Valorant to CS2 Sensitivity Conversion: Real Yaw and cm/360
Learn to convert your Valorant sensitivity to CS2 mathematically. Discover the physics behind real yaw, applied biomechanics, and how to avoid precision loss.
The competitive jump between Valorant and Counter-Strike 2 is not just about learning utilities or mastering weapon recoil; it requires a very precise physical adaptation. Most players make the serious mistake of trying to translate their sensitivity "by feel" or using rounded ratios from the internet that do not account for the real physics of game engines.
To achieve a perfect transition where a physical hand movement shifts the crosshair exactly the same screen distance, we must rely on the mathematical factors governing both engines. In this guide we break down how the real yaw values of the Source 2 and Unreal Engine motors influence things, how to calculate the equivalent eDPI factor, and how the biomechanics of your arm should guide the final calibration.
Key points for ranking up
- The real yaw factor in Valorant is 0.07, while in CS2 it is 0.022. The exact conversion ratio is 3.181818...
- Multiplying your Valorant sensitivity by 3.1818 gives you the exact same physical sensitivity in CS2 in terms of cm/360.
- The eDPI metric is not directly comparable between both titles due to the difference in their angular multipliers (yaw).
- The biomechanics of aim (arm vs wrist) define whether you should slightly adjust sensitivity to accommodate CS2 horizontal spray.
- Using a single high DPI (like 1600 DPI) reduces input latency and pixel skipping on modern resolutions.
Datos del Motor
- Valor Yaw (m_yaw)
- Valorant: 0.07 | CS2: 0.022
- Fórmula cm/360
- cm/360 = 914.4 / (DPI * sensitivity * yaw)
Ejemplo de Conversión
For a constant DPI of 800 with a sensitivity of 0.4 in Valorant, the eDPI is 320. Multiply the source sensitivity by the mathematical yaw ratio: 0.4 × 3.1818 = 1.2727. Configuring 1.27 in CS2 with 800 DPI, you maintain the identical physical distance of 40.82 cm for a full 360° turn, keeping your muscle memory intact.
The Math of the Turn: Yaw and the Origin of Sensitivity
The most crucial concept when discussing aim in shooters is "yaw". Yaw is the angle in degrees that the in-game camera rotates per "count" or tick reported by the mouse sensor. Each graphics engine defines its own default yaw value. In the Source 2 engine of Counter-Strike 2, the default yaw is 0.022. In Valorant (built on Unreal Engine 4), Riot Games set this multiplier to 0.07.
Since these angular multipliers are fixed and independent of frames or resolution, we can establish an exact equivalence between them. If we divide Valorant yaw by CS2 yaw (0.07 / 0.022), we get the magic constant: 3.181818... Multiply your Valorant sensitivity by 3.1818 to rotate the same degrees in CS2.
Understanding eDPI and Why It Is Not Universal
eDPI (effective Dots Per Inch) is very popular in the community for comparing setups. It is calculated by multiplying the physical DPI of the mouse by the in-game sensitivity (DPI × Sensitivity). However, eDPI only serves to compare setups within the same game or in games sharing the same yaw factor.
For absolute cross-game sensitivity comparison, the only universal metric is cm/360, which measures the actual physical distance in centimeters the mouse travels on the desk to complete a full camera rotation.
Aim Biomechanics: Arm, Elbow and Wrist Adaptation
Biomechanics is how the muscles and joints of your arm execute mouse movements. Aim is divided into three articular levels: shoulder and elbow (arm aim) handling large sweeping movements; wrist (wrist aim) managing fast micro-adjustments; and fingers doing extreme micro-corrections.
When switching from Valorant to CS2, you will notice duels involve greater horizontal tracking due to player movement physics and the spray control pattern requiring a continuous downward-horizontal drag. If the converted sensitivity feels too sluggish for recoil control, raise it by 5% or adjust forearm support on the desk.
Physical Calibration and Hardware Plan
First, disable mouse acceleration in Windows (uncheck "Enhance Pointer Precision" in the mouse control panel). In CS2, the engine natively handles raw input, eliminating OS lag.
Second, evaluate your polling rate and DPI. Using 1600 DPI over classic 400 or 800 DPI is recommended: the sensor reads more frequently and with greater granularity, halving hardware input lag without altering your cm/360 (as long as you proportionally reduce in-game sensitivity).
| Estilo de juego | Rango eDPI | Descripción |
|---|---|---|
| Tactical Precision (Low Sens) | 190 - 250 eDPI (Valorant) | 600 - 800 eDPI (CS2) | Ideal for passive players, site anchors, or AWPers who prioritize crosshair placement before the duel. Requires an XL mousepad and extensive arm use. |
| Hybrid Standard (Medium Sens) | 250 - 320 eDPI (Valorant) | 800 - 1020 eDPI (CS2) | The preferred range for most professionals. Offers a perfect balance between long-range headshot precision and 180° rotation flexibility. |
| Reaction Speed (High Sens) | 320 - 400 eDPI (Valorant) | 1020 - 1270 eDPI (CS2) | Recommended for entry-fraggers needing short-range flicks. Demands excellent wrist control to avoid overshooting. |
Warmup Routine
Spend 10 minutes dry-tracking in CS2 workshop maps (like Aim Botz) without shooting to calibrate your visual perception of the new yaw.
Practice AK-47 spray control against a wall, focusing on downward wrist contraction to absorb the first 10 bullets of recoil.
Dedicate 15 daily minutes to Deathmatch in CS2, alternating short bursts and counter-strafing, keeping your arm relaxed when switching angles.
Record your headshot rate for a week to confirm whether your consistency stays stable through the change.
Frequently Asked Questions
Why does my mathematically converted sensitivity feel faster in CS2 than in Valorant?
This is mainly due to the FOV difference and character movement speed.
Valorant has a fixed horizontal FOV of 103°, while CS2 in 16:9 has an approximately 106° horizontal FOV. A wider FOV makes the environment appear to move slightly faster to the sides.
Additionally, characters in CS2 have a different initial acceleration and more dynamic counter-strafing, requiring faster visual reactions even if the cm/360 is the same.
Should I use the same sensitivity for telescopic sights?
Yes, maintaining the proportion is recommended. In Valorant, the default zoom multiplier is 1.0, and in CS2 zoom_sensitivity_ratio_mouse defaults to 1.0 as well.
This ensures a uniform relationship to your hipfire sensitivity in both games. Only modify it if your main role is AWPer and you need more friction on telescopic sights.
Is alternating between both games harmful to muscle memory?
It is not harmful if you maintain exact cm/360 equivalences.
The brain is extremely skilled at recognizing visual contexts (Valorant vs CS2 interface) and adapting arm response instantly. What destroys muscle memory is constantly changing values within the same game.
Gabriel Teran (ZaoGabo)
Lead Developer & Aim Analyst
Specialist in graphics engines and input lag reduction. Creator of 1:1 conversions based on mathematical yaws.