Rainbow Six Siege to CS2 Sensitivity Converter

To match your Rainbow Six Siege sensitivity in CS2, multiply your current value by 0.260455. For example, a sensitivity of 2.0 in Rainbow Six Siege equals 0.521 in CS2.

This converter compares internal game engine scaling constants (Rainbow Six Siege: 0.00573 · CS2: 0.022) to maintain your exact physical 360° distance (cm/360°) and muscle memory across both titles.

Pro PlayerDPIRainbow Six Siege Sens (eDPI)CS2 Equivalent (eDPI)cm/360°
Shaiiko40012 (4800 eDPI)3.125 (1250 eDPI)33.2 cm
Spoit40010 (4000 eDPI)2.605 (1042 eDPI)39.9 cm
Beaulo4009 (3600 eDPI)2.344 (937.6 eDPI)44.3 cm
Rainbow Six Siege SensCS2 Senscm/360° · 400 DPIcm/360° · 800 DPIcm/360° · 1600 DPI
51.30279.8 cm39.9 cm19.9 cm
71.82357 cm28.5 cm14.2 cm
102.60539.9 cm19.9 cm10 cm
153.90726.6 cm13.3 cm6.6 cm
205.20919.9 cm10 cm5 cm

Rainbow Six Siege Engine & FOV Characteristics

Engine: AnvilNext 2.0 Engine (engineYaw: 0.00573)
Field of View: 60° to 90° Vertical FOV

Siege utilizes a base multiplier of 0.00573 (with standard MouseSensitivityMultiplierUnit = 0.02). 4:3 stretched aspect ratio is widely adopted by Siege pros to widen defender models in narrow sightlines.

CS2 Engine & FOV Characteristics

Engine: Source 2 Engine (engineYaw: 0.022)
Field of View: 90° Vertical / ~106° Horizontal (16:9 native)

CS2 professionals frequently play on 4:3 stretched resolution. Stretching 4:3 across a 16:9 display causes horizontal mouse movements to look ~33% faster visually. Keeping the standard m_yaw 0.022 preserves true 1:1 physical cm/360°, whereas setting m_yaw to 0.0165 normalizes perceived horizontal sensitivity to match 16:9 native.

Rainbow Six Siege Sensitivity Scale

Rainbow Six Siege has the lowest engineYaw in this database at 0.00573, reflecting the game's methodical, tactical pace. Sensitivities of 5.0–20.0 are common on this conversion scale, with slower values preferred for deliberate room-clearing.

CS2 Sensitivity Scale

CS2 inherits its engineYaw of 0.022 from CS:GO, giving it a moderate rotation speed. Typical sensitivities run from 1.0 to 3.0, with many professionals favoring 1.0–2.0 for accurate long-range spray control.