Modded Steam Controller can automatically charge itself like a robot vacuum — enthusiast creates GitHub program that uses the vibration motor to walk it back to its docking station
Ray Foss built this program that uses computer vision to let your Steam Controller slide back towards its charging puck by just using its built-in haptic motors. You can also try it for yourself by visiting the web app and using a webcam so it can see your controller and charging puck.
The increasing accessibility of computer vision and haptic motor control allows enthusiasts to experiment with and demonstrate novel autonomous functionalities in consumer devices.
This item demonstrates an early, albeit niche, application of localized autonomous movement and charging in a consumer peripheral, hinting at broader potential for self-managing devices.
The concept of a consumer device independently returning to a charging station using only its built-in components for propulsion and navigation becomes a demonstrated reality.
- · Haptic motor manufacturers
- · Computer vision developers
- · Robot vacuum manufacturers (concept validation)
- · Users who lose their controllers under the couch
Consumer peripherals gain rudimentary self-locomotion capabilities for tasks like charging.
Increased demand for advanced haptic feedback systems capable of precise, controlled movement beyond vibration.
The development of a new category of 'assisted' or 'semi-autonomous' consumer electronics that can manage basic environmental interactions.
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