Motion aiming · Free + Pro
Gyro that helps.
Turn the pad's gyro into fine aim, always-on or hold-to-activate, with sensitivity that stacks on top of the stick instead of fighting it.
- Gyroscope remapping
- Mouse-from-gyro aiming
- Gyro aim straight to the virtual aim stick
- Motion sensitivity and smoothing
- Motion calibration
- Wii motion output
- Motion visualiser
The limits are listed under Limitations.
In depth
Reading your pad's motion and watching it live is free. Gyro Aim (actually steering your aim with it in a game) is part of Pro, because it drives the virtual controller.
Why use it
Thumbsticks trade speed against precision. Turn sensitivity up and flicks are fast but twitchy; turn it down and aim is steady but slow. Gyro aiming breaks that trade. Because sensitivity stacks on top of the stick as correction, you keep the stick for gross aim and add the gyro for the last few degrees, landing on target faster than a stick alone. Anyone who wants tighter aim without switching to keyboard and mouse benefits, from shooter players to precision platformers.
Use cases
- Fine aim correction in shooters: sweep to a target with the right stick, then settle the crosshair with a small tilt of the pad.
- Hold-to-activate scoped aiming: bind gyro to your aim-down-sights button so it only engages when you are lining up a shot.
- Emulated Wii and GameCube games: the Dolphin bridge passes motion to a Wii Remote or GameCube controller for pointer aiming and motion steering.
- Emulator titles that read DSU: the built-in DSU motion server supplies gyro data to compatible emulators.
- Steadying aim during recoil: motion smoothing filters hand tremor so recovery stays controlled.
Supported devices and compatibility
Motion aiming needs a controller with a gyroscope. Supported pads that carry one include the Sony DualSense, DualSense Edge, and Nintendo Switch Pro Controller. Connect over USB or Bluetooth, and each pad shows as a live 3D model with a motion visualiser you can watch while tuning.
On the DualSense, gyro and motion come over USB only. Connected over Bluetooth the DualSense does not expose its gyro, though standard remapping and emulation still work on that connection. If motion is not responding on a DualSense, switch it to a USB cable first.
Limitations
Motion output is a correction layer, not a full replacement for stick aim, so you still rely on the right stick for large turns. Gyro requires a pad that actually has the sensor; a controller without a gyroscope cannot drive motion aiming. And for the DualSense specifically, the gyro is unavailable over Bluetooth, so a wireless DualSense will not report motion until you connect it by cable.
Tips and best practices
Run motion calibration on a flat, still surface before your first session so a level controller reads as zero rotation. Start sensitivity low and raise it gradually; gyro correction needs far less travel than a stick, and a little smoothing removes tremor without adding lag.
Bind motion to hold-to-activate on your aim button rather than always-on. You get stick speed for movement and repositioning, and the gyro only engages for the precise shot, which keeps casual camera control from feeling twitchy.
Works with the rest of OmniControl
Motion aiming pairs naturally with stick tuning: shape your right-stick response for large turns and let the gyro handle fine correction on top. Add the Overlay to mirror your live pad on stream, and note that for native PC games your tuned input reaches the game through Emulation, which is part of Pro (see pricing).
OmniControl contains no anti-cheat evasion. Presenting a virtual device through ViGEmBus is device-level plumbing, not an injector, but that does not exempt any title's rules. Some online games forbid remapping or virtual controllers and can penalise your account for using them, and that risk sits with you as the player, so check a game's rules before you play. If a game blocks virtual controllers, that is expected and OmniControl does not bypass it.