Convert Valorant sensitivity to Apex Legends instantly — enter mouse DPI and your Valorant in-game sens to get the equivalent Apex Legends setting, both eDPI readouts, and matching cm/360° for muscle memory.
Not sure what your DPI is? Test it with the DPI ruler
Apex Legends sensitivity
0.6286
eDPI (VAL) 503
Counter-Strike 2 uses a Source 2 engine yaw of 0.022, while Valorant uses 0.07. The conversion ratio is 0.314.
Valorant
Unreal Engine 4
Apex Legends
Source
New Sens = Old Sens × (Old Yaw ÷ New Yaw)
cm/360 = 360 ÷ (DPI × Sens × Yaw) × 2.54
Conversion ratio: ×0.3143
2 × (0.022 ÷ 0.07) = 0.6286
Valorant (Unreal Engine 4, yaw 0.07) and Apex Legends (Source, yaw 0.022) use different sensitivity scales. This converter applies New Sens = Old Sens × (0.07 ÷ 0.022) — ratio ×3.182 — so physical turn distance stays identical.
Each FPS engine uses its own yaw constant — the degrees turned per mouse count. A sensitivity of 2.0 in CS2 and 2.0 in Valorant produce completely different rotation speeds because Source 2 yaw (0.022) differs from Valorant yaw (0.07).
New Sens = Old Sens × (Old Yaw ÷ New Yaw). This formula preserves the same physical cm/360° distance so your arm and wrist travel the same distance for a full turn in any supported game.
Keeping cm/360° identical across titles means you do not relearn flick distance when switching between tactical shooters, battle royales, or arena FPS games — only the in-game number changes.
Dedicated pages for Valorant to CS2, Fortnite to Valorant, and other high-search conversions — each pre-loaded with the correct source and target games.
Counter-Strike 2 → Valorant
Valorant → Counter-Strike 2
Counter-Strike: Global Offensive → Valorant
Valorant → Counter-Strike: Global Offensive
Apex Legends → Valorant
Valorant → Apex Legends
Fortnite → Valorant
Valorant → Fortnite
Counter-Strike 2 → Overwatch 2
Counter-Strike 2 → Delta Force: Hawk Ops
Rainbow Six Siege → Counter-Strike 2
Call of Duty: Warzone → Counter-Strike 2
Counter-Strike 2 → Escape from Tarkov
The Finals → Valorant
Fourteen FPS titles with verified yaw constants for accurate game sensitivity conversion.
Counter-Strike 2
Counter-Strike: Global Offensive
Valorant
Apex Legends
Team Fortress 2
Overwatch 2
Rainbow Six Siege
Fortnite
Call of Duty: Warzone
Escape from Tarkov
PUBG: Battlegrounds
The Finals
Battlefield 2042
Delta Force: Hawk Ops
Marvel Rivals
Sensitivity numbers are meaningless without engine context. These four terms explain what the converter calculates and why the result matters.
Yaw is an engine parameter that defines how many degrees the camera rotates per mouse input unit. Different engines use different yaw constants, which is why the same sensitivity number feels faster or slower between games.
Centimeters per 360° is the physical distance your mouse travels for one full horizontal rotation. It is the universal standard for comparing sensitivity across games, DPI settings, and players.
Effective DPI equals mouse DPI multiplied by in-game sensitivity for a specific title. Two players with 1600 eDPI in CS2 share the same turn speed even if one uses 800 DPI × 2.0 and another uses 400 DPI × 4.0.
Proper yaw-based conversion preserves muscle memory when you switch games. Without conversion, a comfortable CS2 sens might feel unusably slow in Valorant or painfully fast in Overwatch 2.
Preset to Valorant → Apex Legends. Enter DPI and your Valorant sensitivity, then copy the converted Apex Legends value into game settings.
Choose the game you are converting from (source) and the game you want to match (target). Use the swap button to reverse direction, or pick a popular conversion shortcut below the formula card. See also: converter tool .
Tip CS2 → Valorant is the most common pairing — start there if you are unsure
Type your mouse DPI and the in-game sensitivity from the source game. The converter updates the target sensitivity, cm/360°, and both eDPI values live as you type. See also: DPI test .
Tip Keep Windows pointer speed at 6/11 and disable Enhance pointer precision for accurate results
Click the copy button next to the converted sensitivity, paste it into the target game settings, and play a deathmatch or range session. Allow one to two weeks of adaptation even with a mathematically correct conversion. See also: precision aim test .
Tip FOV and ADS multipliers can still change feel — tune ADS separately if needed
Unreal Engine 4 · yaw 0.07. Your Valorant eDPI = DPI × Valorant sensitivity — game-specific, not portable to Apex Legends without conversion.
Source · yaw 0.022. The converted Apex Legends sens preserves cm/360° from Valorant — do not copy eDPI numbers directly across engines.
Multiply Valorant sensitivity by ×3.182 to get Apex Legends sensitivity at the same physical turn speed. Example: 2.0 VAL sens → 6.364 APX sens.
Enter your mouse DPI and Valorant in-game sensitivity in the converter above. The tool outputs the equivalent Apex Legends sens using New Sens = Old Sens × (0.07 ÷ 0.022) — ratio ×3.182 for this pairing.
eDPI is game-specific, so you cannot copy Valorant eDPI into Apex Legends. This converter shows both eDPI values while matching cm/360° — that is the correct way to preserve aim feel between VAL and APX.
Multiply Valorant sensitivity by ×3.182 to get Apex Legends sensitivity at the same physical turn distance. DPI does not change the ratio — only the in-game number scales with yaw.
No. Different yaw values mean identical eDPI numbers produce different cm/360° in Valorant vs Apex Legends. Use this converter to match cm/360°, not eDPI.
DPI × in-game sensitivity = eDPI for that specific game. A 800 DPI mouse at 2.0 sens and a 400 DPI mouse at 4.0 sens share the same eDPI (1600) in the same title — they turn at the same speed. DPI and sens are interchangeable levers; yaw conversion only changes the in-game number between different games.
Lower sensitivity improves precision for small hand movements and micro-corrections. Most professional FPS players sit between 40–60 cm/360° in tactical shooters. Lower sens demands more desk space but rewards consistent crosshair placement.
Higher FOV widens the visible scene, so the same sensitivity can feel slower because targets appear smaller and farther from center. Conversion preserves cm/360° but not perceived speed — you may need a short adaptation period after changing FOV.
Keep acceleration off for competitive play. Windows Enhance pointer precision scales movement non-linearly, breaking muscle memory. Disable it, set pointer speed to 6/11, and enable raw input in each game for consistent aim.
Two common approaches: match 1.0 ADS multiplier for identical physical cm/360° while scoped, or use 0.7–0.9 for finer precision at zoom. This converter handles hip-fire sens — tune ADS separately per scope in battle royale titles.
FOV differences, frame rate, input lag, mouse acceleration, and game-specific ADS scaling all change perceived aim. Even a mathematically correct conversion needs one to two weeks of play to rebuild muscle memory. Verify hardware DPI first with a ruler test.
Different engine yaw values mean the same sensitivity number has completely different meanings. Always convert using yaw ratios, not guesswork.
Centimeters per 360° is the only reliable cross-game standard. Match this value and your physical aim distance stays the same.
Sensitivity conversion uses yaw ratios only. DPI affects cm/360° and eDPI readouts but not the Old Sens × (Old Yaw ÷ New Yaw) formula.
Turn off Enhance pointer precision in Windows, enable raw input in-game, and keep OS sensitivity at 6/11 for consistent results.
Dial in your ideal cm/360° in one main game first, then use this converter to sync every other title. Verify with the precision aim test.
