Gaming Sensitivity Converter: CS2, Valorant & More

The Gaming Sensitivity Converter helps you maintain consistent aim across different games by translating your mouse sensitivity settings. If you play Valorant but want to try CS2 or Apex Legends, it ensures your mouse movement covers the same distance for a 360-degree turn in each title. The tool uses preset yaw values for over 20 popular games, so you do not have to research each game’s sensitivity formula. It handles the math, taking into account your DPI, sensitivity, and either cm/360 or eDPI. This saves time and prevents guesswork when switching between games with different sensitivity systems.

Start by selecting your current game and the game you want to convert to. Enter your mouse DPI and current sensitivity value. Choose whether you want to preserve cm/360 (physical movement for a full turn) or eDPI (effective DPI). The tool automatically applies the correct yaw multiplier for each game based on its preset. You can also set the desired decimal precision to match the in-game slider accurately. For games that use different sensitivity for scoped or ADS views, the tool outputs those values as well. Popular game pair shortcuts help you switch quickly between common choices like Valorant and CS2. Once you enter your values, the tool displays the converted sensitivity for your target game, including secondary values if available.

The converter outputs sensitivity values tailored to your target game, ensuring that your physical mouse movement feels the same. If you choose to preserve cm/360, your hand will always travel the same distance for a 360-degree turn, regardless of the game. eDPI lets you compare across games that handle sensitivity differently by multiplying DPI and sensitivity. For titles with distinct scoped or ADS sensitivity, you get those outputs too. Results are rounded based on your chosen decimal precision, matching most in-game sliders. Keep in mind, browser-based calculations use official game yaw multipliers, but the true in-game feel can be affected by OS settings, mouse drivers, and monitor refresh rate. The tool provides a strong starting point, but fine-tuning in-game may still be necessary.

Switching between games often leads to inconsistent aim, lost muscle memory, and frustrating adjustment periods. Many players struggle because each title uses its own sensitivity scale, making direct value transfers inaccurate. The converter addresses mismatched cm/360, improper eDPI, and overlooked differences in scoped or ADS sensitivity. It helps diagnose issues when your crosshair feels sluggish or oversensitive after changing games. The tool is also useful if you forget your old settings or want to match a pro player's setup from a different game. With over 20 yaw presets, it eliminates the risk of using the wrong multiplier or misreading community guides. If your aim feels off after a hardware change, like switching from a Logitech G Pro to a Razer DeathAdder or adjusting DPI on a Corsair K70 mouse, the tool helps recalibrate quickly.

Scenario 1: Valorant to CS2

A player uses 800 DPI and 0.5 sensitivity in Valorant, preferring 30 cm/360. They want CS2 to feel identical. The tool calculates the exact CS2 sensitivity to match that 30 cm/360, using CS2's yaw preset.

Scenario 2: Apex Legends to Fortnite with eDPI

A streamer has 1000 DPI and 2.4 sensitivity in Apex Legends (2400 eDPI). They want their Fortnite aim to match. The tool converts their eDPI into the correct Fortnite sensitivity, considering the game's unique scale.

Scenario 3: Scoped Sensitivity in Rainbow Six Siege

A Rainbow Six player wants their ADS sensitivity to feel like their hipfire aim in Overwatch. The tool outputs the corresponding ADS/scoped sensitivity for Rainbow Six based on Overwatch's feel and the player's DPI.

Scenario 4: Mouse Upgrade from Logitech G203 to G Pro X Superlight

After upgrading to a Logitech G Pro X Superlight and adjusting DPI from 400 to 1600, a player wants to preserve the same cm/360 in Valorant. The tool recalculates their new sensitivity, so their physical hand movement remains unchanged.

Scenario 5: Cross-platform Consistency (PC to Xbox with Keyboard and Mouse)

A Fortnite player switches from a Dell S2721DGF monitor on PC to Xbox, using the same Corsair K70 keyboard and Razer Basilisk mouse. They use the converter to ensure their aim feels identical, accounting for DPI and in-game slider differences.

Scenario 6: Recording Pro Settings Across Multiple Games

An esports analyst wants to match a pro's CS2 settings in Valorant, Apex Legends, and Overwatch for coaching. The tool generates all relevant values for each game, saving time and ensuring accuracy.

Always check your Windows mouse settings. Enhanced Pointer Precision should be disabled for raw input games like CS2, Valorant, or Apex Legends. Match your in-game DPI and sensitivity values to what you enter in the tool. Use a consistent mousepad, such as a SteelSeries QcK or Logitech G640, to avoid unexpected friction changes. If your mouse has adjustable polling rates, like the Razer DeathAdder V3 Pro, set it to 1000 Hz for smoother tracking. When using the tool, double-check your decimal precision setting, some games only accept sensitivity up to two decimal places. For best results, test your new settings in a practice range or aim trainer before jumping into competitive matches. Remember, browser-based calculations are highly accurate for sensitivity conversion, but true in-game feel can be affected by OS scaling, monitor refresh rate (e.g., 240 Hz on a Dell Alienware AW2521H), and mouse firmware. For advanced calibration or troubleshooting sensor issues, consider dedicated desktop tools.

Browser-based sensitivity converters are fast, convenient, and secure, you do not install anything. They use official game yaw multipliers and well-established formulas, matching what community spreadsheets and pro guides use. However, browser tools cannot measure real-world sensor latency, polling rate drift, or hardware-level angle snapping. Results may be slightly affected by browser input handling, especially if you try to measure mouse movement distance directly in the browser. For converting sensitivity numbers, accuracy is strong, but for hardware troubleshooting or ultra-precise calibration, desktop tools like Raw Accel or MouseTester provide more granular data. Use the browser tool for standard conversions, but if you notice aim inconsistencies after major hardware changes (like switching from a BenQ Zowie EC2 mouse to a Logitech G Pro X Superlight or changing Windows scaling), desktop software may help diagnose deeper issues.

The Gaming Sensitivity Converter lets you bring your preferred aim feel to any game, saving time and preventing frustration. With over 20 game yaw presets, cm/360 and eDPI preservation, and support for scoped or ADS sensitivity, the tool covers almost every scenario. It delivers fast, accurate conversions using trusted formulas and works entirely in your browser. While browser limitations mean it cannot measure hardware latency or polling directly, for most gamers, this tool provides everything needed for sensitivity consistency. Whether you are changing games, upgrading your mouse, or tracking pro player settings, you can rely on the converter to keep your aim sharp.