Ubisoft AnvilNext 2.0 → Unity Engine • Yaw Multiplier ×0.05093
⇄ Swap Direction (Rust → R6 Siege)
Rainbow Six Siege to Rust Cross-DPI Sensitivity & cm/360° Converter
Dedicated 1-to-1 cross-DPI pair converter from Rainbow Six Siege to Rust using engine horizontal yaw constants (0.00572958°/count → 0.1125°/count, exact multiplier ×0.050930 at equal DPI).
Direct Answer • 1:1 cm/360° Conversion Math
To convert Rainbow Six Siege sensitivity to Rust at equal Mouse DPI, multiply your R6 Siege sensitivity by ×0.0509 (
0.00572958° ÷ 0.1125° engine yaw). A baseline 1 R6 Siege sensitivity at 800 DPI equals 0.0509 in Rust (41 eDPI), locking an identical 199.49 cm/360° (78.54 in/360°) physical mouse sweep.
Scope, Limitations & Related Tools (Reviewed 2026-11-11): Locks 1:1 physical 360° horizontal mouse travel (
cm/360°) across different Source & Target Mouse DPIs assuming Raw Input ON (Windows 6/11 bypassed). Because R6 Siege renders at 84° (Vertical FOV (84°–90° VFOV)) and Rust renders at 90° (90° Horizontal Equivalent), on-screen micro-flick speed near the crosshair can feel slightly different despite identical 360° turn circumference. Also compare: Mouse eDPI Calculator • Valorant → 5-Game Workbench • CS2 → 5-Game Workbench • 3.1818× Yaw vs Focal-Length Guide.
Converted Rust In-Game Sensitivity (Pro 800 DPI Range: 0.28 – 0.55)
0.0509
True 360° Rotation Distance
199.49 cm (78.54 in)
Rust Effective DPI (eDPI)
41 eDPI
Sensitivity Tier Comparison
Rust Equivalent
0.75× Low Sens
0.0382
1.00× Active
0.0509
1.50× High Sens
0.0764
Formula: R6 Siege Sens × (0.00572958 / 0.1125) × (Source DPI / Target DPI) • Raw Input ON (Windows 6/11 bypassed)
Pro Flawless Sensor Hardware Reference:
Logitech G Pro X Superlight 2 (HERO 2) & Razer Viper V3 Pro (Focus Pro 35K)
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What Is My R6 Siege Sensitivity in Rust? (800 DPI Conversion Table)
Click any row to load that sensitivity directly into the converter above:
| Rainbow Six Siege Sensitivity | Rust Sensitivity | Physical cm / 360° | Rust eDPI |
|---|---|---|---|
| 0.5 (800 DPI) | 0.0255 | 399.0 cm / 360° | 20 Rust eDPI |
| 0.75 (800 DPI) | 0.0382 | 266.0 cm / 360° | 31 Rust eDPI |
| 1 (800 DPI) | 0.0509 | 199.5 cm / 360° | 41 Rust eDPI |
| 1.25 (800 DPI) | 0.0637 | 159.6 cm / 360° | 51 Rust eDPI |
| 1.5 (800 DPI) | 0.0764 | 133.0 cm / 360° | 61 Rust eDPI |
| 2 (800 DPI) | 0.1019 | 99.7 cm / 360° | 82 Rust eDPI |
How Do R6 Siege and Rust Engine Yaw & FOV Compare?
| Specification | Rainbow Six Siege | Rust |
|---|---|---|
| Game Engine | Ubisoft AnvilNext 2.0 | Unity Engine |
| Horizontal Yaw Constant | 0.00572958° / count | 0.1125° / count |
| Competitive Field of View (FOV) | 84° (Vertical FOV (84°–90° VFOV)) | 90° (90° Horizontal Equivalent) |
| Server Tick Rate / Polling | 60Hz Dedicated Servers | 30Hz–60Hz Community/Official |
| ADS / Scope Scaling Rule | Set MouseSensitivityMultiplierUnit=0.002 in GameSettings.ini for 10× finer decimal sensitivity control. | Use F1 console command `input.sensitivity` for exact 3-decimal sensitivity entry. |
Frequently Asked Questions — R6 Siege to Rust Conversion
How do you convert Rainbow Six Siege sensitivity to Rust?
To convert Rainbow Six Siege sensitivity to Rust at the same mouse DPI, multiply your R6 Siege sensitivity by 0.050930 (or divide by 19.634947). This derives from the exact engine yaw ratio: R6 Siege uses 0.00572958° per mouse count (Ubisoft AnvilNext 2.0), whereas Rust uses 0.1125° per mouse count (Unity Engine).
What is 1 R6 Siege sensitivity in Rust at 800 DPI?
At 800 DPI, a R6 Siege sensitivity of 1 equals 0.0509 in Rust. Both settings produce an identical 199.49 cm (78.54 inches) physical 360-degree turn on your mousepad.
Does FOV difference between R6 Siege (84° (Vertical FOV (84°–90° VFOV))) and Rust (90° (90° Horizontal Equivalent)) affect converted sensitivity?
Converting by yaw ratio (0.0509×) locks your 3D 360-degree physical rotation distance (199.5 cm/360°) for consistent gross arm/wrist muscle memory. However, because R6 Siege renders at 84° (Vertical FOV (84°–90° VFOV)) and Rust renders at 90° (90° Horizontal Equivalent), micro-flicks near the center crosshair may feel slightly faster or slower on screen depending on camera focal length.