Before converting between games, it helps to understand the four key ideas that define how your aim feels:

• DPI: The hardware resolution of your mouse (dots per inch). Higher DPI means the cursor moves farther for every physical centimeter you move the mouse.
• In-Game Sensitivity: The multiplier each game applies to your raw mouse input.
• eDPI: Effective sensitivity = DPI × Sensitivity. It’s a quick way to compare settings across different players or setups.
• cm/360: How many centimeters you need to move your mouse for a full 360° turn. This is the truest measure of “how your arm feels.”

📘 Quick Formulas

• eDPI = DPI × Sensitivity
• Same Feel ⇒ keep the same cm/360 when switching games
• Changed DPI only? → Sens_new = Sens_old × (DPI_old ÷ DPI_new)

Why the same numbers feel different in every game?

• Yaw: A hidden constant that defines how much the camera rotates per mouse count. Each game has its own value.
• FOV & Scaling: Field-of-view and scaling type (fixed / horizontal / monitor-match) affect how fast your view seems to move, especially while scoped in.
• Zoom / ADS: Games apply different scaling when aiming down sights, so matching that properly keeps your flicks consistent across scopes.

🎮 Example — Matching Feel Between Games

Suppose you play Valorant at 800 DPI and 0.45 sensitivity,
and you’re moving to CS2.
Instead of guessing numbers, you want to keep the same cm/360.
Select From: Valorant → To: CS2, enter your DPI and Sens, hit Convert —
you’ll get a CS2 sensitivity that matches your exact arm motion and aim feel.

Quick Tips for Beginners and Pros:

• If you only changed DPI, adjust Sens inversely so your eDPI stays constant.
• Test your cm/360 physically — mark your pad, do a 360° turn, and measure the distance.
• Frequent ADS player? Consider the right zoom/monitor-match scaling to keep scoped sensitivity consistent.
• Keep your system stable: Windows pointer speed = 6/11 and disable mouse acceleration for precise tracking.

🎯 Pro Baseline (recommended starting point)

• DPI: 800 (or 1600 if you prefer finer Windows control)
• In-game Sens: 0.30 – 0.50 (most land between 0.32 and 0.40)
• eDPI: 240 – 400 (sweet spot for control + speed)
• cm/360 target: ~34 – 46 cm (balanced arm/wrist hybrid)
• Scoped multiplier: 1.00 (keeps muscle memory consistent)
• Windows: Pointer speed 6/11, mouse acceleration off

🧪 Worked Example

Start with DPI 800 and Sens 0.36 → eDPI = 288.
If you later switch to 1600 DPI and want the exact same feel, use the inverse rule:
Sens_new = Sens_old × (DPI_old ÷ DPI_new) = 0.36 × (800 ÷ 1600) = 0.18
Your flicks and micro-adjusts will feel identical.

Pro Sens secrets (what actually matters):

• Pick a DPI (800 or 1600) and stick to it — build durable muscle memory.
• Keep scoped multiplier = 1.00 unless you have a very specific ADS routine.
• Micro-tune in steps of ±0.02 then play several deathmatches before changing again.
• Use our converter to match cm/360 when you hop between Valorant and other titles — same feel, zero guesswork.

🎯 Pro Baseline (realistic starting range)

• DPI: 400 or 800 (most CS2 pros use 400 for steadier control)
• In-game Sens: 1.0 – 2.0 (avg around 1.5)
• eDPI: 600 – 800 (sweet spot for Counter-Strike muscle memory)
• cm/360: roughly 34 – 42 cm depending on your preference
• Windows: Pointer speed 6/11, raw input ON, acceleration OFF
• FOV: 106 ° (standard for 16:9 aspect ratio)

🧪 Worked Example

You played Valorant at 800 DPI and 0.35 sensitivity (eDPI = 280).
To get the same feel in CS2, use our converter → choose From: Valorant → To: CS2.
It’ll output roughly CS2 Sens ≈ 1.25 to maintain the same cm/360 turn distance.
No re-learning your aim, no over- or under-shoots.

Pro Sens secrets that actually matter:

• Set Raw Input = ON so Windows settings never affect your aim.
• Don’t chase other players’ numbers — focus on cm/360 consistency between your games.
• Change sens in tiny steps (±0.05) and give yourself several hours of DM or Aim Botz to adapt.
• Many tier-one players use 400 DPI × 1.5 sens = 600 eDPI — proven balance between accuracy and agility.

🎯 Pro Baseline (trusted by top OW players)

• DPI: 800 (standard across the pro scene)
• In-game Sens: 3.5 – 6.0 depending on hero type
• eDPI: 2800 – 4800 (higher than Valorant or CS2 because of faster turn needs)
• cm/360: ~24 – 35 cm (wrist-heavy, fast rotations)
• Scoped Sens Multiplier: 38% – 45% for hitscan snipers like Widowmaker or Ashe
• FOV: 103 (fixed horizontal FOV for all heroes)

🧪 Worked Example

You play CS2 with 400 DPI and 1.5 sens (eDPI = 600).
Moving into Overwatch, the same cm/360 would feel sluggish.
Use our converter — From: CS2 → To: Overwatch — and you’ll get roughly 6.5 sens @ 800 DPI
for a matching arm motion but faster in-game rotation suitable for Overwatch’s movement intensity.

Pro Sens secrets for Overwatch:

• Focus on consistency between hitscan and projectile heroes — avoid massive sens jumps.
• Set scoped sensitivity around 38%–40% to mirror Widowmaker zoom to unscoped feel.
• For controller-like stability, anchor your wrist and use small arm corrections.
• Match your cm/360 with our converter if you switch to games like Valorant or CS2.

🎯 Pro Baseline (Aim Trainer Fundamentals)

• DPI: Match your in-game DPI exactly (e.g., 800).
• FOV: Set to match the target game (103 for Valorant / 106 for CS2 / 103 for Overwatch).
• Conversion Type: Always use cm/360 matching — ensures muscle memory transfer.
• Game Profile: Select your actual game inside Aim Lab (e.g., “Valorant” or “CS2”) before converting.
• Training Time: 15–30 min/day, focusing on flick, tracking, and micro-correction scenarios.

🧪 Worked Example

You play Valorant with 800 DPI and 0.36 sens → eDPI = 288.
In Aim Lab, choose Game Profile: Valorant and enter those exact values.
The converter ensures your cm/360 stays identical, so every flick, micro-adjust, and spray pattern feels natural in both places.

Pro Sens secrets for Aim Lab:

• Always train with the same DPI + sens combo you use in-game — consistency beats intensity.
• When switching to a new FPS, use the converter to clone your cm/360 so your warm-up data stays valid.
• Record your top 3 scenarios (Gridshot, Microshot, Strafetrack) and track accuracy % instead of raw score.
• Top pros (TenZ, Zywoo, aspas) keep identical Aim Lab and in-game sens — that’s how they transfer skill instantly.

🎯 Pro Baseline (stable starting range)

• DPI: 800 (or 1600 if you prefer lower in-game sensitivity)
• In-game Sens: 0.20 – 0.40 (most pros land near 0.28–0.32)
• eDPI: 160 – 320 (slower than Valorant, tighter control)
• FOV: 103 (horizontal, similar to Valorant)
• Scale Type: Linear
• cm/360: around 38 – 44 cm (precision-focused)

🧪 Worked Example

You use CS2 with 400 DPI and 1.6 sens (eDPI = 640).
When switching to Deadlock, that would feel too twitchy due to engine scaling differences.
Use our converter — From: CS2 → To: Deadlock — to maintain the same cm/360 feel.
The result? Roughly 0.30 sens @ 800 DPI gives the same muscle memory precision.

Pro Sens secrets for Deadlock:

• Start around 0.30 @ 800 DPI and fine-tune in ±0.02 steps until it “locks in.”
• Use Linear scaling — exponential or hybrid can distort your flick rhythm.
• Disable mouse acceleration and test with the same Windows pointer settings (6/11).
• For fast rotations or abilities, train a separate high-sens profile in Aim Lab, but keep your base identical.

🎯 Pro Baseline (starting setup for Borderlands 4)

• DPI: 800 (standard for FPS precision)
• In-game Sens: 6 – 10 (depending on zoom style & hero class)
• eDPI: 4800 – 8000 (higher than tactical FPS because of movement demands)
• FOV: 110 (Horizontal — wide for situational awareness)
• ADS Multiplier: 0.70 – 0.85 for snappy scope-to-hip transition
• Mouse Acceleration: Off (always off for predictable aim)

🧪 Worked Example

You’ve been playing Overwatch with 800 DPI and 5.0 sensitivity (eDPI = 4000).
To keep the same feel in Borderlands 4, select From: Overwatch → To: Borderlands 4 in the converter.
The output will give you around 7.5 sensitivity @ 800 DPI to match the same cm/360 rotation distance for smooth muscle memory transition.

Pro Sens secrets for Borderlands 4:

• Keep ADS multiplier near 0.80 for uniform scoped tracking across weapons.
• Lower sens slightly for sniper builds to control recoil and spread.
• Use the converter to preserve your cm/360 when switching from Valorant or CS2 — no need to relearn aim speed.
• Turn off in-game smoothing and motion blur to reduce latency and micro-stutter.

1. What is a sensitivity converter?

A sensitivity converter helps you keep the same aim feel across different games by matching your
cm/360° rotation distance. It ensures that your crosshair moves the same amount per physical mouse movement,
whether you’re in Valorant, CS2, Overwatch, or any other FPS.

2. How do I find my perfect sensitivity?

Start by finding your cm/360 — how many centimeters you move your mouse for a full 360° turn.
Use our perfect sensitivity calculator to test values until your aim feels consistent, then
use that same setup across all games for stronger muscle memory.

3. What is eDPI and why does it matter?

eDPI = DPI × in-game sensitivity.
It’s the true measure of how fast your aim feels overall. Players use eDPI to compare setups between games
or pros. For example, 800 DPI × 0.35 sens = 280 eDPI — a balanced mid-range setup.

4. Should I use the same sensitivity in every game?

Ideally, yes. Matching your cm/360 or eDPI between games means your flicks, tracking, and
muscle memory remain identical. That’s why sensitivity converters are essential for players who move
between Valorant, CS2, Overwatch, and Aim Lab.

5. Why does my aim feel different even with the same sensitivity?

Every game uses different yaw values, FOV, and ADS scaling.
Even with the same numbers, your aim may feel slower or faster due to camera scaling or zoom behavior.
The converter automatically compensates for those internal differences to keep your motion identical.

6. What’s the best sensitivity for Valorant pros?

Most Valorant pros use 800 DPI with 0.35–0.45 sensitivity (around 280–360 eDPI).
That range provides the best balance between tracking accuracy and flick precision.

7. Does DPI affect accuracy?

Not directly — but very low or very high DPI can change mouse behavior.
800 DPI is considered optimal because it keeps cursor data precise without skipping or over-sampling.

8. Can I convert sensitivity between PC and console?

Not perfectly. Console aim mechanics often include built-in acceleration and aim assist.
You can still use the converter for rough equivalence, but exact cross-platform 1:1 matching isn’t possible.

Learn more (official):

Aim Lab — Aim Training ·
Valorant Mouse & Sens Guide