Tactical shooter switch
CS2 to Valorant sensitivity converter for a familiar tactical baseline.
If your hand already knows a CS-style pace, moving into Valorant usually feels best when you preserve the same physical turn distance first and only then tune for scoped behavior, agent utility habits, and your own preferred stopping power on flicks.
Why this is a useful starting point
Players often try to transfer their CS2 number directly and end up with a Valorant sensitivity that feels wildly wrong. The better approach is to match cm/360 so your hand still moves through a similar physical distance for a full turn.
A practical way to test it in Valorant
Start in the range
Run short flick and micro-adjustment drills before you judge the setting in a live match.
Check micro-corrections
Tactical games are won on tiny corrections. If you keep overshooting heads, your final tweak may need to go slightly lower.
Separate hipfire and scoped feel
Do not let Operator or ADS feel trick you into changing a solid base sensitivity too quickly.
Change one variable at a time
Keep DPI stable first. If you also change FOV habits, crosshair, mousepad, or posture, it becomes much harder to judge the result.
Why Valorant can still feel slower
- Crosshair placement and corner clearing are more deliberate than in many faster shooters.
- Agent abilities and pre-aim patterns can change how often you make wide versus tiny movements.
- Even a mathematically matched sensitivity can feel different when the target size, pace, and visual style change.
If the number looks right but your hand still disagrees, start with the troubleshooting guide.
FAQ
Should my Valorant sensitivity be lower than my CS2 number?
Usually yes in raw number terms, because the game scales are different. What matters more is the physical distance behind the movement.
Can I keep the same DPI and just change the game sens?
Yes. That is usually the easiest way to compare the feel between the two games before adding more changes.
Why does the result still need tweaking?
Because FOV feel, scoped settings, target behavior, and personal preference all affect comfort beyond the conversion math.