Sens Converter

Switching games should not mean starting your aim from zero. A sens converter carries the muscle memory you already have into a new game by matching how far your mouse travels for each turn, not the number in the settings menu. This guide explains why the numbers differ between games, how this mouse sens converter does the math, and how to get the best result in Valorant, CS2, Fortnite, Apex Legends and the other games it supports.

Why the same sensitivity feels different in every game

A sensitivity of 1 means something different in every game. In CS2 it turns your view 0.022 degrees for each count your mouse sends. In Valorant the same 1 turns you 0.07 degrees, more than three times as far. Copy the number across and your muscle memory is gone.

What your hand actually learns is distance: how far the mouse moves across the pad to turn a certain angle. Players usually describe it as their cm/360, the centimetres needed for one full spin. Two setups with the same cm/360 feel the same when you turn and flick, whatever number each game shows. That distance is what the converter keeps constant.

How the sens converter calculates your new sensitivity

Every game turns the camera by a fixed angle, called its yaw, for each count your mouse reports at a sensitivity of 1. The converter multiplies your sensitivity by that yaw and by your mouse DPI to find how many degrees you turn per inch of movement. It then solves for the sensitivity in the new game that gives the same degrees per inch, which means exactly the same cm/360.

For games with a straight, proportional slider that comes down to new sens = old sens × old yaw ÷ new yaw. Valorant turns 0.07° per count and CS2 turns 0.022°, so a Valorant sensitivity of 0.4 becomes 0.4 × 0.07 ÷ 0.022 = 1.27 in CS2. At 800 DPI both settings need about 40.8 cm of mouse movement for a full turn.

Not every game is that simple. Minecraft, PUBG and the Battlefield series use curved or offset sliders, where doubling the number does not double the turn speed. A handful of games, including ARC Raiders and Rust, also change turn speed with field of view. The converter uses each game’s own formula and shows an FOV field where it matters, so the result stays correct across the whole slider.

Valorant sens converter: CS2, CS:GO and back

Valorant and Counter-Strike are the most common switch, and the reason many players look for a val sens converter in the first place. To go from Valorant to CS2, multiply your Valorant sens by 3.1818. Going the other way, from CS2 to Valorant, multiply by 0.3143. CS:GO uses the same scale as CS2, so a Valorant to CS:GO conversion gives exactly the same number. Many players simply call it the val to cs conversion, and the rule of thumb is easy to remember: the CS number is a little over three times the Valorant one.

The Valorant sens converter page has a full table of common values. The CS2 to Valorant sens converter and the Valorant to CS2 sens converter show each direction with ready-made rows, and players coming from the older game can use the Valorant to CS:GO sens converter.

A game sens converter for 105 games

The same method works for every supported title, and a few patterns are worth knowing. Apex Legends uses the same scale as CS2, so the number carries over one to one. Overwatch 2 and Call of Duty share a scale of their own. A Valorant value multiplied by 4 gives the same feel in Marvel Rivals. Rainbow Six Siege only accepts whole numbers from 1 to 100, so the converter tells you how far the rounded value is from a perfect match. Fortnite shows its sensitivity as a percentage, and ARC Raiders scales with your field of view.

Each game has its own page with a conversion table and notes on the settings that matter. The most used are the R6 sens converter, the Overwatch sens converter, the Fortnite sens converter, the Apex sens converter, the Marvel Rivals sens converter and the ARC Raiders sens converter. Every other game is listed in the supported games section below.

Aim trainers: an Aimlabs sens converter

Practice only pays off when the trainer feels like your game. Aimlabs lets you choose which game’s sensitivity scale it uses. If you set that scale to the game you play, type the same number you use in that game. If you keep Aimlabs on its own default scale, the Aimlabs sens converter finds the matching value. Either way, check that the cm/360 is identical and the hours you spend in the trainer carry straight over to your matches. That is all an aim sens converter has to do.

Mouse sens converter for a new DPI

Changing your mouse DPI changes your aim even inside the same game. For a proportional slider the fix is new sens = old sens × old DPI ÷ new DPI: double the DPI and halve the sensitivity. The converter handles this as well. Enter your old DPI on the left and your new DPI on the right, or open the DPI sens converter for a one-game version that also follows curved sliders.

To compare your setup with other players of the same game, eDPI (DPI multiplied by sensitivity) is the usual shorthand. Across different games, cm/360 is the number to compare.

Getting used to a converted sensitivity

The conversion matches your turn speed exactly, but a new game can still feel different at first. Field of view changes how fast the same turn looks on screen, and scoped or ADS sensitivity is usually a separate setting. Play a few sessions with the converted value and test it in a practice range or deathmatch before you change anything. If it still feels wrong after that, adjust in small steps of about 5% and keep a note of your cm/360 so you can always find your way back.

Every tool here is free, runs in your browser and needs no account. Your games and DPI are remembered on your own device, so the converter opens where you left it next time.