Sensitivity Converter

When switching between different competitive games (such as from Counter-Strike 2 to Valorant, Apex Legends, Overwatch 2, or Rainbow Six Siege), retaining your exact physical hand-to-crosshair muscle memory is essential. Because every game engine utilizes different camera field of view (FOV) algorithms and sensitivity scaling factors, a '1.0' sensitivity in one game will feel drastically different in another. Our sensitivity converter calculates the exact mathematical multiplier needed to achieve identical physical mousepad movement across all major games. Regular diagnostic verification ensures that your hardware operates at peak factory specifications and delivers reliable performance across gaming and professional tasks.

Supported Game Engines: Source, Unreal, Frostbite & Custom Engines

Games built on Valve's Source Engine (CS2, TF2, Left 4 Dead, Apex Legends) share identical sensitivity ratios (yaw factor 0.022), whereas Riot's Valorant uses a distinct scaling factor where CS2 sensitivity divided by 3.181818 equals Valorant sensitivity. Our converter handles these exact mathematical ratios behind the scenes. Utilizing standardized browser benchmarks eliminates the guesswork from troubleshooting, giving you real-time data to optimize your setup without third-party software.

Field of View (FOV) Scaling & Focal Length Matching

Changes in horizontal and vertical FOV alter the perceived on-screen speed of crosshair movement. Our advanced conversion modes account for focal length scaling (monitor distance coefficient matching) to ensure that flick shots to targets at 75% screen width feel natural and consistent across different FOV settings. Whether you are fine-tuning hardware parameters, calibrating settings, or inspecting for defects, our tools run with sub-millisecond precision directly on your device.