How does Valorant's scope sensitivity multiplier work?

Valorant's scope sensitivity multiplier is a linear scalar applied to your hipfire sensitivity when aiming down sights (ADS) or using a scoped weapon like the Operator or Marshal. At the default value of 1.0, your scoped rotation speed is identical to your hipfire rotation speed in angular terms (degrees per mouse count), but the visual magnification of the scope makes movement on screen appear faster. At 0.9, your scoped sensitivity is 90% of your hipfire sensitivity — your crosshair moves across the screen at 90% of the normal rate. This setting applies uniformly to all scoped views; Valorant does not offer per-scope sensitivity like some other games. Most pros leave this at 0.9-1.0. If you are an Operator main, 0.8-0.9 provides better fine control for tight angle holding. If you primarily use rifles, 1.0 maintains consistency between hipfire and ADS muscle memory.

Why is my Valorant sensitivity so much lower than my CS2 sensitivity?

Valorant uses a yaw multiplier of approximately 0.07 degrees per count, while CS2 uses a yaw of 0.022. This means the same in-game sensitivity number produces roughly 3.18 times more rotation in Valorant than in CS2. To achieve the same physical mouse-to-rotation relationship (same cm/360), your Valorant sensitivity number must be approximately one-third of your CS2 number. For example, CS2 sensitivity 2.0 at 800 DPI = 1600 eDPI with a cm/360 of about 26cm. To get the same cm/360 in Valorant, you need a sensitivity of approximately 0.63. Most CS2 players who convert to Valorant find that they prefer going even lower than the mathematical equivalent — what felt normal in CS2 often feels too sensitive in Valorant because of the game's emphasis on precise crosshair placement and small-angle corrections. A CS2 player at 2.0 sens might end up preferring 0.3-0.4 in Valorant (roughly 35-52 cm/360).

Should I use Raw Input Buffer in Valorant?

Yes, for almost every player. Raw Input Buffer tells Valorant to read mouse data directly from the hardware at the driver level, bypassing the Windows input stack entirely. This has two benefits: it eliminates any Windows mouse settings that might interfere with your sensitivity (including pointer speed and acceleration settings that you thought were disabled), and it reduces input latency by removing a processing step between your mouse and the game. The one scenario where you might want it off is if you are using third-party mouse acceleration software like RawAccel that applies its curve at the Windows input level — in that case, Raw Input Buffer must be off for the acceleration curve to reach Valorant. For everyone using a standard flat sensitivity, turn Raw Input Buffer on and leave it on permanently.

What DPI should I use for Valorant?

800 DPI is the most common choice among Valorant professionals and the recommended starting point for most players. It provides fine enough angular granularity to avoid pixel skipping at all realistic sensitivity values (confirmed safe down to 0.2 sensitivity at 1080p), and it avoids the very high cursor speed on the desktop that 1600 DPI produces. 1600 DPI is gaining popularity for its theoretically lower input latency (higher DPI sensors report movement slightly faster) and even finer angular resolution. 400 DPI, once the CS standard, is decreasingly common because at the low sensitivities Valorant players prefer (0.25-0.5 at 800 equivalent), 400 DPI at 0.5 sensitivity pushes into territory where pixel skipping can become noticeable. If you are currently on 400 DPI and want to switch, double your DPI to 800 and halve your in-game sensitivity to maintain identical eDPI — everything will feel the same but your pixel-level precision improves.

How often should I change my Valorant sensitivity?

Ideally, rarely or never once you have found your settled sensitivity. The most effective approach: spend your first 1-2 weeks in Valorant finding your sensitivity through structured testing (the PSA method or just blind A/B comparisons), then lock it in and do not touch it for at least 3 months. Every time you change sensitivity, even by as little as 0.02, you reset a portion of the fine motor learning your brain has accumulated. Consistent sensitivity over months is what produces the unconscious, automatic aim where your crosshair is on the target before you are consciously aware of the target — the state competitive players call "flow" or "auto-pilot aim." If after 3 months you genuinely believe a small change would help, adjust by no more than 0.03 per week until you settle into the new value. Track your performance (headshot percentage, ACS, K/D) before and after any change to confirm it is an improvement, not just a placebo-driven honeymoon period.

Gaming Tools2026-05-10

Valorant Sensitivity Converter: Find Your Perfect eDPI and Aim Settings

Most Valorant professionals use a sensitivity between 0.25 and 0.5 at 800 DPI, which translates to an eDPI range of 200-400 and a cm/360 of approximately 35-65cm. Our Valorant sensitivity converter takes your current settings from any game and calculates the exact Valorant sensitivity that matches your muscle memory — no guessing, no hours of trial and error. Valorant, built on a heavily modified Unreal Engine 4, uses a yaw multiplier of approximately 0.07 degrees per count, which is roughly 3.18 times larger than the Source engine yaw used by CS2. This is why Valorant sensitivity numbers look small (0.2-0.5) compared to CS2 sensitivity numbers (1.0-3.0) — they produce equivalent physical mouse movement distances. Understanding your eDPI (DPI multiplied by in-game sensitivity), your cm/360, and how Valorant's unique scope sensitivity system works is essential to dialing in aim settings that let you compete at your best. This article covers the pro sensitivity meta, how to configure your Windows settings for Valorant's raw input system, scope multiplier preferences among the top players, and a structured method for finding the sensitivity that fits your grip style and mousepad space.

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Valorant Sensitivity Converter

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Step-by-Step Guide

Calculate Your Valorant eDPI and Compare Against Pro Benchmarks

Enter your mouse DPI and a starting Valorant sensitivity into the converter. Multiply them: DPI × sensitivity = eDPI. For example, 800 DPI × 0.35 sensitivity = 280 eDPI. This number is your true sensitivity in Valorant. Now compare it against the professional player distribution: the densest cluster of pro Valorant players sits between 200 and 350 eDPI. Players known for precise, methodical aim like Aspas (800 DPI × 0.35 = 280 eDPI) and Derke (800 DPI × 0.35 = 280 eDPI) fall in this range. Players with slightly higher sensitivity like TenZ (800 DPI × 0.35-0.44, 280-352 eDPI) sit at the upper end. The lowest pro sensitivities, like something (400 DPI × 0.45 = 180 eDPI), prioritize stability for Operator usage and holding long angles. If you are new to Valorant, start at 800 DPI with 0.35 sensitivity (280 eDPI, ~48 cm/360) — this is the statistical center of the pro distribution and the safest starting point from which to adjust.

Set Up Windows Correctly for Valorant's Raw Input System

Valorant offers a Raw Input Buffer setting that bypasses Windows mouse processing entirely, reading mouse data directly from the hardware. To use it, navigate to Settings → General → Raw Input Buffer and set it to On. This eliminates any Windows-level acceleration, smoothing, or scaling that could distort your sensitivity. However, even with Raw Input Buffer, two Windows settings must still be correct because they affect your mouse sensor behavior at the driver level. Open Control Panel → Mouse → Pointer Options. Confirm the pointer speed slider is exactly at 6/11 (the center notch) — any other position applies a multiplier to your mouse input before it reaches any application. Uncheck "Enhance Pointer Precision," which is Windows' built-in mouse acceleration. With both settings correct and Raw Input Buffer enabled, your mouse sends pure, unmodified data to Valorant, and the sensitivity you set is the sensitivity you get with zero software interference.

Tune Your Scope Sensitivity Multiplier for Scoped Weapons

Valorant's Scope Sensitivity Multiplier (Settings → Controls → Scope) defaults to 1.0, which applies your hipfire sensitivity to scoped weapons (Operator, Marshal, ADS on rifles like the Vandal and Phantom). At 1.0, the scoped view rotates at the same angular speed as your hipfire view, but because the scope magnifies the image, the apparent on-screen movement feels faster. Many professional players reduce this to 0.8-0.9 for more precise long-range shot correction. TenZ uses 1.0 for rifle ADS but 0.9 for scoped weapons like the Operator. Aspas uses 1.0 across the board. The key concept: Valorant's scope multiplier is linear — a setting of 0.9 means your scoped sensitivity is 90% of your hipfire sensitivity. If you primarily use scoped weapons (Operator mains), experiment with 0.8-0.9. If you are a rifle-first player who only occasionally scopes, keep it at 1.0 for consistency. Test your scope sensitivity by entering the shooting range, equipping a scoped weapon, and practicing tracking a moving bot's head at 30-50 meters — the sensitivity that lets you smoothly follow the head without under- or over-correcting is the right one.

Tips & Best Practices

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Valorant's fixed 103 horizontal FOV is wider than CS2's 90 FOV. This means more of the environment moves across your screen during the same physical mouse movement, making your sensitivity feel slightly slower than in CS2 even after correct conversion. This is a perceptual effect, not a mathematical error — your cm/360 is identical. Do not increase sensitivity to compensate; your brain adapts to the wider FOV within 5-10 hours of play.

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The Valorant yaw multiplier of ~0.07 is approximately 3.18 times larger than CS2's 0.022. To convert CS2 sensitivity to Valorant, divide by roughly 3.18. A CS2 sensitivity of 2.0 at 800 DPI (1600 eDPI) converts to approximately 0.63 in Valorant. However, most CS2 players find they prefer a Valorant sensitivity slightly lower than the exact conversion suggests because Valorant's gameplay emphasizes crosshair placement and small-angle corrections over wide flicks.

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Pro player Boaster (Fnatic, IGL) uses 800 DPI × 0.36 = 288 eDPI. Demon1 (Evil Geniuses) uses 1600 DPI × 0.1 = 160 eDPI — one of the lowest in Tier 1. Aspas (Leviatan) uses 800 DPI × 0.35 = 280 eDPI. These are all within a tight 160-350 eDPI band, demonstrating how the entire professional scene converges on a narrow sensitivity window that balances precision with the ability to clear multiple angles.

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Pixel skipping in Valorant: with 103 horizontal FOV at 1920×1080 resolution, each degree of rotation displays roughly 18.6 pixels. At 800 DPI and 0.35 sensitivity (280 eDPI), each mouse count rotates your view by 0.0245 degrees, moving the crosshair about 0.46 pixels per count. This is well under the 1-pixel threshold where skipping becomes visible. Even at 400 DPI with the same eDPI, each count moves 0.92 pixels, approaching the visibility threshold. This is why 800+ DPI is recommended over 400 for Valorant.

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The shooting range is your best tool for sensitivity testing. Set the practice bots to 50 or 100 and stand at different distances. Practice tracking moving bots with your crosshair without shooting, then practice flicking to stationary bots. A well-tuned sensitivity feels smooth in tracking and precise in flicking — you should be able to consistently land headshots on static bots at medium range within 2-3 attempts, and track moving bots without constant under- or over-correction.

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If you switch between agents with drastically different roles (Jett dashing/updrafting vs. Cypher holding angles), resist the urge to change sensitivity. Consistent sensitivity builds unified muscle memory. Jett players do not aim differently because of their movement — they use the same sensitivity but leverage their movement abilities to create angles, not to compensate for poor crosshair placement.

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Valorant processes mouse input at a sub-frame level when Raw Input Buffer is enabled, meaning your aim is sampled independently of your frame rate. However, a higher frame rate still improves the visual feedback loop that your brain uses to correct aim. Aim for at least 144 FPS consistently — the difference in perceived smoothness between 60 FPS and 144 FPS makes aim corrections feel more responsive even though the underlying input processing is separate.

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Avoid using mouse acceleration software (RawAccel, Custom Curve, InterAccel) until you have at least 100 hours in Valorant at a consistent base sensitivity. Mouse acceleration adds a velocity-dependent multiplier to your sensitivity — the faster you move, the higher your effective sensitivity. While some pros use it effectively (e.g., TenZ experimented with it), it adds a significant layer of complexity to muscle memory building. Master a flat sensitivity first before considering acceleration curves.

Frequently Asked Questions

The vast majority of Valorant professional players use eDPI between 200 and 350. At 800 DPI, this translates to in-game sensitivity between 0.25 and 0.44. Some notable examples: TenZ (Sentinels) uses 800 DPI × 0.35 = 280 eDPI, though he has experimented with ranges from 0.35 to 0.44. Aspas (Leviatan) uses 800 DPI × 0.35 = 280 eDPI. Derke uses 800 DPI × 0.35 = 280 eDPI. F0rsakeN (Paper Rex) uses 800 DPI × 0.35 = 280 eDPI. The tight clustering around 280 eDPI is not a coincidence — it represents a mathematically balanced point where you can comfortably clear angles with 45-90 degree flicks while maintaining the precision needed for 1-2 pixel headshot corrections at long range. Demon1 is an outlier at 1600 DPI × 0.1 = 160 eDPI, but his role as a dedicated Operator player benefits from extremely low sensitivity for unmatched long-range stability.

Your Valorant sensitivity is the foundation your aim is built on. Use our converter to match it to your existing muscle memory, target the 200-350 eDPI range that 90% of pros cluster in, set your Windows and Raw Input Buffer correctly, and then trust the setting long enough for your brain to build automatic aim. Valorant rewards precision over speed — and the right sensitivity makes precision feel effortless.

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