Best Halo Infinite Controller Look Acceleration and Deadzone Values

For a balanced starting point in Halo Infinite, set Look Acceleration to 3 on the game’s familiar 1–5 slider, then set each stick’s Center Deadzone and Axial Deadzone as low as your controller can hold without drifting. If the reticle or Spartan moves when you release the sticks, raise only the affected Center Deadzone one point at a time until the idle movement stops. This gives you a practical baseline without assuming every controller or player needs the same values.

Look Acceleration and deadzones solve different problems. Acceleration changes how quickly camera movement builds toward its maximum speed when you push the look stick fully. Deadzones decide how much stick movement must occur before the game registers input. Lower deadzones feel more immediate, but expose stick noise; higher deadzones can mask drift, but require more movement before aiming or walking begins.

The recommendations below are starting points, not an official Halo Championship Series preset. Halo Support says sensitivity preferences are subjective and recommends using settings that feel comfortable. Its official guide explains what each slider does, which makes it possible to tune by observable behavior instead of copying someone else’s setup.

Suggested starting values by play style

If your current version displays a different Look Acceleration range, use the middle option as the balanced starting point and test one step below or above it. The exact number is less important than the behavior: does the camera turn quickly enough at full stick while still letting you keep the reticle on a moving target?

What Look Acceleration changes

Halo Support defines Look Acceleration as the acceleration speed applied when the look thumbstick is fully engaged. A higher value reaches maximum look speed faster. This setting does not raise your horizontal or vertical Look Sensitivity by itself; sensitivity controls how much camera movement results from stick movement, while acceleration controls how quickly that movement ramps toward its top speed.

Choose a lower value, such as 2, if you tend to overshoot nearby targets, make frequent small corrections, or prefer a more gradual turn when you push the stick. Lower acceleration can make full-stick turns feel less abrupt. It does not guarantee better accuracy, and it can make turning around to face an enemy feel slower.

Choose the middle value, such as 3, if you want a neutral baseline for tracking and turning. Play a short set of matches or drills before changing other aim settings. If the reticle stops short during full-stick turns, test 4; if it repeatedly passes the target, test 2.

Choose a higher value, such as 4, if you regularly need faster full-stick turns or quick camera reversals. A higher acceleration value reaches maximum speed sooner, as the official description states. The tradeoff is that aggressive inputs may be harder to control when you are trying to make a small correction. Don’t raise both acceleration and sensitivity at the same time; otherwise, you will not know which change affected the feel.

How to set Center and Axial Deadzone

Halo Infinite provides separate Move Thumbstick and Look Thumbstick settings. Each has a Center Deadzone, Max Input Threshold, and Axial Deadzone. Tune the Move and Look sticks independently: a controller can have drift on one stick but not the other, and a movement deadzone that feels comfortable may not suit aiming.

Center Deadzone

Center Deadzone is the amount a stick must move away from center before minimum input registers. A low value makes initial movement register sooner. A higher value can reduce controller drift, which is unwanted input while you are not touching the stick. For a new or stable controller, begin at 0 if the game allows it. Leave the game still and hands off the controller; if your Spartan walks or the reticle drifts, raise the affected stick’s Center Deadzone by one point, then repeat the check.

Stop increasing the value once idle movement disappears. Raising both sticks far above what is needed can create a noticeable delay before movement or aim begins. A deadzone can hide slight stick noise, but it cannot repair worn hardware. If drift persists at a large value, consider testing the controller in the console or operating-system accessories utility and checking the manufacturer’s warranty or repair options.

Axial Deadzone

Axial Deadzone concerns input near the horizontal and vertical axes. Lower values feel more responsive; higher values can reduce drift along an axis. Keep it low if your reticle stays still and diagonal aiming feels predictable. Raise it only when you observe a specific problem, such as the camera slowly creeping sideways while the stick is untouched. If a change makes diagonal tracking feel less natural, return to the previous value.

Max Input Threshold is not a center deadzone

Max Input Threshold determines how far the stick must move before maximum input is registered. Halo Support notes that lower values reach maximum input sooner, while higher values require more stick movement. This can change how quickly a full turn begins at the outer edge of the stick, but it does not solve unwanted movement at rest. Keep this value at its current setting while you tune acceleration and deadzones; change it later only if the stick reaches maximum turn too late or too early for your preference.

Use a short, repeatable tuning test

1. Open Settings from Halo Infinite’s Control Panel or Pause Menu, then select the Controller tab. Halo Support says the Menu button opens this panel by default on a controller.
2. Write down or photograph your current Look Acceleration, horizontal and vertical sensitivity, and both sticks’ deadzone values.
3. Check for drift with your hands off the controller in a safe area. Increase only the affected Center Deadzone until idle movement stops.
4. Test one Look Acceleration value at a time. Track a target with small movements, then turn toward a target behind you with a full stick push.
5. Repeat the same test after each change. Keep a setting only if the improvement is clear and the unwanted tradeoff is acceptable.

For comparison, use the same weapon and similar target movement in Academy drills or a custom match. Judge three things: whether the reticle stays still at rest, whether small adjustments remain controllable, and whether a full-stick turn reaches the target quickly enough. This is a practical comparison, not a benchmark of competitive rank or reaction time.

When to change the recommendation

• The reticle moves by itself: raise the Look Center Deadzone for the right stick, not Look Acceleration.
• Your Spartan walks without input: raise the Move Center Deadzone for the left stick.
• The camera is stable but turns feel too slow: test a higher Look Acceleration or revisit Look Sensitivity, changing one at a time.
• You overshoot during close-range fights: test one lower Acceleration step before raising deadzones that are already drift-free.
• Only horizontal or vertical creep occurs: test a small Axial Deadzone increase on the affected stick and compare diagonal movement afterward.

Halo’s official Guide to Halo Infinite Game Settings describes the controller sliders and their effects. The Recommended Competitive Settings for Halo Infinite page explicitly cautions that sensitivity settings and controller layouts are subjective. Neither guide establishes one universally best acceleration or deadzone number, so treat the values here as a controlled starting point and keep the settings that produce stable, repeatable aim on your own controller.