Stick drift is when a controller reports stick movement while nobody touches the stick. This test measures where each stick rests for three seconds: under 0.05 from center is normal, over 0.15 is drift that most games will notice.
How to run a stick drift test
- ConnectPlug in the controller or pair it over Bluetooth, then press any button.
- Move the sticksEach dot follows a stick. Clicking a stick lights up its LS or RS tag.
- Drift checkLet go of both sticks. The test records where they rest for three seconds.
- Range checkRotate each stick around its edge to find directions it can’t reach.
Reading the results
The rest offset is the furthest a stick sat from center while nobody touched it, on a scale where 1.0 is the edge. The lean tells you which way it creeps, and the suggested deadzone is that offset plus a small margin.
| Rest offset | Result | What it means |
|---|---|---|
| under 0.05 | No drift | Fine in any game. |
| 0.05–0.15 | Slight drift | Hidden by most games’ default deadzone. |
| over 0.15 | Drift | Can move characters or the camera on its own. |
Those thresholds sit well inside common defaults. Microsoft’s XInput guidance, for example, uses a default deadzone of 7,849 out of 32,767 for the left stick, about 24%, and notes that “the dead zone may vary from unit to unit.”
The range check draws how far each stick reaches in every direction. A healthy stick traces a full circle or a slightly rounded square. A dent in the outline means the stick can’t reach the edge that way, so you may not get full speed or a full turn in games.
What causes stick drift
Most standard Xbox, PlayStation and Switch Pro sticks measure position with potentiometers: small contacts that slide over a resistive track. As the track wears or collects dust, the reading at rest no longer lands on center, and the stick starts to report movement on its own. Weak return springs make it worse.
Hall effect and TMR sticks use magnets instead, so they don’t wear in the same way. They’re common on newer third-party controllers and available as replacement modules.
How to fix stick drift
Raise the deadzone
- Set the game’s stick deadzone to the value the drift check suggests.
- Steam Input can apply a deadzone to every game: open the controller’s settings in Steam and adjust the stick deadzone.
- Use the smallest value that stops the drift, so fine aiming still works. The deadzone test lets you preview it.
Clean around the stick
- Turn the controller off, push the stick to one side and blow compressed air into the gap, rotating the stick as you go.
- Run the drift check again. Dust and grime are a common cause of new drift and the easiest one to fix.
Recalibrate
- On a Nintendo Switch, use System Settings → Controllers and Sensors → Calibrate Control Sticks.
- Steam offers a stick calibration in the controller settings; some controllers also have a vendor app with one.
- Calibration helps when the stick rests off center in the same direction every time, not when it wanders.
Repair or replace
- If the offset keeps growing, the stick module is worn. Check the warranty first: manufacturers often repair drift under it.
- Replacement modules, including Hall effect ones that resist drift, need desoldering and are best left to a repair shop.
FAQ
What is stick drift?
Stick drift is when a controller reports movement while the stick is untouched, so a character or the camera moves on its own. It usually starts small and gets worse as the stick wears.
Is a little drift normal?
Yes. Almost every stick rests slightly off center. An offset under 0.05 is unnoticeable, and games use a deadzone to ignore small offsets. It only becomes a problem when the offset is bigger than your game’s deadzone.
Can I test PS5 controller stick drift here?
Yes. Connect the DualSense with USB or Bluetooth and press a button. The same works for Xbox, PS4 and Switch Pro controllers, in Chrome, Edge and most other desktop browsers.
Does a deadzone fix stick drift?
It hides it. A deadzone tells the game to ignore movement below a set amount, so a drifting stick stops moving things. The trade-off is that small, precise movements are ignored too, so use the smallest value that works. The deadzone test helps you find it.
Do Hall effect sticks drift?
Much less. Hall effect and TMR sticks measure position with magnets instead of contacts that rub, so they don’t wear the same way. They can still rest slightly off center, which a small deadzone handles.