The Complete Guide to Converting Sensitivity Between Valorant and CS2
Master the mathematical formula and practical considerations for perfect sensitivity conversion between Counter-Strike 2 and Valorant.
Sensitivity Conversion Guide
Table of Contents
Switching between Valorant and Counter-Strike 2 (CS2) is common for tactical FPS players, but maintaining consistent aim across both games requires precise sensitivity conversion. While many players attempt simple guesswork or use unreliable conversion methods, understanding the actual mathematical relationship between these games ensures your muscle memory translates perfectly.
This comprehensive guide covers everything from the exact conversion formula to why converted settings might still feel slightly different, helping you maintain peak performance whether you're clutching rounds in Valorant or holding sites in CS2.
Interactive Sensitivity Converter
Try converting your sensitivity right here to follow along with the guide.
CS2 Settings
Valorant Settings
Understanding Sensitivity Conversion
Sensitivity conversion between games exists because different engines handle mouse input differently. Valorant and CS2 use different sensitivity scales, meaning a sensitivity value of 1.0 in CS2 represents a vastly different mouse movement speed than 1.0 in Valorant.
The key concept is maintaining the same physical mouse movement distance for identical in-game camera rotation. When properly converted, moving your mouse 10 centimeters should rotate your view the same amount in both games, preserving your muscle memory and aim consistency.
Important: Conversion maintains rotation speed but cannot account for differences in game mechanics like movement acceleration, weapon handling, or visual feedback. This is why converted sensitivity feels "close but not identical."
The Conversion Formula Explained
The mathematical relationship between CS2 and Valorant sensitivity involves a conversion multiplier of 3.18181818 (or 10/π more precisely). This number derives from the different ways each game's engine interprets sensitivity values.
The Formula
Valorant Sens = (CS2 Sens × CS2 DPI × 3.18181818) ÷ Valorant DPI
Or simplified when using the same DPI:
Valorant Sens = CS2 Sens × 3.18181818
This formula ensures that your eDPI (effective DPI = DPI × Sensitivity) translates correctly between games. The 3.18181818 multiplier accounts for Valorant's different sensitivity scaling system.
Example Calculation:
CS2: 1.5 sensitivity at 800 DPI
Valorant: (1.5 × 800 × 3.18181818) ÷ 800 = 4.773 sensitivity
Both result in 1200 eDPI equivalent
Step-by-Step Conversion Guide
1 Identify Your Current Settings
Open CS2 and note your current in-game sensitivity value (found in Settings → Mouse). Also confirm your mouse DPI setting in your mouse software or hardware. Most gaming mice use 800, 1600, or 3200 DPI by default.
2 Calculate Your CS2 eDPI
Multiply your CS2 sensitivity by your DPI. For example: 1.2 sensitivity × 800 DPI = 960 eDPI. This number represents your true sensitivity across any DPI setting.
3 Apply the Conversion Multiplier
Multiply your CS2 sensitivity by 3.18181818 (if keeping the same DPI). Using the calculator above or manually: 1.2 × 3.18181818 = 3.818.
4 Input Into Valorant
Open Valorant, go to Settings → Controls → Sensitivity, and enter your calculated value. Valorant accepts values up to 3 decimal places, so round appropriately (3.818 rounds to 3.818).
5 Verify in Practice Range
Test in Valorant's practice range by doing flicks and 360-degree turns. The muscle memory should feel identical to CS2. If something feels off, double-check your DPI settings match in both games.
Why Games Feel Different Despite Conversion
Even with mathematically perfect conversion, Valorant and CS2 feel subtly different due to fundamental game design differences. Understanding these helps manage expectations and adapt quickly.
Movement Mechanics
CS2 has smoother acceleration and deceleration curves. Valorant features instant stops and more precise counter-strafing, making aiming feel "snappier" even with identical sensitivity.
Weapon Behavior
CS2 weapons have more complex spray patterns and movement penalties. Valorant's weapons are more forgiving while moving, changing how you track targets despite same sensitivity.
Visual Feedback
Valorant uses brighter visuals and more UI elements. CS2 has more realistic lighting and darker maps. These visual differences affect perceived sensitivity and target acquisition speed.
Hitbox Differences
Valorant has slightly larger hitboxes and different head sizes relative to body. This changes the precision required for headshots, making aim feel "easier" independent of sensitivity.
Pro Player Sensitivity Comparisons
Professional players who compete in both games provide real-world validation of conversion principles. Here's how some pros handle sensitivity across titles.
| Player | CS2 Sens | CS2 eDPI | Valorant Sens | Val eDPI |
|---|---|---|---|---|
| TenZ | 0.88 @ 800 | 704 | 0.277 @ 800 | 222 |
| s1mple | 3.09 @ 400 | 1236 | N/A | - |
| nAts | 1.48 @ 800 | 1184 | 0.37 @ 800 | 296 |
Note: Many pros use different sensitivities across games based on personal preference rather than strict conversion. They adapt to each game's unique feel rather than forcing identical sensitivity.
Common Conversion Mistakes
Using Wrong Multiplier
Some outdated guides suggest multipliers like 3.0 or 3.5. The correct value is 3.18181818. Using wrong multipliers results in noticeably different sensitivity.
Forgetting DPI Differences
If you use 800 DPI in CS2 but 1600 DPI in Valorant, the formula changes. Always account for DPI in your calculations or keep DPI identical across games.
Ignoring Windows Sensitivity
Windows mouse settings affect raw input. Ensure Windows sensitivity is at 6/11 (default) and "Enhance pointer precision" is disabled for accurate conversion.
Converting Zoom Sensitivity
Scoped sensitivity uses different multipliers. Keep zoom sensitivity at 1.0 in both games for consistency, or convert separately using game-specific zoom multipliers.
Fine-Tuning Your Converted Sensitivity
After converting, spend time fine-tuning to account for personal feel preferences and game-specific differences.
Initial Testing Period (1-2 Days)
Use converted sensitivity without changes for at least 20-30 matches. Your brain needs time to adjust to subtle game differences. Resist the urge to change sensitivity during this adaptation period.
Micro-Adjustments (±0.02)
After adaptation, if something still feels off, make tiny adjustments. Change Valorant sensitivity by ±0.02 at most. Test for another week before additional changes. Most players find converted sensitivity works perfectly without adjustment.
Practice Range Drills
Use Bot training in Valorant and aim maps in CS2 to compare muscle memory. Practice identical drills (180-degree flicks, tracking) in both games to verify consistency.
Conclusion
Converting sensitivity between Valorant and CS2 requires precise mathematics and understanding of game engine differences. The 3.18181818 multiplier provides mathematically accurate conversion that preserves muscle memory across games.
While converted sensitivity feels nearly identical, expect subtle differences due to unique game mechanics. Professional players successfully switch between games using proper conversion, proving that consistent aim is achievable across tactical shooters with correct settings.
Remember that conversion is just the starting point. Give yourself adequate time to adapt to each game's unique feel, and make only minor adjustments after proper testing. With proper conversion and patience, you can maintain elite aim across both Counter-Strike 2 and Valorant.
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