Are you a seasoned Counter-Strike 2 player making the jump to Valorant, or perhaps splitting your time between both tactical titans? If so, you’ve likely encountered the immediate disconnect when attempting to transfer your finely tuned aim. Your flick shots feel off, your tracking is inconsistent, and your muscle memory, once a reliable ally, seems to have abandoned you. This isn’t a failure of your skill; it’s a fundamental difference in how each game’s engine translates mouse input into in-game rotation.
This guide will demystify the process, providing a precise, mathematically sound method to convert your CS2 sensitivity to Valorant, ensuring your aim translates as directly as possible. We will explain why a simple 1:1 transfer doesn’t work and provide the exact formula and steps to achieve consistency.
The Core Discrepancy: Engine Scaling and FOV
The primary reason for differing sensitivities between CS2 and Valorant lies in their distinct game engines and how they handle Field of View (FOV) and mouse input scaling. While both games are tactical first-person shooters, their underlying technical implementations dictate how much your character rotates for a given mouse movement.
Counter-Strike 2’s Engine Roots
CS2, built on the Source 2 engine (an evolution of Source 1), inherits a long-standing method of sensitivity calculation. Its sensitivity is tied to a specific internal m_yaw value, which, by default, is 0.022. This m_yaw value acts as a multiplier, determining the degrees of rotation per mouse “count” (a unit of mouse movement reported by your sensor, often tied to DPI).
Furthermore, CS2’s FOV is traditionally based on a horizontal FOV at a 4:3 aspect ratio, even when playing on wider 16:9 or 21:9 monitors. While the visual display adjusts, the underlying sensitivity scaling remains rooted in this foundational FOV, typically resulting in a horizontal FOV around 90 degrees for a 4:3 aspect ratio, which then scales up for wider displays.
Valorant’s Engine Philosophy
Valorant, developed on a heavily modified Unreal Engine 4, employs a different sensitivity scaling mechanism. Unlike CS2, Valorant utilizes a fixed vertical FOV of 70 degrees. For standard 16:9 monitors, this fixed vertical FOV translates to approximately 103 degrees horizontal FOV. This difference in FOV implementation and the inherent engine scaling means that a “sensitivity of 1” in CS2 does not equate to a “sensitivity of 1” in Valorant in terms of angular rotation per mouse unit.
To achieve true muscle memory transfer, we need to normalize the “degrees per count” (DPC) – how many degrees your character turns per unit of mouse movement – across both games.
The Mathematical Foundation: Deriving the Conversion Factor
The widely accepted conversion factor from CS2 to Valorant sensitivity is approximately 3.181818. This isn’t an arbitrary number; it’s derived from the internal scaling constants of both game engines.
Let’s break down how this factor arises by comparing the angular rotation generated by a sensitivity value of 1 in each game, assuming a consistent mouse DPI.
CS2 Sensitivity Scaling
In CS2, the angular rotation per mouse count is calculated using the formula:
Degrees per Count (DPC) = Sensitivity * m_yaw
With the default m_yaw value of 0.022:
CS2 DPC = Sensitivity * 0.022
If your CS2 sensitivity is 1:
CS2 DPC (Sens 1) = 1 * 0.022 = 0.022 degrees per count
This means that for every “count” (a single unit of movement reported by your mouse, determined by DPI), your character rotates 0.022 degrees.
Valorant Sensitivity Scaling
Valorant’s sensitivity scaling is more direct, where a sensitivity value of 1 corresponds to a specific angular rotation. Through reverse engineering and community testing, it has been determined that a Valorant sensitivity of 1 results in approximately 0.006912 degrees of rotation per mouse count.
Valorant DPC (Sens 1) = 0.006912 degrees per count
The Conversion Ratio
To find the factor that converts a CS2 sensitivity value to an equivalent Valorant sensitivity value, we need to determine how many “Valorant units” are equivalent to one “CS2 unit” in terms of DPC.
We want:
CS2 DPC = Valorant DPC
CS2 Sensitivity * 0.022 = Valorant Sensitivity * 0.006912
To solve for Valorant Sensitivity:
Valorant Sensitivity = (CS2 Sensitivity * 0.022) / 0.006912
Valorant Sensitivity = CS2 Sensitivity * (0.022 / 0.006912)
Now, let’s calculate the ratio:
0.022 / 0.006912 ≈ 3.1820023148...
Rounding this to a commonly accepted precision gives us 3.181818.
Therefore, the formula to convert your CS2 sensitivity to Valorant sensitivity is:
Valorant Sensitivity = CS2 Sensitivity / 3.181818
This formula ensures that for the same physical mouse movement (same DPI), your character rotates the same number of degrees in both games, preserving your muscle memory.
Step-by-Step Conversion Process
Follow these steps to accurately convert your sensitivity:
-
Identify Your CS2 Sensitivity: Open CS2 and navigate to your game settings or check your
config.cfgfile. Note down your exactsensitivityvalue. -
Confirm Your Mouse DPI: Ensure you know the exact DPI (Dots Per Inch) your mouse is set to. This is crucial. Your mouse’s software (e.g., Logitech G HUB, Razer Synapse, SteelSeries GG, etc.) will display this. It is imperative that you use the same DPI in both CS2 and Valorant.
-
Apply the Conversion Formula: Take your CS2 sensitivity and divide it by the conversion factor
3.181818.Valorant Sensitivity = [Your CS2 Sensitivity] / 3.181818 -
Input into Valorant: Open Valorant, go to Settings -> General -> Mouse. Enter the calculated value into the “Sensitivity (Mouse)” field. Valorant allows for up to five decimal places, so enter the value with precision.
Concrete Example:
Let’s say your current CS2 setup is:
- CS2 Sensitivity:
1.25 - Mouse DPI:
800
Using the formula:
Valorant Sensitivity = 1.25 / 3.181818
Valorant Sensitivity ≈ 0.392857
Therefore, you should set your Valorant sensitivity to approximately 0.392857 (or 0.393 if rounding for simplicity, though higher precision is better).
Your effective DPI (eDPI), which is DPI * Sensitivity, would then be:
- CS2 eDPI:
800 * 1.25 = 1000 - Valorant eDPI:
800 * 0.392857 ≈ 1000
This demonstrates that the conversion successfully normalizes your eDPI across both titles, ensuring consistent angular rotation.
Important Considerations for Optimal Performance
While the mathematical conversion provides the foundation, several other factors contribute to maintaining a consistent aiming experience.
Consistent Mouse DPI
As highlighted, using the exact same DPI for both games is non-negotiable. Changing your DPI without adjusting your in-game sensitivity will invalidate the conversion. Always manage your DPI through your mouse’s dedicated software. For example, if you use a Logitech G Pro X Superlight, ensure G HUB is configured for your desired DPI (e.g., 800 DPI) and that this profile is active when playing both CS2 and Valorant.
Raw Input and Windows Pointer Speed
Both CS2 and Valorant utilize raw input by default. This is a critical feature that bypasses your operating system’s mouse acceleration and pointer speed settings, reading input directly from your mouse sensor. This ensures a 1:1 translation of your physical mouse movements regardless of your Windows settings.
While raw input makes your Windows pointer speed setting (found in Control Panel > Mouse > Pointer Options) irrelevant for in-game sensitivity, it’s generally good practice to keep it at the default 6/11 notch with “Enhance pointer precision” (mouse acceleration) disabled. This ensures consistency for general desktop use and other applications that might not use raw input. This is consistent across Windows 10 (e.g., Build 19045.4291) and Windows 11 (e.g., Build 22631.3447).
ADS/Zoom Sensitivity (Scoped Weapons)
The conversion factor discussed above applies to hip-fire sensitivity. For scoped weapons (e.g., AWP in CS2, Operator/Marshal in Valorant), both games have separate settings:
- CS2:
zoom_sensitivity_ratio_mouse(default1.0). This multiplier applies to your base sensitivity when zoomed in. - Valorant: “Scoped Sensitivity Multiplier” (default
1.0). Similar to CS2, this multiplies your base sensitivity when scoped.
For a true 1:1 feel, you generally want to keep both of these multipliers at 1.0. This means your scoped sensitivity will scale proportionally to your hip-fire sensitivity, maintaining the same relative feel. Advanced users seeking pixel-perfect matching for different zoom levels might find online calculators that derive specific multipliers for each game’s various scopes, but for most players, setting both to 1.0 after converting hip-fire sensitivity is sufficient.
Monitor Aspect Ratio and Resolution
While the FOV differences are accounted for in the conversion factor, maintaining a consistent aspect ratio (e.g., 16:9) and resolution between CS2 and Valorant helps with visual consistency. Different aspect ratios can subtly alter your perception of speed and distance, even if the underlying sensitivity is mathematically identical. This is more about visual comfort and perception than raw input processing.
Mouse Polling Rate
Ensure your mouse polling rate is consistent, typically set to 1000 Hz (or 1ms response time) in your mouse software. This ensures the fastest and most consistent reporting of your mouse movements to the game, reducing input lag.
Personal Preference and Fine-Tuning
The mathematical conversion provides a scientifically accurate starting point. However, slight variations in game physics (player movement, weapon recoil, hitbox sizes), visual feedback, and even your personal perception can necessitate minor adjustments.
- Practice Range: Once you’ve applied the conversion, spend time in Valorant’s practice range. Focus on flicking to bots, tracking moving targets, and performing micro-adjustments.
- Small Increments: If the converted sensitivity feels slightly off, adjust it in very small increments (e.g.,
0.005to0.01). Test after each change. - Weapon Models and Crosshair Placement: The visual differences in weapon models and crosshairs between games might make your converted sensitivity feel different initially. Give it time and practice. Prioritize precise crosshair placement and consistent flicking over chasing a perceived “feel.”
The End Goal: Uninterrupted Muscle Memory
The objective of this precise sensitivity conversion is to eliminate the need for your brain to re-learn motor skills when switching between CS2 and Valorant. By standardizing the “degrees per count,” you allow your existing muscle memory for aiming to transfer directly, letting you focus on game-specific mechanics, agent abilities, and map knowledge rather than fighting your aim. Use this precise conversion as your foundation, then refine it through dedicated practice to truly master your aim in Valorant.
