Apex Legends Sensitivity Converter

Sensitivity Converter for Popular Games

This page is designed to rank for the exact searches FPS players use every day: mouse DPI calculator, eDPI calculator, cm/360 calculator, sensitivity converter, and convert sensitivity between games. The interactive tool above covers real conversions, while the static sections below give Google crawlable answers for popular game-specific searches and long-tail tutorial queries.

If you want a fast rule of thumb, start with Exact cm/360 matching. It keeps your physical mouse travel stable across games. After that, switch to Yaw coefficient mode when you want ADS, FOV, or monitor-distance matching for scoped aim feel.

Convert CS2 Sensitivity to Valorant

For equal DPI on both games, CS2 sensitivity converts to Valorant at roughly 0.314x. That means a common 800 DPI CS2 setup of 1.2 sensitivity lands around 0.377 Valorant sensitivity while preserving roughly 43.3 cm/360. This is one of the most searched FPS sensitivity conversions, which is why the table below is static and crawlable.

Convert CS2 Sensitivity to Apex

CS2 and Apex Legends share the same core yaw baseline in this calculator, so equal DPI setups often map closely one-to-one for hipfire feel. If you use 1.2 sensitivity in CS2 at 800 DPI, the exact cm/360 match is also about 1.2 sensitivity in Apex. Apex still feels different in practice because tracking, FOV choice, and movement demands are more aggressive.

Convert CS2 Sensitivity to Rainbow Six Siege

Rainbow Six Siege uses a very different sensitivity scale from CS2. A 1.2 CS2 sensitivity at the same DPI converts to roughly 4.608 in Rainbow Six Siege for the same physical turn distance. This is exactly why raw sensitivity numbers cannot be compared across games without using cm/360 or yaw-aware math.

Convert CS2 Sensitivity to Fortnite

Fortnite uses a lower yaw value than CS2, so the equivalent number is higher. A 1.2 CS2 sensitivity at equal DPI converts to roughly 4.752 Fortnite sensitivity. Third-person camera feel, build/edit inputs, and ADS behavior still change perception, so exact cm/360 should be your baseline and not your final tuning pass.

Convert CS2 Sensitivity to Call of Duty

Call of Duty hipfire sensitivity at the same DPI lands around 4.0 when converting from 1.2 in CS2. That preserves the same turn distance at about 43.3 cm/360. If you play Warzone or multiplayer with custom ADS multipliers, switch to the advanced yaw mode above to fine-tune scope feel instead of only matching hipfire.

Convert CS2 Sensitivity to PUBG

PUBG uses a much smaller yaw coefficient than CS2, which creates large-looking sensitivity numbers. A 1.2 CS2 sensitivity at equal DPI converts to roughly 11.881 in PUBG. The physical distance is still the same; the slider number is just larger because the engine defines each sensitivity point differently.

Convert CS2 Sensitivity to Overwatch 2

For equal DPI, 1.2 sensitivity in CS2 converts to roughly 4.0 in Overwatch 2. Overwatch rewards more vertical tracking, faster re-centering, and role-specific ADS behavior, so use the benchmark panel above to decide whether you want the exact physical match or a slightly faster hero pool setup.

Static CS2 to Valorant Conversion Tables

These tables exist for long-tail searches such as cs2 to valorant sensitivity converter, 400 dpi sensitivity conversion, and 800 dpi sensitivity conversion. The conversion ratio stays the same when both games use the same DPI, but the eDPI and practical setup context change.

What is a Good DPI for FPS Games?

A good DPI for gaming is one that keeps your sensor stable, gives you sensible in-game slider values, and fits the mousepad space you actually have. For most FPS players, 400 DPI, 800 DPI, and 1600 DPI are the strongest starting points because they work well with common game sensitivity systems and make it easy to compare setups.

The better question is not “What DPI is best?” but “What physical sensitivity do I want?” Tactical FPS players usually care most about controlled crosshair placement and micro-adjustments. Tracking-heavy players may prefer slightly faster setups. Either way, the winning measurement is usually cm/360, not just raw DPI.

For CS2 specifically, 35 to 50 cm/360 is a strong benchmark zone. Valorant pros often land in a similar physical band. Faster titles such as Apex Legends or hero shooters may push some players below that range, but even then the safest way to tune is still to start with an exact match and move from there.

What Sensitivity Do Pro Players Use?

This section is built to answer searches such as s1mple sensitivity, TenZ sensitivity, yay sensitivity, and what cm/360 do pros use. The exact settings pros use can change over time, but the larger pattern is consistent: elite FPS players cluster around disciplined physical sensitivity ranges, then fine-tune around their game, role, and aim style.

Pro settings shift over time. Use the table as a benchmark and comparison hook, not as a promise that copying a famous player will outperform a properly tested setup of your own.

Sensitivity vs DPI Explained

Many pages try to rank for sensitivity keywords by repeating “400 DPI vs 800 DPI” without explaining what actually changes. For search visibility and player usefulness, this page needs to answer the real educational intent too: what DPI means, how eDPI works, why cm/360 matters, how FOV scaling changes feel, and why different games can feel different even when the math looks similar on paper.

What DPI actually means

DPI describes how many counts your mouse sensor reports per inch of physical movement. Higher DPI does not automatically mean faster aim. It simply changes the raw input resolution. Your real in-game pace depends on the combination of DPI, in-game sensitivity, yaw, and sometimes zoom multipliers or FOV scaling rules.

Why eDPI matters

eDPI gives you a simple shorthand: DPI × sensitivity. It is helpful when you want to compare two players inside the same game family, but it breaks down when engines use different yaw values or wildly different slider scales. That is why a serious mouse sensitivity calculator should display eDPI and then go beyond it.

Why cm/360 is the best measurement

cm/360 is usually the most trustworthy physical measurement because it tells you how much desk or mousepad space a full turn really needs. If two games both land on 40 cm/360, your arm and wrist travel will be similar even if one game calls the sensitivity 0.377 and the other calls it 4.608. For muscle memory, that physical consistency matters far more than matching raw slider numbers.

How FOV scaling affects sensitivity

Even a perfect cm/360 match can feel different when field of view changes a lot. Wide FOV can make mouse movement look slower because more of the world is visible at once. Narrow scoped views can feel faster on-screen because the same rotation covers more apparent screen distance. That is why advanced players sometimes use monitor-distance matching or tangent-based FOV scaling for ADS tuning.

Why different games feel different

Games do not share a universal input standard. Some use different yaw values, some use unique ADS multipliers, some run different camera projection models, and some simply reward different aim mechanics. Valorant is angle and micro-adjustment heavy. Apex rewards tracking and recoil control under movement. Rainbow Six Siege adds lean, scope, and peek rhythm. Call of Duty often pushes faster close-range recentering. A good FPS sensitivity converter respects those differences instead of hiding them.

Sensitivity examples players actually search for

• Example: 800 DPI with 1.2 sensitivity in CS2 is about 43.3 cm/360 and converts to roughly 0.377 in Valorant at the same DPI.
• Example: 400 DPI with a low CS2 sensitivity can feel extremely controlled, but only if your mousepad is wide enough for repeated 180-degree flicks.
• Example: Low-sens players usually need larger mousepads and smoother arm movement, while higher-sens players need stronger micro-correction discipline.

Related Aim Tools on Klartext Ventures

Internal links help users continue the setup process and also strengthen crawl depth and topical authority around sensitivity, aim, and mouse performance. If you want to visualize your sensitivity range, compare to more player profiles, or tune the rest of your input pipeline, continue with these pages:

• Aim Sensitivity Visualizer for a more visual sensitivity spectrum and range breakdown.
• Pro Player Settings Comparison Tool if you want a separate benchmark workflow for named players and setup comparisons.
• Mouse Polling Rate Checker to validate whether your hardware is reporting at the rate you expect.
• Input Lag Calculator to understand how mouse, system, and display latency interact.
• Reaction Time Test if you want to separate setup quality from raw click speed and response quality.