Even when 360° distance matches perfectly, games feel different due to FOV (Field of View) variations, character viewmodel differences, movement speed, and visual feedback. The converter provides a starting point based on muscle memory (360° turns), but you may need to fine-tune by ±0.05 sensitivity based on your personal feel. Give yourself 3-5 days to adapt before making further adjustments.

Most converters, including ours, use 360° distance matching because it preserves your muscle memory for full turns and flicks. Monitor distance matching (viewspeed) tries to keep the same visual movement at the center of your screen, but feels inconsistent for large movements. For FPS games like Valorant, CS2, and CS:GO, 360° distance is the community-accepted standard.

No, you should keep the same DPI across all games. DPI is a hardware setting, and changing it would require rebuilding muscle memory from scratch. Instead, use this converter to adjust your in-game sensitivity while keeping DPI constant. This ensures your hand movements remain consistent across different games.

This converter focuses on hipfire sensitivity. For scoped sensitivity (like AWP in CS2 or sniper rifles in Valorant), most games have separate sensitivity multipliers. After converting your base sensitivity, you should maintain the same scoped sensitivity ratio you used in your previous game. For example, if you used 1.0 zoom sensitivity in CS:GO, use the equivalent setting in your new game.

No. Different games use different sensitivity scales internally. A sensitivity of 1.0 in CS:GO does NOT equal 1.0 in Valorant. The converter accounts for these differences using each game's yaw (rotation) values. Even if the number looks unusual (like 0.314 in Valorant for 1.0 in CS:GO), it's correct and will match your 360° distance. Trust the math and test it in-game.