph moves with the stick untouched: check the device outside the simulator using our Windows joystick testing and calibration procedure. Spikes or an unstable centre there indicate a hardware-level problem.
- The graph is stable but the aircraft turns: check trim, wind, fuel imbalance, propeller effects and autopilot state. A sensitivity curve cannot correct a properly simulated aerodynamic force.
- Control starts with a sudden jump: reduce the dead zone or use a gentler curve. A large ignored centre area sacrifices precision.
- The aircraft oscillates or receives conflicting input: look for the same axis assigned to a joystick, gamepad and pedals simultaneously.
- Input feels delayed: restore Reactivity towards its default and check whether an assistance option or aircraft-specific control system is adding smoothing.
Do not hide severe sensor spikes behind a large dead zone. If the device fails its operating-system test, servicing or replacing it is the proper fix; our controller comparison explains which control type suits each style of flying.
Should every aircraft use the same joystick curve?
No; separate profiles are useful because a short-stick airliner, a general-aviation yoke and a helicopter cyclic demand different handling.
Aircraft with fly-by-wire logic or an in-cockpit calibration page may expect linear simulator input. Start with a linear MSFS curve when the aircraft supplies its own calibration, especially for throttle detents, and avoid applying two layers of correction to the same axis.
For conventional aircraft, adjust the curve for the physical controller rather than trying to remove realistic differences between aeroplanes. Save named device or aircraft profiles where the simulator provides that facility.