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ValorantCurrent patch verified
Valorant Guide Patch 13.01: Unreal Engine Mechanics, Vanguard and Raw Input
Publicado: 23 de agosto 2025
Actualizado: 25 de julio 2026
Last reviewed: 25 de julio 2026by Gabriel Teran (ZaoGabo)Verified methodology
Comprehensive guide to sensitivity in Valorant. Analyze how Riot's modified Unreal Engine handles hitboxes, 128-tick servers, and mouse smoothing.
Valorant was built from the ground up to solve the historical inconsistencies of tactical shooters. With Patch 13.01, Riot Games introduces balance adjustments to Iso and Yoru while improving the consistency of the Outlaw rifle, reshaping the competitive duelist meta.
Unlike Counter-Strike, where movement has a significant deceleration curve (requiring precise counter-strafing), movement in Valorant is 'stiff' and abrupt. When you let go of a movement key, your agent stops almost instantly. This mechanic shifts the entire aiming paradigm from 'tracking moving targets' to 'pre-aiming and instant micro-flicking'.
Because the server runs natively at 128 ticks per second, the registration of your mouse click is extraordinarily fast. However, this level of precision means that any local hardware latency (Input Lag) or inconsistency in your DPI scaling will severely penalize your ability to win aim duels.
Key points for ranking up
- Patch 13.01 Updates: Dualist balances for Iso (shield reductions) and Yoru (teleport/invis updates) require higher positional precision, while the Outlaw rifle receives recoil fixes.
- RawInputBuffer is mandatory. Introduced to bypass standard Windows API processing, it drastically reduces click-to-photon latency on high-polling-rate mice (4000Hz and 8000Hz).
- Valorant forces a locked 103° horizontal Field of View (FOV) on 16:9 resolutions. Using stretched resolutions (4:3) will ONLY stretch the UI; the 3D models retain their native aspect ratio, offering zero competitive hitbox advantage.
- Vanguard, the kernel-level anti-cheat, continuously polls the system. Incorrectly configured BIOS settings (like enabled C-States) can cause micro-stutters during gunfights due to DPC latency spikes.
Datos del Motor
- Yaw Value (m_yaw)
- 0.07 (Modified Unreal Engine 4)
- cm/360 Formula
- cm/360 = 360 / (DPI × sensitivity × 0.07)
Ejemplo de Conversión
Origin800 DPI @ 0.35
Destination1600 DPI
Result0.175 sens
Your current base eDPI is 280 (800 DPI × 0.35 sensitivity). When upgrading to a 1600 DPI mouse (highly recommended in 2026 to cut sensor latency in half), you simply divide your sensitivity by 2. By setting your new in-game sensitivity to 0.175, your physical 360-degree turn remains exactly 46.36 cm. The difference? The game engine receives twice as many data points per millimeter, eliminating pixel skipping at long ranges like Breeze or Icebox.
In Valorant, Riot made a controversial but equalizing decision: to lock the FOV to a strict 103 degrees horizontally for all players on 16:9 monitors. This means that unlike Apex Legends or Overwatch, you cannot zoom your camera out to gain a wider peripheral view, nor can you zoom in to make targets appear larger.
Due to this lock, your muscle memory development is incredibly stable. A flick that takes 5 centimeters of physical mouse movement will ALWAYS translate to the exact same visual distance on your monitor, regardless of the map or situation.
The YAW value of 0.07 is the mathematical constant that converts your mouse's physical counts (DPI) into angular rotation within the game's 3D space. It is specifically calibrated so that a sensitivity of '1.0' at '400 DPI' is relatively slow, ensuring the default settings favor precision over speed.
| Play style | eDPI Range | Description |
|---|---|---|
| Low (Precision Focus) | 150 – 220 eDPI (86cm - 59cm / 360°) | Used by players like Crashies or yay. Guarantees surgical precision at long ranges (Breeze, Pearl). Requires a massive mousepad and heavy use of the entire arm. |
| Medium (The Pro Standard) | 220 – 320 eDPI (59cm - 40cm / 360°) | The sweet spot used by the majority of pros (TenZ, Demon1). Balances the ability to make 180-degree turns quickly with enough stability for consistent micro-flicks. |
| High (Aggressive Entry) | 320 – 450+ eDPI (40cm - 28cm / 360°) | Favored by hyper-aggressive duelists (f0rsakeN, aspas in certain eras). Allows for lightning-fast site clearing and reacting to flashes, but demands extreme wrist and finger control. |
Warmup Routine
1
Miyagi Method in Deathmatch: Play Deathmatch with a Sheriff or Guardian. DO NOT shoot immediately. Track the enemy's head for 2 seconds while counter-strafing, then shoot. This trains patience and micro-corrections over panic flicking.
2
The Range (Hard Bots + Armor): Equip a Vandal. Stand in the center and practice minimal movement. Focus on tracing a straight, horizontal line from the center to the bot's head. Eliminate diagonal swoops.
3
Aim Lab / KovaaK's: Focus on 'Click Timing' and 'Microshot' scenarios. Scenarios like 'Sixshot Ultimate' or '1w6ts' are vastly superior for Valorant than tracking-heavy routines.
Frequently Asked Questions
Should I use the ADS (Aim Down Sights) multiplier?
In Valorant, most rifles (Vandal, Phantom) have a 1.25x zoom when aiming down sights. If you leave the ADS multiplier at 1.0, the game uses a 0% Monitor Distance Match, meaning the physical mouse movement to cross the screen will feel identical. Most pros leave it at 1.0, but some adjust it to 0.8 to match the FOV reduction exactly.
Does stretched resolution (4:3) make hitboxes bigger?
NO. Unlike CS2, Valorant's engine enforces a fixed horizontal FOV. If you play on 4:3 stretched, the UI stretches, but the 3D game world is simply cropped vertically and maintains its horizontal proportions. Models do not get wider; they just look slightly faster due to the pixel distortion.
Why do my FPS drop when I move my mouse fast?
If you have an 8000Hz mouse and a weak CPU, the sheer volume of USB interrupts can bottleneck your processor. Ensure 'RawInputBuffer' is ON. If the problem persists, lower your mouse's polling rate to 2000Hz or 1000Hz.
Gabriel Teran (ZaoGabo)
Lead Developer & Aim Analyst
Specialist in graphics engines and input lag reduction. Creator of 1:1 conversions based on mathematical yaws.
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