Stick drift test that gives you a number, not an opinion

0.08 is the line that matters, because it is roughly where mainstream games set their dead zone. Below that a stick can be measurably worn and still play perfectly, since the game is discarding the offset before it reaches your character. Above it the offset survives into the game and you get the familiar symptoms: the camera creeping, a menu scrolling by itself, a character walking with the pad on the table. Under 0.02 there is nothing there at all — that is the last bit or two of the analog-to-digital conversion flickering, and every controller ever made does it.

Because the worst kind of drift is intermittent. A stick with a worn track can sit still for twenty seconds and then jump, and a five-second check will miss it half the time — which is exactly why people end up arguing with support about a fault they cannot reproduce on demand. A minute also lets a controller warm up: plastic and spring tension change slightly with temperature, and some pads only misbehave once they are no longer cold. The sample count is shown alongside the result so you can see how much the verdict actually rests on.

Often repaired, and the cheap attempt is worth trying first. Most drifting sticks are potentiometers whose resistive track has worn or collected debris under the wiper, and a little contact cleaner worked in through the gap around the stick housing fixes a fair share of them for a few months. When that stops helping, the module itself is a solderable part costing a few dollars, and drop-in Hall-effect replacements exist that use a magnet and a sensor with nothing physically touching — those cannot wear the same way, which is why several controller makers have moved to them.

It helps considerably, because it converts a complaint into a number. Copy result puts the controller's own id string, the peak and average offsets for both sticks, the resting coordinates, the sample count and the date into plain text, which is the shape a support ticket or a marketplace dispute can quote. Pair it with a short video showing your hands visibly away from the pad while something moves on screen. What no support desk accepts is a description, and that is what most people send.

Almost always the game's own settings rather than the hardware. Titles vary enormously in how much they discard near center, and a sim or a racing game running no dead zone at all will surface an offset that a shooter with 0.10 hides completely. The other common cause is that a page reads the axis after the pad's firmware and the operating system have both had a turn at it, and some of them recenter quietly, so a controller can be filtered clean on the way to a browser and unfiltered on the way to a console. If the drift only shows in one game, look at that game's dead-zone slider before you look at the pad.

It is hidden, and hiding it costs precision you may care about. A dead zone throws away every input inside a circle around center, so widening it from 0.08 to 0.20 also throws away every gentle movement — the slow lean you use to track a distant target, the small correction that keeps a car straight. Worse, a per-axis dead zone leaves a plus-shaped live region where a stick held on the diagonal still registers while the same stick pushed straight does not. A radial one, applied to the distance from center rather than to each axis on its own, is the shape that matches how a thumbstick actually moves.

Because two different things add up in that number, and the page reports them separately for exactly this reason. A constant lean — the stick no longer returns to the same place — shows in the average offset and parks the hollow dot away from the crosshair. Random flicker around a true center is conversion noise, which leaves the average near zero while the peak still climbs. A worn stick usually shows both. If the peak is high and the average is near zero, you are looking at noise; if both are high, the stick has moved home.