The Complete Valorant Sensitivity Guide: eDPI, cm/360, and Finding the Right Setting for Your Hand

Valorant Sensitivity and eDPI: Why They Decide Your Aim

If you're looking for your ideal Valorant sensitivity, the number you actually need is eDPI — your mouse DPI multiplied by your in-game sensitivity (a free eDPI calculator is built into this guide below). Sensitivity affects two sides of aiming at the same time: how quickly you catch up to a target, and how precisely you can stop your crosshair on the exact spot you want. High sensitivity turns your view faster but makes micro-adjustments wobble; low sensitivity keeps your aim stable but leaves you slow against a flank. Because Valorant punishes moving while shooting and every bullet carries weight, the ability to stand still and place your crosshair at head level decides rounds — which is exactly why the eDPI range you settle on matters.

What eDPI Actually Is

eDPI stands for effective DPI, and the formula could not be simpler. eDPI is your mouse DPI multiplied by your in-game sensitivity. If you run 800 DPI with an in-game sensitivity of 0.4, your eDPI is 320. Run 400 DPI with 0.8 and you land on the same 320, and your hand will feel essentially the same movement. The reason eDPI matters is comparison. If a friend says they play at 0.25, that number tells you nothing without knowing their DPI, but converting to eDPI puts two totally different mouse setups on one scale. As a practical note, it is easier to lock DPI to a value your sensor natively supports, such as 400, 800, or 1600, and make every adjustment through in-game sensitivity only.

cm/360: Understanding Sensitivity With Your Body

cm/360 is the distance your mouse must travel for your character to spin a full 360 degrees on the spot. If eDPI is a number for comparison, cm/360 is the actual physical distance your arm covers, which makes it far more intuitive. Measuring it yourself is easy. Place your mouse at the left edge of your pad, push it right until the screen makes exactly one full rotation, then measure that distance with a ruler. A small cm/360 means high sensitivity, so you aim mostly from the wrist, turn quickly, and struggle with fine corrections. A large cm/360 means you engage your whole arm, which stabilizes your aim but demands a wide pad. Go far beyond your pad width and you will be lifting and repositioning the mouse mid-fight, which is where mistakes creep in.

The Range Pros Play In and Why Low Sensitivity Dominates

One thing to clear up first: a given player's sensitivity changes often across seasons and mouse swaps, and the numbers floating around community posts are frequently out of date. Understanding the trend is far more useful than memorizing individual players' settings. Looking at the trend alone, top-level players cluster in a low band of roughly 200 to 400 eDPI. At 800 DPI that works out to somewhere around 0.25 to 0.5 in-game, though these figures are just a reference point and plenty of great players sit above or below that range. Low sensitivity dominates because of how Valorant fights are structured. Most gunfights happen inside narrow angles against a small target at head level, so the ability to plant your crosshair exactly where you want matters far more often than the ability to swing wide.

A Step-by-Step Method for Finding Your Sensitivity

• Step 1, lock your DPI: Set your mouse to 800 DPI and from here on adjust only the in-game sensitivity.
• Step 2, pick a starting point: Begin somewhere between 250 and 350 eDPI. At 800 DPI that is roughly 0.3 to 0.45 in-game.
• Step 3, test in the Range: Against bots, hold your crosshair at head level and move it left and right. If you constantly overshoot, your sensitivity is too high; if you keep falling short, it is too low.
• Step 4, live with it for a few days: Do not judge after one session. Play the same sensitivity for several days at minimum, because a new setting always feels awkward for the first few games.
• Step 5, fine-tune: When you adjust, move no more than 10 percent of your current value. Going from 0.4 to 0.36 or 0.44 is about the right increment.
• Step 6, lock it in: Once it feels natural, leave it alone for at least a month. Muscle memory only builds on a fixed sensitivity.
• Also worth noting: sometimes sensitivity feels wrong simply because your crosshair is hard to track visually, so review your Valorant crosshair settings at the same time.

How to Convert Sensitivity From Another Game to Valorant

• The goal is to match cm/360, not the in-game sensitivity number. Every game defines a different amount of rotation per unit of sensitivity, so copying numbers directly gives you a completely different feel.
• Valorant and CS2 use different rotation coefficients. At the same DPI, multiply your Valorant sensitivity by about 3.1818 to match CS2's hipfire cm/360.
• The most reliable approach is to measure your cm/360 in the original game and then adjust Valorant's sensitivity until it produces the same cm/360. Coming from PUBG, measure your current cm/360 first with the steps in our PUBG sensitivity settings guide.
• Coming from a game with a different rotation coefficient, use a sensitivity converter, then always verify the result by feel in the Range.
• ADS sensitivity is a separate setting. Leaving Valorant's aim-down-sights multiplier at the default of 1 keeps your scoped aim consistent with your hipfire feel.
• Valorant uses a raw-input path, so Windows pointer speed and Enhance Pointer Precision (EPP) normally do not change in-game rotation. Instead, lock the DPI profile in your mouse software, disable DPI Shift, per-game profile switching, and acceleration, then verify with a measured cm/360.

Common Mistakes When Changing Sensitivity

• Changing sensitivity every match: the most common and most damaging mistake. If you blame every bad game on your sensitivity, muscle memory never accumulates.
• Copying a pro's sensitivity exactly: pad size, desk height, seating posture, and hand size all differ. Use their numbers as a reference range only.
• Changing DPI and in-game sensitivity together: adjust both at once and you will never know which one caused the change. Change one variable at a time.
• Leaving acceleration enabled in the game or mouse software: speed-dependent acceleration can make the same physical distance produce a different turn. Windows EPP is usually bypassed by raw-input games, so verify the whole input path with measured cm/360.
• Making huge jumps: dropping from 0.4 straight to 0.25 turns it into a completely different game.
• Going extremely low: a realistic floor is being able to complete at least one full turn within the width of your mousepad.

Using DOR to Record and Compare Sensitivity Test Clips

The hardest part of tuning sensitivity is judgment. Mentally comparing how yesterday felt against how today feels is basically impossible, which is why most players end up abandoning a setting that was actually working. What you need here is not memory but a record. DOR is a free clipping tool that records your game in the background and lets you save just the moment that happened. On the day you change sensitivity, capture a few 1v1 duels, then line them up next to clips from your old setting and watch the crosshair movement directly. Lots of moments where you fly past the target and pull back means your sensitivity is on the high side; a crosshair that consistently arrives short means it is on the low side. Once you have narrowed it to two candidates, alternate them day by day and save real match clips for each. Ranked clips taken under pressure reveal true fit far better than Range footage.

Wrapping Up

There is no absolute right answer for Valorant sensitivity, but there is close to a right order of operations. Lock your DPI to one value, use eDPI to see where you stand, confirm the feel with cm/360, then adjust in small increments and stick with each one long enough to judge it. And the real work starts after you settle on a number, because aim is built from hours repeated on top of a fixed sensitivity. Recording that process as clips with DOR lets you practice while actually watching how your aim changes.