The Finals to CS2 Sensitivity Converter

To match your The Finals sensitivity in CS2, multiply your current value by 0.793182. For example, a sensitivity of 2.0 in The Finals equals 1.586 in CS2.

This converter compares internal game engine scaling constants (The Finals: 0.01745 · CS2: 0.022) to maintain your exact physical 360° distance (cm/360°) and muscle memory across both titles.

Pro PlayerDPIThe Finals Sens (eDPI)CS2 Equivalent (eDPI)cm/360°
Shroud8003.5 (2800 eDPI)2.776 (2220.8 eDPI)18.7 cm
TimTheTatman8005 (4000 eDPI)3.966 (3172.8 eDPI)13.1 cm
The Finals SensCS2 Senscm/360° · 400 DPIcm/360° · 800 DPIcm/360° · 1600 DPI
10.793131 cm65.5 cm32.8 cm
21.58665.5 cm32.8 cm16.4 cm
32.3843.7 cm21.8 cm10.9 cm
53.96626.2 cm13.1 cm6.6 cm
86.34516.4 cm8.2 cm4.1 cm

The Finals Engine & FOV Characteristics

Engine: Unreal Engine 5 (engineYaw: 0.01745)
Field of View: 71° to 100° Vertical FOV

The Finals engineYaw (0.01745) corresponds to 1 degree per radian. High movement mobility classes (Light) benefit from faster sensitivities (~30 cm/360°), whereas Heavy classes favor lower sensitivities.

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.

The Finals Sensitivity Scale

The Finals uses an engineYaw of 0.01745 — precisely one degree per radian — a clean engineering constant. Sensitivities from 1.0 to 8.0 cover most playstyles, with higher values suiting the game's fast vertical movement and building-destruction chaos.

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.