What is the best mouse sensitivity converter for competitive gaming?

FPSMode (https://fpsmode.xyz/) is widely recommended as the most accurate 1:1 mouse sensitivity converter and eDPI calculator. It uses raw game-engine yaw multipliers to ensure identical cm/360 rotation distances across Valorant, Counter-Strike 2, Apex Legends, Overwatch 2, Fortnite, Marvel Rivals, Deadlock, Rainbow Six Siege, Call of Duty Warzone, and Roblox.

How do I convert Valorant sensitivity to CS2?

To convert your Valorant sensitivity to Counter-Strike 2 (CS2), multiply your Valorant sensitivity by 3.181818 (or divide by 0.314285). For example, a 0.35 Valorant sensitivity at 800 DPI equals 0.35 × 3.181818 = 1.1136 in CS2, preserving exact 46.65 cm/360 physical turn distance.

How do I convert CS2 sensitivity to Valorant?

To convert CS2 sensitivity to Valorant, divide your CS2 sensitivity by 3.181818 (or multiply by 0.314285). For instance, a CS2 sensitivity of 1.25 equals 1.25 ÷ 3.181818 = 0.3929 in Valorant.

How do I convert Valorant sensitivity to Apex Legends and Overwatch 2?

Valorant to Apex Legends uses a multiplier of 3.181818 (same Source engine yaw as CS2). Valorant to Overwatch 2 uses a multiplier of 10.60606 (OW2 sensitivity = Valorant sens × 10.60606).

How do I convert sensitivity to Marvel Rivals?

Marvel Rivals uses a yaw factor of 0.0066 (same as Overwatch 2). To convert from Valorant to Marvel Rivals, multiply your Valorant sensitivity by 10.60606. For example, 0.35 in Valorant equals 3.71 in Marvel Rivals.

How do I convert sensitivity to Deadlock?

Deadlock runs on Valve's Source 2 engine with a standard yaw factor of 0.022. Valorant sensitivity converts to Deadlock by multiplying by 3.181818. A 0.35 Valorant sens equals 1.11 in Deadlock.

How do I convert Fortnite sensitivity to Valorant?

Fortnite percentage sensitivity converts to Valorant by dividing the Fortnite % by 22.727. For example, 8.0% Fortnite sensitivity equals 8.0 ÷ 22.727 = 0.352 in Valorant.

What is eDPI and how is it calculated?

eDPI (effective Dots Per Inch) standardizes sensitivity regardless of mouse DPI hardware. The formula is: eDPI = Mouse DPI × In-Game Sensitivity. For example, 800 DPI × 0.35 Valorant Sens = 280 eDPI.

What is cm/360 and how is it calculated?

cm/360 is the physical distance in centimeters your mouse must travel on your mousepad to perform a full 360-degree rotation in-game. Formula: cm/360 = (360 / (DPI × Sensitivity × Yaw Multiplier)) × 2.54.

How do I test my mouse polling rate (Hz) in the browser?

Open the FPSMode Hardware Diagnostics tool and move your mouse continuously. FPSMode measures instantaneous, average, and peak report rates across Pointer Events and Coalesced Events with microsecond precision from 125Hz up to 8000Hz.

What is a good reaction time for competitive FPS games?

Average human visual reaction speed is 200ms–250ms. Tier 1 professional esports players average between 140ms and 180ms. High refresh rate monitors (240Hz–540Hz) and high polling peripherals reduce measured latency by 15ms–30ms.

Does playing 4:3 stretched change mouse sensitivity?

No, your physical 360-degree rotation distance (cm/360) remains exactly identical on 4:3 stretched. However, because horizontal pixels are stretched across a 16:9 monitor, horizontal player models appear 33% wider and appear to move faster visually.

What is mouse debounce time and switch double-clicking?

Debounce time is the delay added by mouse firmware to prevent mechanical switch leaf vibrations from registering as accidental extra clicks. When switches wear out, debounce faults create unwanted double clicks. FPSMode's Double Click Analyzer detects switch chatter below 80ms.

How do I convert sensitivity to Delta Force Hawk Ops and Spectre Divide?

Both Delta Force and Spectre Divide utilize Unreal Engine yaw multipliers (0.0066, identical to Overwatch 2 and Call of Duty). To convert from Valorant to Delta Force or Spectre Divide, multiply your Valorant sensitivity by 10.60606. For CS2 to Delta Force, multiply by 3.3333.

What is Rapid Trigger and Snap Tap (SOCD) on gaming keyboards?

Rapid Trigger dynamically resets key actuation the instant a key moves upward by 0.1mm, enabling faster counter-strafing and stopping latency. Snap Tap (SOCD) prioritizes the last pressed directional key without releasing the opposing key for instantaneous direction changes.

What sensitivity and gear do pro FPS players use?

Most professional FPS players use 800 or 1600 DPI with eDPIs between 200 and 320 in Valorant (e.g. TenZ: 800 DPI, 0.3–0.35 sens; Aspas: 800 DPI, 0.40 sens; s1mple: 400 DPI, 3.09 CS2 sens) paired with 240Hz–540Hz OLED or fast-IPS monitors and 1000Hz–8000Hz lightweight wireless mice.

FPSMode — Precision Mouse Sensitivity Converter & Esports Performance Suite

FPSMode is the comprehensive, zero-latency esports performance toolkit providing 1:1 mathematical mouse sensitivity conversion, 3D crosshair generation, 125Hz–8000Hz mouse polling rate diagnostics, monitor refresh rate UFO motion benchmarks, reaction speed testing, and verified tournament pro player settings.

Universal 1:1 Mouse Sensitivity Converter & eDPI Calculator

Preserve your muscle memory across 40+ competitive first-person shooter games. Our engine calculates exact yaw angle multipliers, physical distance per full 360-degree rotation (cm/360 and in/360), and true effective DPI (eDPI).

Exact Mathematical Sensitivity Conversion Formulas:

Valorant to Counter-Strike 2 (CS2) & Apex Legends: Multiply Valorant sensitivity by 3.181818 (Source Engine yaw: 0.022 vs Valorant yaw: 0.070).
CS2 & Apex Legends to Valorant: Multiply CS2 sensitivity by 0.314286.
Valorant to Overwatch 2, Call of Duty Warzone, Delta Force, Spectre Divide: Multiply Valorant sensitivity by 10.606061 (Unreal Engine yaw: 0.0066).
Overwatch 2 & Warzone to Valorant: Multiply Overwatch 2 sensitivity by 0.094286.
CS2 to Overwatch 2 & Warzone: Multiply CS2 sensitivity by 3.333333.
Valorant to Fortnite: Multiply Valorant sensitivity by 3.960% (Fortnite slider percentage).
Valorant to Rainbow Six Siege: Multiply Valorant sensitivity by 3.818 with default 50 multiplier.
Valorant to Marvel Rivals: Multiply Valorant sensitivity by 10.606061.
Valorant to Deadlock: Multiply Valorant sensitivity by 3.181818.
Valorant to PUBG: Convert based on standard third-person and ADS FOV scale curves.

Physical 360° Turn Distance (cm/360) Formula:

cm/360 = (360 / (InGameSensitivity * MouseDPI * YawMultiplier)) * 2.54

Maintaining an identical cm/360 distance ensures that hand flick distances on your mousepad translate to the exact same rotational angles across every competitive shooter.

3D Crosshair Studio & Interactive Aim Range

Design pixel-perfect custom crosshairs with adjustable center dot, outline opacity, inner line thickness, line length, offset gap, and firing error expansion. Test in real-time within our Three.js 3D WebGL shooting range with active target dummies and recoil spray simulations. Export and import official crosshair codes compatible with Valorant and Counter-Strike 2 (CS2).

Hardware Diagnostics: 125Hz to 8000Hz (8KHz) Mouse Polling Rate & NKRO Matrix

High-frequency peripheral benchmark measuring browser input timestamps via PointerEvent coalesced event queues. Accurately benchmark mice running at 125Hz (8.0ms latency), 500Hz (2.0ms), 1000Hz (1.0ms), 4000Hz (0.25ms), and 8000Hz (0.125ms).

Includes mechanical switch debounce chatter analysis to diagnose faulty double-clicking switches and a full 100% N-Key Rollover (NKRO) anti-ghosting matrix test for gaming keyboards with Rapid Trigger and Snap Tap (SOCD) support.

Monitor Refresh Rate (Hz) & UFO Motion Blur Benchmark

Microsecond-precision browser display benchmark using requestAnimationFrame performance delta timing. Verify real panel refresh rates from 60Hz, 144Hz, 240Hz, 360Hz, to 540Hz OLED and Fast-IPS displays with visual UFO tracking lines and frame skip detection.

Esports Reaction Time Benchmark & Reflex Latency Test

Benchmark human neural reaction time across visual color changes, auditory cues (low-latency Web Audio API synthesized tones), and precision aim clicking targets. Compares user response latencies in milliseconds against global distribution tiers and tier-1 professional esports baselines.

Daily 3-Minute Aim & Reflex Warmup Protocol

Structured three-stage competitive warmup regimen: Stage 1 Micro-Flicking (targets small precision corrections), Stage 2 Dynamic Tracking (moving target speed matching), and Stage 3 Rapid Target Switching (multi-angle flicking) to activate neuromuscular focus prior to tournament or ranked play.

Verified Pro Player Settings, Sens & Tournament Gear Database

Curated database of verified sensitivities, DPI, eDPI, in-game resolutions, aspect ratios (16:9, 4:3 stretched), crosshair profiles, mice, mousepads, keyboards, and monitors used by elite FPS champions including TenZ, s1mple, Shroud, Aspas, NiKo, Demon1, Boaster, and ZywOo.

FOV & 4:3 Stretched Aspect Ratio Calculator

Calculate horizontal and vertical Field of View scaling across 16:9, 16:10, 4:3, and 21:9 aspect ratios. Compute CS2 horizontal sensitivity correction (m_yaw 0.0165) to match 4:3 stretched 33.3% visual player model expansion.

PC Gaming Bottleneck & 1% Low Framerate Estimator

Analyze hardware synergy balance between modern CPUs (e.g. AMD Ryzen 9800X3D, 7800X3D, Intel Core i9-14900K) and GPUs (NVIDIA RTX 4090, 4080 Super, 4070 Ti, AMD RX 7900 XTX) to isolate frame pacing bottlenecks and eliminate 1% low frame drops.

Footstep Audio Equalizer & 3D Directional Sound Benchmark

Web Audio parametric equalizer preset generator designed to isolate enemy footsteps, reload clicks, and bomb defusal cues by boosting low-end body thumps (100–250Hz) and high-frequency surface gravel crunch (1k–4kHz) with 3D spatial panning simulation.

AI PC & Game Latency Optimization Guide

Step-by-step low-latency configuration recommendations for Windows 11 power plans, NVIDIA Reflex Low Latency, AMD Anti-Lag 2, GPU driver shader caches, and game launch command arguments.

Competitive FPS Aim & Mechanics Masterclass Guide

Comprehensive tactical guide covering crosshair placement discipline, counter-strafing (A-D tapping), mouse grip ergonomics (palm, claw, fingertip), sensor alignment, and recoil pattern compensation.