cs go sensitivity to valorant 2026

How to Accurately Convert CS:GO Sensitivity to Valorant (Without Wasting Hours)

Stop guessing your mouse settings. Learn the exact math behind cs go sensitivity to valorant conversion and avoid common pitfalls that ruin aim.

If you’ve ever typed “cs go sensitivity to valorant” into a search bar, you’re not alone. Thousands of players switch between these tactical shooters daily—and most get their sensitivity wrong. This isn’t just about comfort; it’s about muscle memory, flick accuracy, and whether you win or lose a 1v1. In this guide, you’ll learn the precise conversion method used by pro players, why online calculators often fail, and how to test your new setting without wasting days in deathmatch.

Why “Just Divide by 3.18” Is Dangerous Advice

You’ve probably seen the viral tip: “Take your CS:GO eDPI and divide by 3.18 to get Valorant sensitivity.” Sounds simple. It’s also misleading—and here’s why.

Both games use different field-of-view (FOV) values:
- CS:GO: ~106.26° horizontal FOV (90° vertical)
- Valorant: 103° horizontal FOV (default)

More critically, they handle mouse input differently at the engine level. CS:GO uses raw Windows mouse input with minimal smoothing (when m_rawinput 1 is enabled), while Valorant uses its own input stack that can introduce subtle inconsistencies—especially on high-polling-rate mice.

The “3.18 rule” assumes identical angular velocity mapping. But real-world testing shows discrepancies of up to 7% in effective turning speed, depending on DPI, in-game sensitivity, and even monitor resolution.

The Correct Approach: Match Angular Sensitivity, Not Just Numbers

What truly matters is how many degrees your crosshair moves per inch of mouse travel—your angular sensitivity. To preserve muscle memory, this value must stay consistent across games.

The accurate formula accounts for both FOV and engine behavior:

But since eDPI = DPI × in-game sensitivity, and DPI cancels out if unchanged, we simplify to:

Valorant Sensitivity ≈ CS:GO Sensitivity ÷ 3.18198

Yes, that’s where 3.18 comes from—it’s √(360/35.264), derived from matching 360-degree turn distances. But this only holds if:
- Your DPI is identical in both games
- You’re using raw input in CS:GO (m_rawinput 1)
- Your monitor aspect ratio is 16:9
- You haven’t modified FOV in either game

Miss one condition, and your aim feels “off.”

What Others Won’t Tell You

Most guides skip these critical details—because they sound technical. But ignoring them costs you rank points.

1. Windows Pointer Speed Still Matters (Even in 2026)

Valorant doesn’t read m_rawinput. It relies on Windows mouse settings. If your Windows pointer speed isn’t set to 6/11 (the default middle notch), your in-game sensitivity won’t match calculations.
→ Fix: Go to Settings > Devices > Mouse > Additional mouse options > Pointer Options. Set slider to 6. Uncheck “Enhance pointer precision.”

1. High Polling Rates Can Cause Micro-Stutter in Valorant

Mice running at 4000 Hz or 8000 Hz may experience inconsistent polling in Valorant due to engine limitations. This creates tiny delays that disrupt tracking—especially during slow sweeps.
→ Fix: Cap your mouse at 1000 Hz unless you’ve verified stability with tools like MouseTester.

1. Monitor Distance Coefficient (MDC) Is a Myth for Cross-Game Conversion

Some advanced aim trainers suggest using MDC (e.g., 0.5, 1.0, 2.0) to match sensitivities. While useful within a single game for different FOVs, MDC doesn’t apply when switching engines like Source → Unreal. Stick to angular equivalence.

1. Don’t Trust “Instant” Online Converters

Many websites use hardcoded 3.18 without checking your actual setup. Worse, some inject affiliate links to mouse gear or aim trainers. Always verify with manual calculation or trusted tools like Aim Lab or Kovaak’s.

1. Your First Day Will Feel Worse—And That’s Normal

Even with perfect conversion, your brain needs 2–4 hours to adjust to Valorant’s hit registration timing and animation interpolation. Don’t tweak sensitivity after one deathmatch. Give it three full sessions.

Step-by-Step Conversion Guide (With Real Examples)

Follow this process to migrate your settings accurately.

Step 1: Gather Your CS:GO Settings
Open CS:GO console and type:

Note:
- sensitivity: your in-game value (e.g., 2.2)
- m_rawinput: should be 1
- DPI: check your mouse software (e.g., Logitech G Hub, Razer Synapse)

Calculate eDPI:
eDPI = DPI × sensitivity
Example: 400 DPI × 2.2 = 880 eDPI

Step 2: Apply the Conversion
Use the precise factor: 3.18198

Valorant Sensitivity = CS:GO Sensitivity ÷ 3.18198
= 2.2 ÷ 3.18198 ≈ 0.691

Round to 0.69 (Valorant allows two decimal places).

Step 3: Configure Windows & Mouse
- Set Windows pointer speed to 6/11
- Disable acceleration in mouse driver
- Use same DPI as in CS:GO (400 in this case)

Step 4: Test in Valorant Range
Go to Practice Range. Perform these drills:
1. Flick test: Stand 15m from wall. Flick between two boxes 30° apart. Should feel identical to CS:GO.
2. Tracking test: Follow moving drone slowly. No overshoot or lag.
3. Strafe peek: Circle around a corner while keeping crosshair on target.

If it feels too slow/fast, adjust in ±0.02 increments—not more.

Side-by-Side Comparison: Popular Pro Setups

The table below shows real player configurations and how the conversion holds up.

Notice: Most pros land within ±0.02 of the calculated value. This validates the 3.18198 factor—but only when conditions are controlled.

Advanced: Custom FOV or Ultrawide Users

Using 21:9 or custom FOV? The standard conversion fails.

For non-standard setups, use effective FOV scaling:

Example:
If you play CS:GO at 120° horizontal FOV:
Factor = 3.18198 × (120 / 106.26) ≈ 3.594
Valorant Sens = 2.2 ÷ 3.594 ≈ 0.612

But caution: Valorant doesn’t support ultrawide properly. Black bars reduce effective view, making sensitivity feel faster. Many ultrawide users actually increase sensitivity slightly to compensate.

Tools That Actually Help (Not Hype)

Avoid random web converters. Use these instead:

• Aim Lab (free): Import CS:GO config, auto-convert to Valorant with visual feedback.
• Mouse Sensitivity Calculator by DPI Database: Open-source, offline-capable, includes FOV adjustment.
• Kovaak’s FPS Aim Trainer: Has built-in “Cross-Game Sensitivity” scenario with real-time comparison.

All three let you test before committing in live matches.

Conclusion

Converting cs go sensitivity to valorant isn’t about copying a number—it’s about preserving your spatial intuition across game engines. The widely cited “divide by 3.18” works only under strict conditions: identical DPI, raw input enabled, default FOV, and proper Windows settings. Deviate from any of these, and your aim suffers. Use the precise factor 3.18198, validate with in-game drills, and resist the urge to tweak prematurely. Remember: the goal isn’t comfort on day one—it’s consistency on day thirty. When done right, your first headshot in Valorant will feel just like home.

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