Motion aiming

Motion aiming uses your controller's built-in gyroscope for fine aim. Small tilts of the pad become precise cursor movement that layers over the right stick, so the stick handles large turns while gyro does the close work.

Overview

Motion controls turn the gyroscope inside a modern pad into an aiming tool. Instead of replacing the right stick, gyro aiming stacks on top of it as a correction layer: you keep the stick for wide turns and use small wrist movement to settle the crosshair. This is the same technique that makes gyro popular on the Switch and in gyro-friendly PC games, brought to any supported OmniControl pad that reports motion.

Motion aiming is a Free feature. It includes always-on and hold-to-activate modes, adjustable motion sensitivity, motion smoothing, motion calibration, and a motion visualiser so you can see the gyro reading in real time. For emulators, OmniControl exposes gyro through a DSU motion server and a Dolphin bridge.

How it works

The gyroscope measures the physical rotation of your controller and OmniControl maps that rotation to aim input. The mapping is additive. Your right stick still produces its base aiming with its own response curve, deadzone, and per-stick sensitivity, and gyro adds movement on top of whatever the stick is already doing. Hold the pad level and the stick behaves normally; tilt it and gyro nudges the aim.

Motion sensitivity controls how much aim movement a given amount of physical rotation produces. Motion smoothing filters small jitter so a shaky hand does not translate into a shaky crosshair. Motion calibration records the pad's resting orientation so a stationary controller reads as zero movement rather than slow drift.

For emulated output, OmniControl runs a DSU (cemuhook) motion server that feeds gyro and accelerometer data to emulators that read it. The Dolphin bridge passes motion straight through to a Wii Remote or GameCube controller, so pointer and tilt controls work in Dolphin. Emulation and its motion bridges are Pro; native motion aiming on a physical pad is Free.

Getting started

Activation modes

Always-on

Gyro is active the whole time you play. Aim tracks how you hold and move the controller, so you can make constant micro-adjustments without pressing anything. This suits players who keep the pad level and want gyro doing the fine work at all times.

Hold-to-activate

Bind a button and gyro only aims while you hold it. Releasing the button lets you reposition or rest the controller without the aim drifting. This keeps a steady neutral and turns motion on only when you need to correct a shot, which is the common choice for players new to gyro.

Common use cases

• Tightening aim in single-player shooters, where the stick gets you close and gyro lands the final pixels.
• Precision tasks like lining up a scoped shot, aiming a bow, or steady cursor control in menus.
• Motion controls in Dolphin, where the Dolphin bridge maps pad tilt to a Wii Remote or GameCube pad.
• Feeding gyro to other emulators through the DSU motion server for games that support motion natively.

Best practices

Tune your stick first. Because gyro stacks on the stick, set the right stick response, deadzone, and sensitivity the way you like in Sticks, then add motion on top. Calibrate before every session or after the pad has been sitting, since resting orientation can drift over time. Start with hold-to-activate to learn the feel, then move to always-on once small tilts feel natural. Keep motion sensitivity modest at first; most players over-set it and end up fighting an oversteering crosshair. Save your settings per profile so the right mode and sensitivity load automatically for each game.

Tips

Troubleshooting

No motion at all on a DualSense. Check the connection. Gyro only reports over USB; a Bluetooth DualSense will not send motion data. Reconnect with a wired cable.

Aim drifts while the pad is still. Run motion calibration with the controller resting flat. This records a clean zero point and removes slow drift.

The crosshair feels twitchy. Lower motion sensitivity and raise motion smoothing. Twitch usually means the sensitivity is doing too much work for the size of your movements.

Gyro fights the stick. Remember the two combine. If aim overshoots, reduce motion sensitivity rather than the stick, or switch to hold-to-activate so gyro only acts when you want it.

No motion in an emulator. Confirm the emulator is pointed at the DSU motion server, or that the Dolphin bridge is active for a Wii Remote or GameCube target. Emulation is a Pro feature.

FAQ

Is motion aiming free?

Yes. Motion controls, calibration, both activation modes, and the motion visualiser are Free. The DSU motion server and Dolphin bridge run through Emulation, which is Pro.

Which controllers support motion?

Any supported pad that reports a gyroscope. On a DualSense the motion data comes over USB only. See Controller setup for connection details.

Does gyro replace the right stick?

No. Gyro adds a correction layer on top of the stick. Tune your stick response in Sticks first, then stack motion over it.

Do motion settings save per game?

Yes. Motion mode and sensitivity are stored with each profile and load automatically when a game takes focus. See Profiles for per-game switching.

Can I use motion in emulators like Dolphin?

Yes. The Dolphin bridge passes pad motion to a Wii Remote or GameCube controller, and the DSU motion server feeds gyro to other emulators that read it. Both are part of Emulation.