CS2 to Valorant Sensitivity: What Changes and Why

CS2 to Valorant Sensitivity: What Changes and Why

In 2026, Steam's June 2026 Hardware & Software Survey reported Windows at 94.10% among surveyed Steam systems (Steam, Hardware & Software Survey, 2026). That context matters because most CS2 to Valorant sensitivity conversions happen on Windows, where mouse software, raw input, and pointer settings can affect the final feel.

The right conversion target is not a familiar number. It is the same physical mouse distance for the same turn. If your CS2 setup takes 50 cm for a full 360, your Valorant setup should land near that same cm/360 unless you want to change your aim style.

For the full conversion process, use the complete mouse sensitivity conversion guide, which explains DPI, eDPI, cm/360, and yaw in one place.

Key Takeaways

  • Convert CS2 to Valorant by preserving cm/360.
  • Keep DPI stable unless you are doing a separate DPI conversion.
  • Do not assume the same sensitivity number means the same turn distance.
  • Test hip-fire before changing scoped settings.

What Changes When Moving From CS2 to Valorant?

In 2026, MDN's Pointer Lock API guide says pointer lock is ideal for first-person 3D games because it provides access to raw mouse movement (MDN, Pointer Lock API, 2026). Even with raw movement, CS2 and Valorant can feel different because each game interprets aiming inside its own pacing and rules.

CS2 aim often rewards tiny angle holds, counter-strafe timing, spray control, and familiar map geometry. Valorant adds agent utility, different movement punishment, ability timing, and many angle types that are not present in the same way. Your cm/360 can match while your brain still needs a short adjustment period.

The conversion is a ruler, not a coaching session. It tells Valorant how far your view should turn for a mouse swipe. It does not transfer CS2 habits around peeking, bursting, or holding utility pressure.

For the opposite direction, see Valorant to CS2 sensitivity.

Step 1: Capture Your CS2 Baseline

In 2026, Microsoft Learn's Raw Input Overview says raw input provides direct data from the device and can distinguish between devices (Microsoft Learn, Raw Input Overview, 2026). Start by making sure you are capturing the correct mouse and DPI setup from CS2.

Write down your CS2 sensitivity. Then check your mouse DPI in your mouse software, not from memory. Many players have multiple DPI stages and forget which one is active. If the active DPI is wrong, the converted Valorant value will be wrong too.

Use this checklist:

  1. Confirm CS2 hip-fire sensitivity.
  2. Confirm active DPI.
  3. Keep Windows pointer settings unchanged.
  4. Avoid accidental acceleration layers.
  5. Note any unusual mouse software profiles.

If you want the technical logic behind game scales, read how mouse sensitivity conversion works. It explains why the converter handles game-specific scale instead of asking you to trust a copied multiplier.

Step 2: Convert CS2 to Valorant With cm/360

In 2026, Microsoft Learn notes that buffered raw input reads are useful for high-frequency devices such as mice at 1000Hz (Microsoft Learn, Raw Input Overview, 2026). That is why the conversion should preserve physical movement, not just a UI number.

Set CS2 as the source game and Valorant as the target game. Enter your CS2 sensitivity and DPI. Keep target DPI the same unless you intentionally want to change DPI. The converter will output a Valorant sensitivity that aims to preserve your cm/360.

Do not round aggressively. Valorant allows decimal sensitivity values, so enter the value as closely as the game permits. If you must round, round only as much as the UI requires and test the result physically.

When a converted Valorant value feels "almost right but floaty," the cause is often not the conversion. It is usually a different crosshair placement habit, a different range profile, or a scoped setting being judged before hip-fire is settled.

Step 3: Test Valorant Hip-Fire Before Scoped Settings

In 2026, Microsoft Learn's WM_INPUT page says raw input is available after applications register raw input devices (Microsoft Learn, WM_INPUT, 2026). Test your converted value inside Valorant because that is where the registered input path and game camera matter.

Open the practice range and use a fixed marker. Move your mouse a known distance and check whether your view turn matches the CS2 cm/360 you wanted to preserve. You do not need a perfect lab setup. You need enough consistency to catch obvious errors.

Use two passes. First, do a slow measured swipe to check distance. Second, do a few natural flicks to check whether you are overflicking or underflicking. If both are close, keep the setting for a few sessions before making fine changes.

If converted sensitivity feels different after measured testing, the troubleshooting guide on why converted sensitivity feels different is the next place to go.

Step 4: Decide Whether to Keep or Adapt

In 2026, MDN says OS mouse acceleration is enabled by default and unadjustedMovement can request raw input for pointer lock contexts (MDN, Pointer Lock API, 2026). This is a reminder to separate conversion accuracy from personal adaptation.

If the cm/360 match is correct, you have two valid choices. You can keep the converted value to preserve muscle memory, or you can adapt it for Valorant's specific fights. Both are reasonable. The mistake is changing it every time one duel feels strange.

Give the converted value a short trial. Use the same warmup routine for two or three sessions. If you still consistently overflick close targets or underflick wide swings, adjust in small steps and write down the new value.

For a related example with a different source game, compare Fortnite to Valorant sensitivity.

Common Mistakes to Avoid

In 2026, Steam's survey states that participation is optional and anonymous, so its data should be treated as a sampled view of Steam systems (Steam, Hardware & Software Survey, 2026). Sensitivity conversion has similar limits: useful results depend on knowing what the inputs actually mean.

Using CS2 eDPI as a universal value. eDPI is useful inside one game family, but it does not reliably compare across different game scales.

Changing Valorant scoped settings first. Fix hip-fire before touching scoped sensitivity. Otherwise, you won't know which layer caused the mismatch.

Ignoring DPI profiles. A hidden DPI profile change can make a correct conversion feel completely wrong.

Expecting Valorant to play like CS2. A matched turn distance does not transfer recoil, utility timing, or movement habits.

What Success Looks Like

In 2026, Windows 11 64-bit represented 70.44% of surveyed Steam systems in the June 2026 Steam Hardware & Software Survey (Steam, Hardware & Software Survey, 2026). Since many players convert on modern Windows setups, success should be checked in your actual game environment, not just on paper.

You have a good CS2 to Valorant conversion when a measured swipe gives you the same full-turn distance and your crosshair does not feel wildly disconnected. The first day may still feel different. That is normal.

Your next step is to make the setting boring. Keep it stable long enough for your Valorant positioning and utility habits to catch up. If ADS or FOV feel becomes the real issue, read FOV and ADS sensitivity conversion.

Frequently Asked Questions

How do I convert CS2 sensitivity to Valorant?

Use CS2 as the source game, Valorant as the target game, keep DPI unchanged, and match cm/360 instead of copying the same sensitivity number.

Will my CS2 sensitivity feel the same in Valorant?

Your full-turn distance can match, but Valorant may still feel different because movement, weapons, FOV feel, and duel timing are different.

Should I adjust Valorant scoped sensitivity too?

Only after hip-fire is correct. Convert and test your main sensitivity first, then tune scoped or ADS settings separately.

Is CS2 to Valorant sensitivity just one multiplier?

It can be expressed through game-scale math, but you should not rely on an unverified multiplier. In 2026, use a converter that preserves cm/360 and handles game-specific scale, then verify the result with a measured swipe.

Why does Valorant feel slower than CS2 after conversion?

Valorant can feel slower because its fights, movement accuracy, utility, and angle clearing differ from CS2. In 2026, raw input docs can describe device data, but they cannot make two game designs feel identical.

Should I use my CS2 pro settings in Valorant?

No. Pro settings are context, not a target. In 2026, Steam's Windows share shows many players use similar PC platforms, but that does not mean they should share one sensitivity. Your cm/360 is personal.

Sources