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Valorant Mouse Settings Guide 2026: DPI, eDPI & Sensitivity Explained

Valorant uses a completely different sensitivity scale from CS2 — and has its own ADS and scoped sensitivity settings that most players never configure correctly. This guide explains eDPI in Valorant's terms, walks through every mouse setting that affects your aim, and gives you a starting point that works on any mouse, from a $15 budget option to a flagship.

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Daniel P. - Hardware expert
  • 10 min read
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Why Valorant Sensitivity Numbers Look So Different from CS2

Why Valorant Sensitivity Numbers Look So Different from CS2

Valorant and CS2 use different internal sensitivity multipliers — the same DPI combined with sensitivity 1.0 produces a very different aim speed in each game. As a rough guide, a Valorant sensitivity is approximately 3.18× lower than the equivalent CS2 sensitivity: CS2 1.0 ≈ Valorant 0.314, CS2 2.0 ≈ Valorant 0.629. This is why Valorant pro players appear to use much lower in-game sensitivity values — typically in the 0.2–0.5 range — compared to the 0.5–2.5 range common in CS2. The underlying aim speed, measured in physical centimeters per 360° turn, is actually very similar across both games' professional scenes.

The practical consequence: never copy a CS2 sensitivity number directly into Valorant. Because Valorant's scale needs a smaller number for the same physical speed, using your CS2 number as-is will make you play at roughly three times your intended speed and your aim will feel out of control. Always use eDPI — the product of DPI × in-game sensitivity — as your reference, and be aware that Valorant eDPI values are numerically about 3.18× lower than their CS2 equivalents for the same physical mouse movement.

eDPI in Valorant: Calculating Your Effective Sensitivity

With Valorant eDPI explained in simple terms: eDPI (effective DPI) = your mouse DPI × your Valorant sensitivity setting. This single number describes your actual aim speed regardless of how you split it across hardware DPI and in-game sensitivity. Valorant pro players operate in a much lower numerical eDPI range than CS2 pros — most cluster between roughly 200 and 350, with the tracked pro average sitting close to 260–280 — but the physical distance your mouse travels to complete a full 360° turn is in the same range as CS2 pros. The lower numbers are a product of Valorant's sensitivity scale, not a fundamentally different playstyle.

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  1. 1Calculate Your Current Valorant eDPI

    How to calculate:

    1. Open Valorant → Settings → Controls → General → Mouse Sensitivity.

    2. Note your DPI in mouse software (e.g. 800 DPI).

    3. Formula: eDPI = DPI × Sensitivity.

    • Example: 800 DPI × 0.35 sensitivity = 280 eDPI.

  2. 2Find Your Target eDPI Range for Valorant

    Recommended eDPI bands:

    • Low sensitivity (arm aiming / large pad): 180–270 eDPI

    • Mid sensitivity (hybrid aiming / standard pad): 270–380 eDPI

    • High sensitivity (wrist aiming / small desk): 380–500 eDPI

    • Sweet spot: Pro average sits around 260–280 eDPI.

    Avoid eDPI above 500 (causes aim wobble) or below 160 (requires excessive arm travel).

  3. 3Pick a Clean DPI and Set In-Game Sensitivity to Match

    Formula: In-game sensitivity = Target eDPI ÷ DPI

    Examples for 280 eDPI target:

    • 400 DPI → Sensitivity: 0.70

    • 800 DPI (Recommended) → Sensitivity: 0.35

    • 1600 DPI → Sensitivity: 0.175

  4. 4Convert Your CS2 Sensitivity to Valorant

    Conversion formula:

    • Valorant Sensitivity = CS2 Sensitivity ÷ 3.18

    Examples:

    • CS2 1.0 → Valorant 0.314

    • CS2 0.7 → Valorant 0.220

    • CS2 2.0 → Valorant 0.629

ADS and Scoped Sensitivity: The Settings Most Valorant Players Get Wrong

Valorant actually splits zoomed-in aiming into two separate settings, and mixing them up is a common mistake. ADS Sensitivity Multiplier (Settings → Controls → General) controls your sensitivity while aiming down sights on rifles and SMGs — every gun that isn't a dedicated sniper. Scoped Sensitivity Multiplier is a separate value that only applies to the three sniper rifles: Operator, Outlaw, and Marshal. Both default to 1.0, meaning zoomed aim speed matches hipfire speed exactly. This sounds sensible but it is mechanically imperfect — when you zoom in, your field of view narrows, so the same crosshair movement covers less of the screen even though the underlying sensitivity value hasn't changed. This makes zoomed aim feel faster relative to what you are looking at, more noticeably on snipers than on rifle ADS.

  1. 1Understand the Two Main Approaches

    Two approaches for scoped/ADS sensitivity:

    1. Match 360° distance: Requires lower multiplier (0.85–0.95) to adjust for narrower FOV.

    2. Match target tracking feel: Keeps tracking feel identical between hipfire and scope.

  2. 2Recommended Starting Value: 1.0 (Then Test)

    Recommended tuning approach:

    1. Leave ADS and Scoped sensitivity at 1.0 initially.

    2. Overshooting on Operator/Marshal? Lower multiplier to 0.85–0.90.

    3. Undershooting? Increase multiplier to 1.1–1.15.

    Avoid blindly copying pro scoped multipliers without matching their hipfire eDPI.

Windows Mouse Settings: What to Disable Before Playing Valorant

Valorant has processed mouse input via a dedicated low-level path since launch, and its Raw Input Buffer feature — a performance optimization for how the game's engine reads input-device data — has been active for all players since Riot removed the manual toggle in a later patch, after debuting it as an opt-in beta in patch 3.07. This means Valorant's sensitivity responds directly to raw mouse hardware data and largely bypasses Windows pointer processing. However, Windows-level acceleration and non-default pointer speed can still affect aim consistency in certain edge cases and will definitely affect other games that do not use raw input. This is the only mouse-acceleration fix you actually need to make at the OS level — setting it correctly takes two minutes.

  1. 1Set Windows Mouse Pointer Speed to Default (6/11)

    How to set:

    1. Settings → Mouse → Additional mouse settings → Pointer Options.

    2. Set slider to 6/11 (1:1 pixel translation with no scaling).

  2. 2Disable Enhance Pointer Precision

    How to disable:

    1. In Pointer Options, uncheck 'Enhance pointer precision'.

    • Impact: Disables Windows mouse acceleration for consistent muscle memory.

    Disabling acceleration will make the cursor feel slower at first. Give yourself 1–2 weeks to recalibrate.

Polling Rate for Valorant: 1000 Hz Is the Target

Polling rate determines how many times per second your mouse sends position data to your PC. At 125 Hz the mouse reports every 8ms. At 1000 Hz, every 1ms. For Valorant — which runs on high-frequency servers (up to 128-tick in supported regions) and is played at high framerates on competitive settings — 1000 Hz is the standard. Below 500 Hz, aim can feel slightly 'stepped' during precise micro-adjustments, particularly noticeable during the slow crosshair placement that Valorant's first-shot accuracy system rewards. Most budget gaming mice including the Logitech G203 and Razer DeathAdder Essential natively support 1000 Hz.

  1. 1Set Polling Rate to 1000 Hz in Your Mouse Software

    How to set:

    1. Open mouse software (Logitech G Hub, Razer Synapse, SteelSeries GG).

    2. Navigate to Performance/Sensor settings → set Polling Rate to 1000 Hz.

  2. 2Verify Your Actual Polling Rate

    Verification steps:

    1. Test mouse using an online polling rate checker.

    2. Move mouse steadily and confirm readings remain near 900–1000 Hz.

    Polling rates above 1000 Hz (4000/8000 Hz) add extra CPU overhead with sub-perceptual latency gains on budget systems.

Third-Party Software and Vanguard: Other Sources of Sensitivity Interference

Windows pointer acceleration is covered in the section above — but it isn't the only thing that can silently scale your mouse input. Valorant does not expose a console-level acceleration toggle the way CS2 does, and it has no additional in-game acceleration layer to disable beyond what Windows applies. The remaining risk comes from third-party software — RGB controllers, macro utilities, or gaming hubs — that can intercept and modify mouse input at the driver level, which both breaks consistent sensitivity and puts you at risk with Riot Vanguard.

  1. 1Audit Third-Party Mouse Software on Your PC

    Check for background utilities:

    1. Review installed RGB, macro, and 'gaming hub' software from any manufacturer, not just your mouse's own brand.

    2. Close or uninstall anything that isn't your mouse's official driver/configuration app.

    3. Stick to official manufacturer software (Logitech G Hub, Razer Synapse, SteelSeries GG) for DPI and polling rate changes only.

  2. 2Know What Triggers a Vanguard Flag

    Vanguard monitors driver-level hooks on input devices:

    1. Never use external sensitivity manipulators, aim injectors, or scripts that alter mouse movement.

    2. Avoid third-party 'sensitivity converter' tools that inject values directly rather than just calculating numbers for you to enter manually.

    3. If in doubt about a tool, don't run it while Valorant/Vanguard is active.

    Vanguard bans for driver-level input manipulation are typically not appealable — when unsure about a piece of software, don't risk it.

Recommended Valorant Mouse Settings by Playstyle

Low Sensitivity / Arm Aiming (180–270 eDPI)

Config breakdown: • Example: 800 DPI × 0.3 sens = 240 eDPI. • Scoped Multiplier: 1.0. • Pros: Outstanding micro-adjustments for one-taps and spray control. • Cons: Requires large arm movements and a big mousepad.

Mid Sensitivity / Hybrid Aiming (270–380 eDPI)

Config breakdown: • Example: 800 DPI × 0.4 sens = 320 eDPI. • Scoped Multiplier: 1.0. • Pros: Perfect balance of flick speed on Duelists and precision on Controllers/Sentinels. • Sweet spot for most Valorant players.

High Sensitivity / Wrist Aiming (380–500 eDPI)

Config breakdown: • Example: 800 DPI × 0.5 sens = 400 eDPI. • Scoped Multiplier: 0.85–0.95. • Pros: Fast 180° turns on small mousepads. • Cons: Micro-tremors can cause missed shots during long range pixel-peeks.

Frequently Asked Questions

  • Among tracked Valorant professional players, roughly half use 800 DPI and most of the rest use 400 DPI, combined with an in-game sensitivity that lands them in a 200–350 eDPI range. 800 DPI is the more common choice — it provides clean sensor output on modern gaming sensors and the resulting sensitivity values in the 0.3–0.4 range offer fine decimal control. Check any Valorant pro settings database for current configurations across the full roster.

  • No — Valorant's sensitivity scale is roughly 3.18× lower than CS2's. CS2 1.0 sensitivity ≈ Valorant 0.314 sensitivity for the same physical aim speed. To convert: Valorant sensitivity = CS2 sensitivity ÷ 3.18 (and to go the other way: CS2 sensitivity = Valorant sensitivity × 3.18). Always check by computing eDPI in both games — the eDPI values will differ by the same 3.18 factor, but the physical centimeters-per-360 will be identical.

  • Start at 1.0 — this is also where most professional players leave it. If you regularly play Op, Outlaw, or Marshal and find scoped shots consistently overshooting targets, lower it to 0.85–0.90. If scoped aim feels slower and less reactive than hipfire, raise it to 1.1–1.15. The mathematically 'correct' value that produces the same 360° distance at all zoom levels varies depending on which sniper's scope you're using — Operator and Outlaw zoom deeper than Marshal, so no single value perfectly compensates for all three. Note this is separate from the ADS Sensitivity Multiplier, which governs zoomed aiming on rifles and SMGs. Pick a scoped value that feels consistent across your most-used sniper and leave it there.

  • Valorant has processed mouse input through a dedicated raw-input path since launch. It briefly offered a manual 'Raw Input Buffer' toggle as an opt-in performance beta, but Riot later removed the toggle from the menu and made the optimized input path active for everyone by default — so there's nothing for you to configure here. The most important mouse action you can take in Windows for Valorant is disabling Enhance Pointer Precision (Windows mouse acceleration) — this is the primary Windows-level interference point that can affect aim consistency.

  • At minimum 2–3 weeks of regular play. Valorant's aim system rewards precise first-shot accuracy and controlled bursts — these skills take longer to rebuild at a new sensitivity than general tracking. During the first week at a new sensitivity, your spray control and counter-strafe timing will feel off. This is normal. Evaluate your performance only after at least two full weeks, and use aim training tools (Aim Lab, KovaaK's) to accelerate adaptation rather than switching sensitivities every few sessions.

  • Start at 280–320 eDPI. A concrete starting point: 800 DPI with sensitivity 0.35–0.40 (= 280–320 eDPI). This lands close to the tracked pro average and works on any mousepad larger than 35cm. Spend at least two weeks on deathmatch and aim training before deciding to adjust. If your crosshair consistently overshoots during flicks: reduce sensitivity by 0.05 steps. If repositioning during clutch situations feels too slow and you find yourself lifting the mouse frequently: increase by 0.05 steps. Move gradually.

  • Yes — but not because of DPI or sensitivity. Budget mice with non-gaming sensors have a low malfunction speed: the movement speed at which the sensor loses tracking accuracy. In Valorant, fast flicks to enemy positions that have peeked — especially on duelists who fast-peek — can exceed the tracking limit of office sensors. When this happens, the crosshair stops updating correctly mid-flick, causing missed shots that feel like aim inconsistency but are actually a hardware failure. A gaming-grade sensor eliminates this entirely and should be the first hardware upgrade for any player serious about climbing in Valorant.

  • Yes, up to 1000 Hz. Below 500 Hz, the 2–8ms gap between position reports can make precise micro-adjustments feel slightly imprecise during deliberate slow crosshair placement — exactly the type of aim that Valorant's one-tap system requires. At 1000 Hz (1ms), reporting is fast enough that it is imperceptible. Polling rates above 1000 Hz (2000/4000/8000 Hz) exist but provide no perceptible benefit for Valorant on any budget or mid-range CPU — the theoretical latency reduction is below human perception and these modes can introduce additional CPU overhead on lower-end systems.

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