Mouse Sensitivity Converter: Convert Sens Between Games Accurately
Stop losing your aim when switching games. Our free sensitivity converter accurately translates your mouse settings between CS2, Valorant, Apex, Fortnite, and all major FPS titles. Calculate your cm/360° and eDPI instantly.
Sensitivity Converter Tool
Supported Games (2026)
Our sensitivity converter supports all major FPS titles with accurate, up-to-date conversion multipliers. Whether you're switching from Valorant to CS2, Apex Legends to Fortnite, or trying out new releases like GTA VI and Marvel Rivals, we've got you covered.
| Game | Popular Sens Range | Notes |
|---|---|---|
| Counter-Strike 2 (CS2) | 0.8 - 1.5 (800 DPI) | Industry standard, many pros use ~1.2 |
| Valorant | 0.3 - 0.5 (800 DPI) | Lower sens than CS2, precision-focused |
| Apex Legends | 1.0 - 2.0 (800 DPI) | Higher sens for movement & tracking |
| Fortnite | 6% - 10% (800 DPI) | Build/edit sens separate options |
| GTA VI (2026) | TBD - uses new engine | Updated for RAGE 9 engine physics |
| Overwatch 2 | 3% - 8% (800 DPI) | Per-hero sens options available |
| Rainbow Six Siege | 5 - 15 (800 DPI) | Different ADS sens multipliers |
| Aim Lab & Kovaak's | Match main game | Critical for effective aim training |
How Mouse Sensitivity Conversion Works
At its core, sensitivity conversion is about matching your cm/360° distance - the physical mouse movement required to complete one full rotation in-game. This is the only objective measure that translates perfectly between games.
The cm/360° Method Explained
Every game engine has a different sensitivity scale. A value of "1.0" in CS2 moves your crosshair differently than "1.0" in Valorant. However, physical mouse movement is constant. By calculating how many centimeters you need to move your mouse for a 360° turn, we can find equivalent settings across games.
Practical Example: Valorant to CS2 Conversion
A professional Valorant player uses 0.35 sens at 800 DPI. This gives them approximately 47.4 cm/360°.
To maintain this exact physical feel in CS2, they need a sensitivity that also yields ~47.4 cm/360°. Using our converter's accurate multipliers, this translates to approximately 1.05 sens at 800 DPI in CS2.
This explains why Valorant sensitivities appear much lower numerically - the games use different scaling, not because Valorant players move their arms more.
eDPI: Your True Sensitivity Metric
eDPI = DPI × In-Game Sensitivity. This simple formula gives you a universal number to compare settings. For instance, 0.4 sens at 800 DPI in Valorant (eDPI = 320) feels similar to 1.2 sens at 800 DPI in CS2 (eDPI = 960) due to different game scaling. Our converter handles these calculations automatically.
DPI & FOV: The Complete Picture
DPI Demystified
DPI (Dots Per Inch) measures how many pixels your cursor moves per inch of physical mouse movement. Higher DPI = cursor moves faster. However, DPI alone doesn't determine sensitivity - it's the combination with in-game settings that matters. Most pros use 400, 800, or 1600 DPI for optimal sensor performance without pixel skipping.
FOV's Critical Role
Field of View dramatically affects how sensitivity feels. A high FOV (Apex Legends, Warzone) makes everything appear smaller and faster, often making sensitivities feel higher than they are. A lower FOV (CS2, Valorant) makes targets appear larger and movement feel slower.
Our converter accounts for FOV differences between games where possible, though for the most accurate feel, you may need minor manual adjustments after conversion.
Yaw Sensitivity & Engine Differences
Different game engines (Source, Unreal Engine, RAGE, etc.) handle mouse input differently through their "yaw" settings - essentially how many degrees of turn correspond to one mouse count. Our tool uses established yaw values for each game to ensure mathematically precise conversions.
Why Consistent Sensitivity Matters in FPS Games
Muscle memory isn't just a gaming myth - it's neurological fact. When you maintain the same cm/360° across games, your brain develops consistent motor patterns for:
- Micro-adjustments: Tiny aim corrections for headshots
- Flick shots: Fast, precise movements to targets
- Tracking: Smoothly following moving enemies
- Crosshair placement: Natural positioning at head level
Professional players like ropz, TenZ, and ImperialHal maintain nearly identical sensitivities across different titles. This allows them to switch between CS2, Valorant, and Apex without the dreaded "aim reset" period most players experience.
Real-World Use Cases
Valorant Players Trying CS2
Valorant's sensitivity scale is approximately 3.18x "slower" than CS2's. Our converter handles this exact multiplier, so your precise Valorant aim translates perfectly to CS2's different engine. No more overshooting awp flicks.
CS2 Veterans Switching to Apex Legends
CS2 players often need slightly higher sensitivity for Apex's movement-heavy gameplay. Our converter gives you the exact equivalent, which you can then increase by 10-20% if desired for wall jumps and tap-strafing.
Fortnite Builders & Editors
Fortnite's unique building mechanics often require separate sensitivities. Convert your main aiming sens first, then use Fortnite's built-in multipliers for building/edit modes while maintaining consistent 360° distances.
Aim Training Optimization
Matching your Aim Lab or Kovaak's sensitivity to your main game is non-negotiable for effective training. Our converter ensures every flick, tracking, and target switching scenario directly improves your in-game performance.
Sens Converter FAQ
Yes. Our tool uses community-verified multipliers and cm/360° calculations trusted by esports coaches and professional players. While personal preference always matters, our conversions provide the mathematically correct starting point for any game switch.
A sensitivity calculator typically computes cm/360° or eDPI within one game. A sensitivity converter translates settings between different games. Our tool does both - calculate your metrics AND convert between CS2, Valorant, Apex, Fortnite, R6, Overwatch 2, and more.
Controller sensitivity conversion is more complex due to acceleration curves and deadzones. For popular games with good controller support (Fortnite, Apex, Warzone), use the same cm/360° principle but expect to fine-tune response curves after conversion.
Several factors affect "feel": FOV differences, monitor distance ratio, mouse acceleration implementation, and personal perception. Use our conversion as your exact starting point, then adjust ±0.05 for personal preference. The cm/360° will remain your objective baseline.
We add new games as they release and their sensitivity scales are documented. Check back for Marvel Rivals, Battlefield 6, and other 2026 titles. Want a specific game added? Contact us with the game's sensitivity scale details.
There's no universal "best" - it's about control and consistency. Lower sensitivities (40-60cm/360°) offer more precision for tactical shooters like CS2/Valorant. Higher sensitivities (20-35cm/360°) benefit tracking-heavy games like Apex/Overwatch. Find your comfortable range and stick with it across games using our converter.
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Precision Aim Starts Here
After converting sensitivities for thousands of players from Silver to professional, we understand the difference precise settings make. Whether you're a CS2 veteran trying Valorant, an Apex player exploring Fortnite's new season, or preparing for GTA VI's release with optimal sensitivity - our tool gives you the competitive edge of consistency. Game knowledge, strategy, and reflexes matter, but they all build upon the foundation of reliable aim. Convert with confidence.