Get the best Tobii Eye Tracker settings for MSFS 2024, with practical starting values for gaze, yaw, pitch, dead zones and smoothing.
For MSFS 2024, use head movement as the main view control and keep gaze influence low: start with 60–70% yaw, 45–55% pitch, 45–60% translation, 10–20% gaze influence, small head dead zones, and moderate smoothing. Disable roll if it feels unnatural, then tune one axis at a time from the pilot’s seat.
These recommendations apply to Microsoft Flight Simulator 2024 on Windows PC. Slider names and numeric scales can differ between simulator updates and Tobii software, so treat the percentages as positions within the available range rather than values that must be copied literally.
Recommended Tobii Eye Tracker settings for MSFS 2024
A balanced cockpit profile should allow deliberate head movement without making the instrument panel drift whenever your eyes scan a display.
| Setting or function | Starting point | What to look for |
|---|---|---|
| Head yaw sensitivity | 60–70% | You should reach the side window without excessive neck rotation, but the panel must remain steady during small movements. |
| Head pitch sensitivity | 45–55% | Enough range for the overhead panel and lower console without making normal nodding move the view too far. |
| Head roll | 0–15% | Leave it off in airliners if head tilting makes the horizon uncomfortable. A small amount can feel natural in light aircraft. |
| Lateral and vertical translation | 45–60% | Allows you to look around a windscreen pillar or raise your viewpoint without exaggerated movement. |
| Fore-and-aft translation | 30–45% | Provides useful lean-in movement for small instruments while avoiding accidental zoom-like motion. |
| Gaze influence or eye sensitivity | 10–20% | Your eyes should assist the final part of a look, not steer the entire camera across the cockpit. |
| Head dead zone | 2–4% | Removes movement caused by breathing and tiny posture changes without creating a noticeable breakaway jump. |
| Gaze dead zone | 8–15% | Keeps the forward view stable while you scan the primary instruments. |
| Smoothing | Low to moderate | Use only enough filtering to remove tremor. Too much produces a delayed, floating camera. |
If your installation combines several axes under one position or translation slider, use the closest equivalent. Where the control is labelled responsiveness rather than smoothing, adjust it by behaviour: the camera should follow promptly and stop without wobbling.
How should I tune Tobii for MSFS 2024?
The reliable method is to calibrate first, configure head movement with gaze disabled, and add eye influence only after the head profile feels stable.
- Calibrate for your normal seating position. Complete Tobii’s eye calibration, confirm that the correct display is selected and check that both eyes are detected. Our calibration, launch-order and binding procedure covers the setup that must be correct before sensitivity changes will help.
- Use one tracking pipeline. Do not feed native Tobii tracking and a second TrackIR-emulation or webcam-tracking output into the simulator at the same time. Duplicate inputs commonly cause jitter, snapping and unexplained recentring.
- Bind centre and pause controls. Centre the view only after sitting naturally. A pause binding is useful while entering data into an MCDU, adjusting a radio stack or using a tightly packed panel.
- Tune head rotation first. Set gaze influence to zero, then adjust yaw and pitch until side windows, the overhead panel and centre console are reachable without strain.
- Add translation and gaze gradually. Translation should help you look around cockpit structure. Raise gaze influence in small steps and stop as soon as ordinary instrument scanning begins to drag the camera.
- Test actual cockpit tasks. Hold the pointer over a small knob, read the primary instruments, check the overhead and look outside each side window. A profile that feels impressive while looking around may still be poor for operating switches.
For more detailed axis balancing, our head-tracking sensitivity and dead-zone guidance explains how yaw, pitch and translation interact.
Do airliners and helicopters need different settings?
Yes. Airliners usually benefit from restrained gaze movement and more stability, while helicopters and visual-flying aircraft need quicker access to side and lower views.
- Airliners: use roughly 55–65% yaw, low gaze influence, little or no roll and a slightly larger central dead zone. Stability while reading glass displays matters more than extreme view range.
- General aviation and bush aircraft: try 65–75% yaw with moderate translation. This makes circuit traffic, wing views and obscured runway references easier to see.
- Helicopters: try 70–80% yaw, 55–65% pitch and responsive translation, but keep smoothing modest. Excessive filtering makes rapid reference changes lag behind your head.
An ultrawide monitor often needs less yaw gain than a small display because more of the cockpit is already visible. Change one control at a time and save separate profiles where your Tobii software supports them.
Why does Tobii feel twitchy around cockpit controls?
Excessive gaze influence is usually the cause when the camera wanders as you look between a switch, its label and the mouse pointer.
Reduce eye sensitivity before adding more smoothing. If the forward view still moves with every breath, add a very small head dead zone; do not use a large one, because the view will remain stuck and then jump once your movement crosses its boundary. For detailed fault isolation, use our Tobii drift, jitter and snapping checklist.
What if Tobii detects my eyes but the cockpit does not move?
If Tobii detects you outside the simulator but MSFS 2024 does not respond, the likely causes are a disabled tracking option, an uncentred view, a conflicting camera input or the simulator starting before the Tobii service was ready.
Confirm that Tobii tracking is enabled in the simulator, pause and resume it once, then use the assigned centre command. Disconnect or disable other head-tracking outputs while testing. If tracking works elsewhere but remains inactive specifically in the aircraft view, follow our cockpit tracking and centre-control checks.
Recalibrate after changing glasses, monitor position or seating distance. Direct sunlight, strong reflections and dirty lenses can also destabilise eye detection. If judder appears only when the simulator’s frame rate falls, the underlying problem is frame pacing rather than Tobii sensitivity; additional smoothing will merely hide part of it while adding camera lag.