Mouse Sensitivity & DPI for Gaming
The definitive gaming hub for mouse DPI, effective sensitivity (eDPI), physical 360° rotation distances, and game-specific settings across modern competitive titles.
1. Gaming Precision Calculators
Interactive calculators to calibrate, convert, and synchronize your aim across titles:
Calcola il tuo DPI effettivo in CS2, Valorant, Apex Legends, Overwatch 2 e Fortnite.
Converti la sensibilità tra diversi motori di gioco senza intaccare la memoria muscolare.
Calcola la distanza fisica sul tappetino necessaria per compiere una rotazione completa a 360°.
Calcola la distanza fisica sul tappetino necessaria per compiere una rotazione completa a 360°.
2. Searchable Game Sensitivity Directory
Select a game below to access dedicated sensitivity tools, verified rotation constants, and optimal settings guides:
Counter-Strike 2
Source 2 (Valve)Source 2 tactical shooter utilizing the standard m_yaw = 0.022 rotation model.
VALORANT
Unreal Engine 4 (Riot Modified)Riot Games tactical shooter utilizing a custom 0.07 yaw multiplier scale.
Apex Legends
Source Engine (Respawn Modified)Fast-paced Battle Royale built on Respawn modified Source engine (yaw = 0.022).
Overwatch 2
Tank Engine (Blizzard)Blizzard hero shooter utilizing a 0.0066 yaw scale (exactly 10/3 of Source scale).
Fortnite
Unreal Engine 5 (Epic Games)Building and combat Battle Royale using percentage-based X/Y sensitivity sliders.
Rainbow Six Siege
AnvilNext 2.0 (Ubisoft)Ubisoft tactical CQB shooter with customizable MouseSensitivityMultiplierUnit.
Call of Duty (Warzone / MW3)
IW Engine (Infinity Ward)Fast-action shooter sharing identical base sensitivity scaling with Overwatch.
The Finals
Unreal Engine 5 (Embark Studios)Dynamic destructive arena shooter built on Unreal Engine 5 by Embark Studios.
PUBG: BATTLEGROUNDS
Unreal Engine 4 (Krafton)Tactical survival Battle Royale featuring realistic ballistic recoil mechanics.
No matching games found
Try searching for a different title or keyword like "CS2", "Valorant", "FPS", or "Battle Royale".
3. Essential Gaming Aim & Setting Guides
Technical guides covering mouse sensor physics, hardware polling, and operating system input pipelines:
What DPI Should I Use for Gaming?
Understand the tradeoffs between 400, 800, and 1600 DPI across monitor resolutions.
Low Sensitivity vs High Sensitivity
A breakdown of stability, turn speed, arm aiming vs wrist aiming, and mousepad space tradeoffs.
DPI vs In-Game Sensitivity
Understand the critical difference between hardware optical resolution and engine software multipliers.
eDPI vs cm/360
Compare derived numerical scores with real-world physical mousepad turn distances.
Complete Gaming Mouse Settings Guide
How to calibrate DPI, polling rate, Windows 6/11 notch, raw input, and onboard memory profiles.
Windows Pointer Speed vs Game Sensitivity
How operating system multipliers interact with 3D game engines and why raw input matters.
Mouse Polling Rate (125Hz – 8000Hz)
What USB polling frequency means, CPU load considerations, and how it differs from DPI.
DPI vs Polling Rate Comparison
Side-by-side comparison table analyzing counts per inch vs reports per second.
Gaming Sensitivity FAQ Hub
Authoritative answers to popular questions on esports DPI, eDPI matching, and rotation physics.
4. Why Game Sensitivity Systems Differ
Every 3D game engine defines how a raw digital mouse coordinate packet translates into a 3D camera angle rotation. This internal multiplier is known as the yaw factor.
Gaming Hub FAQ
Common questions regarding gaming mouse DPI, eDPI, and sensitivity calibration.
Why does sensitivity feel different in every game?
What is eDPI and how is it used in gaming?
What is the best way to match sensitivity between different games?
Altri Strumenti di Precisione
Esplora calcolatori avanzati per convertire sensibilità esports e calibrare le rotazioni a 360°.
Calcolatore eDPI
Calculate effective DPI from mouse DPI and in-game sensitivity.
Convertitore di Sensibilità
Convert sensitivity across different hardware DPI values.
Calcolatore cm/360
Find physical mousepad distance needed for a 360° turn.