Best Deadzone Settings for Every Major Game (2026)

Every deadzone guide you have read gives you a number. Set it to 5. Set it to 0.10. Use what the pros use.

All of them are wrong in the same way, because the correct deadzone depends on a property of your specific controller that the person writing the guide has no way of knowing. Two people running identical settings can get opposite results: one gets crisp micro-adjustment, the other gets a character who walks slowly to the left while they read the map.

Here is the method that actually works, followed by starting points for the major titles.

The one rule that makes everything else work

Your deadzone should sit just above your controller's measured resting drift, and no higher.

That is the entire principle. A deadzone exists to discard input you are not deliberately making. The amount of input you are not deliberately making is a measurable property of your hardware. Set the deadzone above it and the noise vanishes. Set it higher than necessary and you throw away real input for nothing.

So the first step is never a settings menu. It is a measurement.

Put the controller on a hard flat surface, hands off, and run a deadzone test. Note the resting value on both sticks. That number, plus a small margin, is your floor.

A rough translation:

Measured resting driftPractical deadzone floorUnder 1%2 to 3%1 to 3%4 to 5%3 to 5%6 to 8%5 to 10%10 to 12%Over 10%Fix or replace the controller

If your measurement puts you in the bottom two rows, no settings guide will help you much. You are configuring around failing hardware, and the deadzone required to hide the fault costs you more precision than any setting can give back.

Do not stack deadzones

The mistake that quietly ruins more configurations than any wrong number.

Deadzones apply at several layers and they compound. Your game applies one. Steam Input applies one if it is handling the controller. DS4Windows or reWASD applies one if you are running it. The controller's own firmware may apply one.

Set 8 percent in your game and 8 percent in Steam and you are not running 8 percent. You are running something closer to 16, and you will conclude the game feels unresponsive without understanding why.

Pick one layer and zero the others. For most people the game's own setting is the right place, because it only affects that game. Set Steam Input's deadzone to zero, and if you use a translation tool, zero it there too.

Warzone and Call of Duty

The Call of Duty settings expose more than most titles: minimum and maximum input deadzones for each stick separately, plus aim response curve options.

Minimum deadzone is your drift filter and should be set by measurement. Maximum input threshold is a separate control governing how close to the physical edge you need to push to register full input, and most players leave it alone unless their sticks under-reach.

The response curve matters as much as the deadzone here. Standard, Linear and Dynamic behave meaningfully differently, and picking the one that suits how you aim will do more for you than shaving a percent off the deadzone. Our Warzone deadzone guide covers the interaction between the two.

Fortnite

Fortnite gives you separate left and right stick deadzone sliders, and its defaults are conservative enough that most players can safely go lower.

Building and editing make this game unusually sensitive to deadzone. A deadzone large enough to be comfortable for movement can make edit selection feel imprecise, because edits depend on small deliberate stick movements that a wide deadzone eats.

The practical approach is to set the left stick by measurement and tune the right stick against your editing rather than your aiming. Our Fortnite deadzone guide covers both.

Apex Legends

Apex handles this differently from the other shooters. Instead of a numeric slider, the standard menu offers named deadzone sizes, with the smallest options only appearing once you enable the advanced look controls.

That makes measurement even more important, because you are choosing between preset buckets rather than dialling in a number. If your controller measures clean, the smallest available option is usually correct. If it does not, you may find yourself forced into a larger bucket than you would choose, which is a good argument for fixing the controller.

Apex's response curve and outer threshold settings sit alongside the deadzone in the same advanced menu, and they interact. Our Apex Legends deadzone guide works through the combinations.

Rocket League

Rocket League deserves special attention because its default is unusually high, well above what most controllers need, and because it has a second deadzone that has nothing to do with drift.

The controller deadzone works as you would expect and most players should reduce it substantially from the default once they have measured their hardware.

The dodge deadzone is different. It governs how far you have to push the stick for a dodge to register as directional rather than straight, so it is a gameplay tuning control rather than a noise filter. It is usually set much higher than the controller deadzone, and copying a pro's number here without understanding what it does will change how your car handles in ways you did not intend.

This is also the title where circularity error hurts most, since diagonal magnitude directly affects air roll and directional control. Our Rocket League deadzone guide covers both deadzones and the diagonal problem.

EA FC

Football games expose far less than the shooters do. There is no equivalent of a deadzone slider buried in the gameplay settings, which means most of your tuning happens at the system or Steam Input level instead.

That changes the approach. Rather than setting a number in-game, you are managing what the controller reports before the game ever sees it, which makes controller condition matter more than settings knowledge. A drifting stick in a game with no deadzone control is a problem you cannot configure away.

Our EA FC deadzone guide covers where the tuning actually happens for this one.

Games with no deadzone setting at all

Plenty of titles expose nothing. Your options in order of preference:

Steam Input. Add the game to your library if it is not already there, and set the deadzone per-game in the controller layout. This is the cleanest route because it applies only to that title.

A translation tool. DS4Windows and reWASD both apply deadzones globally or per profile.

Fix the controller. If a game gives you no deadzone control and your stick drifts, there is no setting that saves you.

Console versus PC

Console versions of these games generally expose the same in-game deadzone settings as PC, so the numbers transfer.

What does not transfer is everything above the game. On PC you have Steam Input and driver-level tools stacking on top, which is where the compounding problem comes from. On console the game's setting is usually the only layer, which makes console configuration simpler and console drift harder to work around.

After you change anything, test it

Two checks, and they take a minute.

The rest check. Put the controller down in-game, in a safe place, and watch for thirty seconds. Any movement means your deadzone is still below your drift.

The creep check. Push the stick as slowly and as slightly as you can. Your character should move at a genuine walking pace. If they either stand still or move at a jog with nothing in between, your deadzone is too large and you have lost the low end of your range.

That second test is the one people skip, and it is the one that catches an over-large deadzone. Our deadzone tuning hub covers the method in more detail, and the case for keeping these numbers low is laid out in why pro gamers lower deadzones.

Why copying pro settings usually fails

Professional players run very low deadzones. This gets reported as the reason they aim well, and the causation runs the other way round.

They can run low deadzones because they replace controllers frequently, often every few months, and a new controller has almost no drift to filter. Copy the number onto a two-year-old pad with 6 percent drift, and you have not adopted a pro setting. You have removed the filter that was making your controller usable.

Measure yours. Set the number your hardware needs. That is the setting that will actually help you.