Controller Stick Not Registering Movement
A stick that reads no input, only one axis, or partial range is an electrical failure — not drift. The signature depends on how the sensor died: total silence means a snapped ribbon or dead sensor, one-axis-only means one potentiometer wiper failed, and partial range means mechanical obstruction or worn contacts. The stick drift test isolates each case in seconds.
Diagnose before you fix
Confirm the symptom and measure its severity first. The test result tells you whether to clean, recalibrate, or replace — different severities call for different fixes.
Stick Drift Test
The stick drift test doubles as the diagnostic for dead sticks. Watch the live X and Y axis values as you move the stick through its full range. A healthy stick sweeps both axes smoothly from -1.0 to +1.0. Total flatline on both axes means dead sensor. Movement on only X or only Y means one potentiometer wiper failed. Movement that never reaches +/-1.0 means mechanical obstruction or worn contacts. The signature tells you exactly what failed before you open anything.
Run the stick drift testCircularity Test
For sticks that seem to work but feel off, the circularity test reveals whether the stick can trace a clean circle at maximum deflection. Flat spots, missing quadrants, or a distorted shape point at partial sensor failure or a physically damaged stick housing that limits movement in specific directions — subtle failures the drift test doesn't catch on its own.
Run the circularity test- Compressed air
- A small screwdriver set
- A soldering iron (only for sensor or ribbon replacement)
- Replacement stick module (Hall-effect, TMR, or original potentiometer)
Step by step
Work through these in order. After the last step, run the diagnostic again to confirm the fix held.
- 01
Identify the exact failure signature
Open the stick drift test and move the affected stick slowly through its full range while watching the X and Y values. Case A — both axes stay flat at 0.00 regardless of stick position: total sensor failure. Case B — one axis moves normally, the other stays flat: one wiper failed while the other survived. Case C — both axes move but never reach ±1.0 or feel restricted: mechanical or worn potentiometer. Each case has a different fix.
- 02
Rule out mechanical obstruction (Case C)
If the stick reads but reaches only partial range, physical restriction is the cheapest cause. Hold the controller with the stick facing down, blast compressed air into the gap around the stick base while tilting the stick through its full range. Debris under the collar limits travel and mimics sensor wear. If range restores after cleaning, contamination was it. If not, the potentiometer contacts have worn and no longer read the full sweep — the sensor is degraded.
CautionKeep compressed air upright at all times. Tilting releases freezing propellant that damages internal components.
- 03
Calibrate before assuming hardware failure
Occasionally a stick that reads no input or reads incorrectly is a calibration reference the controller has lost track of — much more common on Hall-effect and TMR sticks than potentiometer. Run calibration: PS5 Settings → Accessories → Controllers → Adjust Stick Sensitivity → Calibrate. Xbox Accessories app for Xbox pads. Vendor app for third-party controllers. This won't cure a physically failed sensor, but it takes two minutes and rules out the free fix.
- 04
Retest wired (rule out wireless dropout)
A stick that appears dead only over Bluetooth may actually be an intermittent input drop, not a failed sensor. Connect a USB data cable and retest in the stick drift test. If the stick reads correctly wired but not wireless, the fault is the wireless path (see the disconnect fix flows), not the stick. If the stick reads nothing wired, the failure is confirmed internal.
- 05
Open the shell and inspect the stick
For confirmed hardware failure, follow an iFixit disassembly guide for your model. Case A (total silence) — check the ribbon cable from the stick to the mainboard for a break, disconnect, or damaged pins; a detached ribbon is a common drop or impact failure. Case B (one axis only) — one potentiometer wiper has failed inside the module and the entire stick needs replacement; wipers aren't individually serviceable. Case C (partial range) — worn potentiometer, replace the stick.
CautionOpening the controller voids warranty on PlayStation, Xbox, and Nintendo hardware. Pursue warranty service first if the controller is in coverage.
- 06
Replace the stick module
For potentiometer sticks that have failed, the honest recommendation is to upgrade to a Hall-effect or TMR replacement module rather than another potentiometer — same install effort, dramatically longer service life, and no repeat of this exact failure. The hall-effect replacement guide covers module selection, controller-specific compatibility (DualSense Edge = drop-in, others = soldered), and installation. For controllers where soldering is required and you're not confident, warranty service or a new controller is often the more economical path.
Where to go next
Persistent symptoms usually mean hardware wear that cleaning and recalibration can't reach. These resources cover repair, replacement, and warranty paths.
Other tests for the same controller
A symptom rarely arrives alone. Worn sticks often coincide with deadzone creep and reduced circularity — run the related diagnostics while the controller is already in your hands.
Variants of this symptom
The same underlying issue presents differently across controllers. These device-specific guides cover the variations.
Key definitions
Plain-language definitions for the terms used on this page. Each links to the full glossary entry with thresholds, mechanism, and FAQs.
controller drift questions
Three possibilities depending on what the stick drift test shows. If both axes read 0.00 regardless of stick position, the sensor or its ribbon cable has failed completely. If one axis reads but the other doesn't, one potentiometer wiper died while its partner survived. If both axes move but don't reach the full range, either debris is restricting movement or the potentiometer contacts have worn. Diagnose in the test before deciding on a fix.
Opposite failures. Drift is the stick reading input when you're NOT moving it. Stick not moving is the stick reading NO input when you ARE moving it. Both involve the analog sensor, but they represent different failure modes — a drifting stick usually has worn contacts producing noise; a non-registering stick has a failed contact producing nothing. Different diagnosis paths, different fixes.
Rarely, but occasionally on Hall-effect and TMR sticks where the calibration reference has drifted so far the controller thinks the stick is at rest even when moved. Running the calibration procedure in the console or vendor app resets that reference and can restore function. On potentiometer-based sticks, calibration cannot repair a physically dead sensor — but it takes two minutes and is worth ruling out.
One of the two potentiometer wipers has failed. Analog sticks have two independent sensors — one for the X axis and one for the Y axis — and they can fail independently. If X registers but Y doesn't (or vice versa), the failed axis's wiper is dead. The wipers aren't serviced individually; the entire stick module needs replacing to restore both axes.
Original potentiometer replacements run $10–20 for the part, plus soldering equipment if you don't own it and the controller isn't a drop-in design (only DualSense Edge is). Hall-effect and TMR upgrade modules run $15–35 per pair, with the same install effort as originals but no repeat failure. For soldered controllers where you don't already have equipment, factor in a $30–60 soldering iron plus the risk cost — a new controller often becomes the more economical path.
Physically yes, most kits sell as pairs but only one needs installing. Practically, if the controller is a few years old and one stick has failed, the other is likely close behind — installing both while the shell is open saves you a second teardown later. This is why the replacement kits ship as pairs even when only one stick is failing at time of purchase.
No — that's software, not the stick. If the stick drift test shows a clean 0–1.0 sweep on both axes but a game doesn't respond to stick input, the failure is in the game's controller mapping, Steam Input, or the driver. The stick is fine; the game or the middleware isn't receiving the input. Check the Steam-specific and driver-specific connection fix flows for that path.
Still seeing the issue?
Re-run the diagnostic to confirm whether the fix held or whether escalation is needed.
Run the test again