Find the best controller settings for Infinite Flight, with tilt, gamepad and joystick baselines, calibration steps, mapping advice and drift fixes.
The best Infinite Flight controller settings are moderate pitch and roll sensitivity, the smallest dead zone that removes stick drift, and a neutral calibration made in your normal flying position. Keep pitch slightly less sensitive than roll, assign primary flight controls to analogue axes, and adjust each aircraft after one calm-weather circuit.
Best controller settings for Infinite Flight
Start with restrained control response rather than maximum sensitivity. The proportions below refer to movement from the least-responsive end of a slider; labels and displayed values can vary between app versions, operating systems and controller types.
| Setting | Tilt controls | Gamepad or joystick | Reason |
|---|---|---|---|
| Pitch sensitivity | Low to moderate; roughly the first third of the range | Low to moderate; roughly the first third | Reduces porpoising during rotation, flare and approach |
| Roll sensitivity | Moderate; around two-fifths of the range | Moderate; around two-fifths | Provides useful bank authority without abrupt corrections |
| Rudder sensitivity | Low to moderate when using the touch rudder control | Low; increase only if runway steering feels insufficient | Prevents weaving during take-off and landing |
| Dead zone | Not normally applicable; recalibrate the neutral position instead | The minimum that stops unwanted movement, commonly only a small part of the range | A large dead zone makes the aircraft unresponsive around centre |
| Yoke Helper | Leave enabled initially if your control mode presents the option | Compare enabled and disabled after basic calibration | Changing it while tuning sensitivity makes results difficult to judge |
These are baselines, not magic values. Screen size, device angle, stick travel and controller wear all affect the result. If you are still choosing an input method, our overview of Infinite Flight’s tilt, touch and external-controller options explains how each one changes the flying experience.
How should an external controller be mapped?
Pitch, roll and rudder should use proportional analogue inputs. Digital buttons jump between neutral and full command, which makes precise rotation and flare control almost impossible.
- Pitch and roll: Assign these to one analogue stick, a yoke or a flight stick. Check that pulling back raises the nose and moving right commands right roll.
- Rudder: Use a twist axis, rudder pedals or paired triggers only if the device presents them as one continuous axis. Independent on/off trigger inputs can produce abrupt yaw.
- Throttle: Use a proper throttle lever when available. A spring-centred gamepad stick is awkward for an absolute throttle axis, so the on-screen throttle is often the better choice.
- Elevator trim: Map trim to two buttons and use short presses. Do not assign it to an ordinary spring-centred axis.
- Secondary controls: Gear, flaps, brakes and autopilot disconnect are useful button assignments after the primary axes work correctly.
A mistake we see constantly is binding the same axis in both Infinite Flight and an emulator or controller-mapping layer. That can cause reversed movement, doubled inputs or sudden full deflection. If you run the mobile app through an emulator, follow our Infinite Flight PC control-mapping guidance and avoid using keyboard keys for pitch and roll.
How do you calibrate Infinite Flight controls?
Calibrate with the device or controller in the exact position you will use during flight. A tilt device calibrated flat on a table will not feel neutral when held at a comfortable viewing angle.
- Set the neutral position. Sit normally, hold the device at your preferred angle or centre every physical control, then run the available calibration function.
- Remove unwanted inputs. Confirm that no stick, trigger, pedal or tilt axis is moving while untouched. Add only enough dead zone to stop genuine controller drift.
- Load the baseline. Use lower pitch response, moderate roll response and low rudder response. Change only one axis at a time.
- Check direction and travel. Move every control slowly through its range before take-off. Correct an inverted or incomplete axis rather than trying to compensate while airborne.
- Test in calm conditions. Fly a familiar aircraft at a normal weight with little or no wind. Disconnect the autopilot and establish the correct airspeed before judging control response.
- Trim before retuning. Stabilise power and attitude, then trim away sustained pressure. If the aircraft still overreacts, lower sensitivity in small increments; if full comfortable movement gives too little control, raise it slightly.
Recalibrate after changing device orientation, fitting a case or stand, or reconnecting a controller that no longer centres correctly. Our first-flight setup advice for Infinite Flight covers the other checks that should be completed before departure.
Why does the aircraft still drift or oscillate?
Most control problems come from calibration, trim or duplicate inputs rather than the sensitivity value itself.
| Symptom | Likely cause | Fix |
|---|---|---|
| Constant bank with controls centred | Tilt calibration error or stick drift | Recalibrate, inspect the centre position and add a very small dead zone if needed |
| Repeated pitch oscillation | Excessive pitch sensitivity, poor trim or large alternating inputs | Trim at a stable speed, reduce pitch response and make smaller corrections |
| Snaking on the runway | Rudder response is too high or steering inputs are being held too long | Lower rudder sensitivity and use brief, progressive inputs |
| Sudden full deflection | Digital binding, duplicate mapping or an incorrectly detected axis | Clear conflicting assignments and bind the control once as an analogue axis |
| Controls feel delayed | Controller connection, input-processing or performance problem | Reconnect the controller and resolve frame-rate or mapping issues; higher sensitivity will not remove latency |
| Manual input appears ineffective | Autopilot remains engaged or the controller has disconnected | Disconnect the autopilot and confirm that Infinite Flight is receiving the axis |
Should controller settings change between aircraft?
Large airliners usually benefit from gentler pitch response, while light or aerobatic aircraft can tolerate faster roll response. Do not raise every sensitivity slider simply because a heavier aircraft feels slow; first check airspeed, configuration and trim, since those determine much of the apparent handling.
- Airliners: Keep pitch slightly below roll sensitivity and tune around a stable final approach.
- General aviation aircraft: Use moderate pitch and roll response, then check handling in both the circuit and cruise.
- Fast or aerobatic aircraft: Increase roll response gradually if full stick movement is insufficient, but retain a controllable centre region.
The right setup lets you make small corrections without wobbling, still provides full control authority when needed, and remains centred when the hardware is untouched. If a new aircraft initially feels wrong, correct its speed and trim before changing the controller settings.