How to Keep the Same Aim in Every Game

You spend three months getting good at one game. You switch to another, set the sensitivity to the same number, and your aim is gone. Every flick overshoots or falls short, and the muscle memory you built has quietly become a liability.

The reason is simple and slightly absurd: sensitivity numbers are arbitrary. There is no standard. A 7 in one game and a 7 in another describe completely different rotation speeds, because each developer picked their own scale with no reference to anyone else's.

What transfers is not the number. It is the physical relationship between how far you move your hand and how far the camera turns. Get that consistent, and your muscle memory works everywhere.

The universal unit for mouse: cm/360

For mouse players, this is a solved problem.

The measure that matters is cm/360: how far you physically move the mouse to turn a full circle in game. Someone at 30 cm/360 makes the same physical movement for the same rotation regardless of which game is running. That is the thing your hands actually learned.

Two related numbers get used alongside it:

eDPI is your mouse DPI multiplied by in-game sensitivity. Useful for comparing setups within a single game, useless across games, because it does not account for the game's own scaling.

Yaw value is the per-game constant that converts mouse counts into degrees of rotation. Counter-Strike uses 0.022, Valorant uses 0.07. This is precisely why copying a number between them produces wildly different aim, and why a converter is doing real maths rather than a rule of thumb.

To find your cm/360 by hand: put a mark on your mousepad, line the mouse up with it, do a full 360 in game in one smooth motion, and measure how far the mouse travelled. Or skip that and use an aim sensitivity converter, which handles the per-game constants for you.

If you are not certain your mouse reports the DPI it claims, and many do not, verify it with a mouse DPI test first. A conversion built on a wrong DPI figure is wrong from the start.

The universal unit for controller: turn time

Controller players have no equivalent tool, and this is worth stating plainly because a lot of guides pretend otherwise. There is no reliable controller sensitivity converter, because controllers do not have a single clean sensitivity-to-degrees relationship the way a mouse does.

The reason is acceleration. Most console shooters ramp your turn rate up the longer you hold the stick at full deflection. A stick pushed fully right does not turn at a constant speed. It starts slower and accelerates into a sustained rate, and every game ramps differently.

So the unit controller players use instead is time to complete a 360, measured with the stick held at maximum. It is a real, comparable, physical quantity, and matching it across games is the closest thing to conversion available. Aim Labs published a version of this method recently and it remains the community standard.

Here is how to do it:

1. Load into a practice range or an empty map
2. Pick a fixed reference point: a corner, a poster, a bullet hole you shoot into a wall
3. Line your crosshair up with it
4. Start a timer as you push the right stick fully to one side, against the outer ring
5. Keep it pinned. Do not ease off partway
6. Stop the timer the instant your crosshair returns to the reference point
7. Repeat three times and take the average

Do the same in the second game. If it turns faster, lower the sensitivity there. If slower, raise it. Adjust, re-measure, repeat until the two times sit within about a tenth of a second.

A typical console shooter lands somewhere between roughly one and three seconds for a full turn. Where you sit inside that range is personal preference. What matters is that it is the same number everywhere.

Push the stick genuinely to the outer ring every time. Half-deflection measurements are worthless because the ramp behaves differently, and inconsistent stick pressure is the main reason people get scattered results and give up on the method.

Match the curve before you match the number

This is the step people skip, and skipping it makes everything above pointless.

Games apply a response curve between stick position and turn rate. The common types:

Linear means output is directly proportional to stick position. Push halfway, turn at half speed. Predictable, and the only curve type that makes cross-game matching genuinely reliable.

Exponential, sometimes called standard, means small stick movements produce disproportionately small turns while large ones produce disproportionately large ones. Good for fine aim, less predictable.

Dynamic and similar hybrid curves combine both, plus their own acceleration behaviour.

Two games matched on turn time but running different curve types will still feel different everywhere except at full deflection, because full deflection is the only point where all curves agree. Every partial input, which is most of your aiming, will differ.

So the order is: set the same curve type in both games first, then match turn time. If linear is available, use it in both. It is the easiest curve to carry between titles precisely because it has the fewest hidden behaviours.

Also turn off any per-game acceleration extras before measuring. Several games have boost or ramp settings layered on top of the curve, and those will corrupt your measurement.

What does not transfer

Even with turn rate and curve matched, four things will still make games feel different. Knowing which is which stops you chasing your sensitivity when the sensitivity is fine.

Field of view. A wider FOV puts more world on screen, so the same rotation moves targets across fewer pixels. Matched turn rate at 80 FOV and 110 FOV genuinely feels different. Match FOV where the games allow it, and accept some difference where they do not.

ADS and scoped sensitivity. These are separate settings with separate multipliers, and converting your hipfire sensitivity does nothing for them. Convert each aim state separately, or you will have consistent hipfire and inconsistent aiming down sights, which is the worse half.

Aim assist. On controller, this is the big one. Different games apply different amounts of rotational and slowdown assistance, and some reduce it when specific input types are detected. Two games with identical turn rates can feel very different because one is quietly helping more than the other. There is no setting that equalises this.

Deadzone. A large deadzone in one game and a small one in another changes where your movement starts, which affects fine aim regardless of turn rate. Set these by measurement rather than copying, and our deadzone tuning guide covers the method.

Your hardware has to be consistent too

Easy to overlook, and it undermines everything else.

Use the same controller. Two pads of the same model can behave differently, particularly as they age. If you rotate between controllers, you are rotating between slightly different aim characteristics.

Watch your drift over time. As a stick wears, you raise your deadzone to compensate, and raising your deadzone changes your effective sensitivity near centre. Your carefully matched settings quietly drift out of match. Re-check with a stick drift test every few months, and note the reading alongside your settings.

Keep your connection consistent. Wired and wireless differ in latency, and inconsistent latency undermines timing more than a slightly wrong sensitivity does.

For mouse players, the equivalents are keeping DPI fixed across games and disabling every acceleration setting in Windows and in-game.

Build a reference sheet

Once you have done the work, write it down. This takes five minutes and saves the whole process being repeated.

For each game, record: hipfire sensitivity, ADS or scoped multiplier, curve type, FOV, deadzone values, and your measured turn time or cm/360. Add the date and which controller or mouse it applies to.

The reason is practical. Games patch their sensitivity handling, sometimes without announcing it. Settings get wiped by reinstalls, new machines and cloud sync failures. Without a record you rebuild from memory, badly.

A sheet also lets you diagnose properly. If a game suddenly feels wrong, you can check whether your settings changed or whether the game did, rather than guessing.

Expect a short adjustment period

When you move to properly converted settings, they will initially feel wrong. This is normal and it catches people out.

Your hands have adapted to compensating for the mismatch. Removing the mismatch means unlearning the compensation, and that takes a few days. Most people find things click within about a week of regular play.

The mistake is adjusting during that week. Change something on day two because it feels off, and you have restarted the adaptation with new numbers, and you never converge. Set it, leave it alone for a week, and only then judge.

The short version

Sensitivity numbers do not transfer between games. Physical relationships do.

Mouse players use cm/360 and a converter that knows each game's yaw constant. Controller players match 360 turn time by hand, because no converter exists. Both should match curve type before matching speed, convert each aim state separately, and accept that FOV and aim assist will still create differences that no setting removes.

Then write it down, leave it alone for a week, and let your hands catch up. Precision comes from consistency more than from finding the perfect number, which is also the argument behind why pro gamers lower deadzones: the setting that helps most is usually the one that stops the hardware getting in the way.