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

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

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.

1. 1Calculate Your Current Valorant eDPI

   Open Valorant → Settings → Controls → General → Mouse Sensitivity. Note the number shown. Then: eDPI = your DPI × that sensitivity value. Example: 800 DPI × 0.35 sensitivity = 280 eDPI. If you don't know your current DPI, open your mouse software (Logitech G Hub, Razer Synapse, etc.) or look up your mouse model's default DPI — most budget gaming mice ship at 800 DPI.

2. 2Find Your Target eDPI Range for Valorant

   Valorant pro players generally cluster in the 200–350 eDPI range, with the tracked average sitting somewhere in the low-to-mid part of that band. This translates to roughly the same physical arm movement as 600–1100 eDPI in CS2. For players who use a large XXL mousepad and prefer wide arm strokes: target 180–280 eDPI. For players on a standard medium-to-large pad who want a balance of flicking speed and micro-correction: 270–380 eDPI. Above 500 eDPI in Valorant, micro-tremors from wrist movement begin to create visible aim wobble during precise holds. Below 160 eDPI, 180° turns require very large physical mouse movements — desk space becomes a limiting factor.

   There is no single correct eDPI. Valorant's gameplay rewards precise micro-adjustments and precise first-shot accuracy — which generally favors lower sensitivities than games that emphasize fast reactive flicking. But your muscle memory is built around your current settings. Change sensitivity gradually and give each new value at minimum 2 weeks of serious practice before deciding whether it works.

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

   Use 400 or 800 DPI and calculate the in-game sensitivity needed to reach your target eDPI. Formula: in-game sensitivity = target eDPI ÷ DPI. Examples for a 280 eDPI target: at 400 DPI → set sensitivity to 0.70. At 800 DPI → set sensitivity to 0.35. At 1600 DPI → set sensitivity to 0.175. All three produce the same physical aim speed. Roughly half of tracked Valorant pros use 800 DPI, with most of the remainder on 400 DPI — it's the standard step for clean sensor output on modern gaming sensors, and the 0.3–0.5 sensitivity range it produces at common eDPI values allows fine decimal control.

4. 4Convert Your CS2 Sensitivity to Valorant

   If you already have a dialed-in CS2 sensitivity and want to mirror it in Valorant, use this conversion: 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. This gives you the same 360° turn distance in both games. Treat this as a starting point and fine-tune by feel — due to slight differences in field of view and rendering, the physical feel may differ slightly between the two games.

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

   There are two philosophies for scoped/ADS sensitivity in Valorant: (1) Match 360° distance — set the multiplier so that a full 360° physical mouse movement produces the same 360° turn zoomed in as it does at hipfire. Since the zoomed FOV is smaller, this requires a lower multiplier (typically around 0.85–0.95 for the Marshal, lower still for the deeper zoom on Operator and Outlaw). (2) Match target tracking feel — set the multiplier so that tracking a moving target through the scope requires the same physical wrist movement as tracking at hipfire. This is more subjective but many players find it more natural for flick shots.

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

   Leave both ADS Sensitivity Multiplier and Scoped Sensitivity Multiplier at 1.0 while you dial in your base hipfire sensitivity — changing three numbers at once makes it impossible to tell what's actually helping. Among tracked professional players, the large majority keep the Scoped Sensitivity Multiplier at exactly 1.0; only a minority lower it for a more precise feel on the Operator or Marshal. If you regularly play the Op, Outlaw, or Marshal and want to try adjusting: play 20–30 rounds paying attention to whether scoped shots feel consistently too fast or too slow relative to your hipfire. If scoped aim consistently overshoots, reduce the multiplier to 0.85–0.90. If you regularly miss by under-shooting, increase to 1.1–1.15. Adjust in 0.05 steps and give each value a session to evaluate.

   Avoid copying a specific scoped sensitivity value from a pro player without knowing their hipfire eDPI. The 'correct' scoped multiplier is relative to your hipfire speed. A pro at 240 eDPI may use a different scoped multiplier than you at 320 eDPI and have the same physical feel in scope.

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. Setting Windows correctly takes two minutes and prevents potential issues.

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

   Open Windows Settings → Bluetooth & devices → Mouse → Additional mouse settings → Pointer Options. Move the pointer speed slider to exactly the 6th position out of 11 — this is the Windows default and corresponds to 1:1 pixel translation with no multiplier. Any position other than 6 introduces a Windows-level scaling factor that can interact with some game engines unexpectedly.

2. 2Disable Enhance Pointer Precision

   In the same Pointer Options window, uncheck "Enhance pointer precision." This is Windows mouse acceleration — it adjusts how far your cursor moves based on how fast you move the mouse. The result is inconsistent: a slow deliberate movement covers less distance than expected; a quick flick covers more. This inconsistency makes it impossible to build reliable muscle memory for precise aiming. Disable it globally — it affects every application and game, not just Valorant.

   Enhance Pointer Precision is enabled by default in Windows and many players never notice or disable it. If you have been playing Valorant with it on for months, disabling it will make your mouse feel significantly slower at first — your muscle memory has calibrated to the accelerated feel. Give yourself at least two weeks to recalibrate before evaluating whether a sensitivity adjustment is needed.

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

   Open your mouse's companion software (Logitech G Hub, Razer Synapse, SteelSeries GG, or your brand's equivalent) and navigate to the performance or sensor settings. Set polling rate to 1000 Hz. For budget mice without software — look for a DPI/polling rate button combination on the mouse itself (check the product manual). Some very inexpensive mice are hardware-locked to 125 Hz and cannot be changed: this is the most common hardware limitation to watch for on ultra-budget options.

2. 2Verify Your Actual Polling Rate

   Use a free online polling rate checker (search 'mouse polling rate test online'). Move your mouse steadily across the test area. At 1000 Hz, the reported value should consistently appear above 900. If readings cluster around 125, the mouse is hardware-locked to 125 Hz or the driver setting has not been saved correctly. Check software, restart it, and test again.

   Polling rates above 1000 Hz (2000/4000/8000 Hz) exist on premium flagship mice and do reduce theoretical latency further. For Valorant on any budget setup, 1000 Hz is the correct and sufficient target — the latency gain from higher polling is below human perceptual threshold and not worth the additional CPU overhead these modes introduce on mid-range systems.

Mouse Acceleration in Valorant — Confirm It Is Off

Valorant does not expose a console-level acceleration toggle the way CS2 does, but Windows mouse acceleration (Enhance Pointer Precision) remains a concern — see the Windows settings section above. Within Valorant itself, there is no additional in-game acceleration layer to disable. The main action item here is confirming that Windows acceleration is off and that no third-party software — RGB controllers, macro utilities, or gaming hubs — is applying sensitivity scaling to mouse input at the driver level. Any software that intercepts and modifies mouse input at the driver level is also at risk of triggering Vanguard flags.

1. 1Disable Enhance Pointer Precision (Windows Acceleration)

   Control Panel → Mouse → Pointer Options → uncheck Enhance pointer precision. This is the single most important acceleration-related setting on a Windows PC. With this disabled and pointer speed at 6/11, Windows passes mouse data to Valorant without any modification.

2. 2Check for Third-Party Software Interference

   Close any software that could intercept mouse input: RGB lighting suites that are not your mouse's official driver, macro recording tools, AutoHotKey scripts that redirect mouse events, or VPN clients with elevated permissions. Vanguard monitors kernel-level processes and can block game launch or produce unexpected behavior when certain tools are active. Use only your mouse manufacturer's official software for DPI and polling rate configuration.

   Never use third-party tools that claim to improve Valorant aim by modifying mouse input (e.g., raw accel software, input latency injectors, or sensitivity converters that run in the background). Vanguard detects input-layer modifications and such tools carry a real risk of account action. The only safe sensitivity tools are your mouse's official manufacturer software and the Valorant in-game settings menu.

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