Apple announced a new accessibility feature for the Vision Pro that allows users to control powered wheelchairs using advanced eye-tracking [1].
This development marks a significant shift in how assistive technology integrates with consumer electronics. By leveraging spatial computing, Apple is moving beyond software accessibility to provide direct physical agency for people with severe mobility impairments.
The feature was unveiled May 19, 2026 [1], during a product announcement event in Cupertino, California [2]. The system relies on Apple Intelligence to interpret eye movements, translating them into steering commands for compatible powered wheelchairs [1].
According to the company, the goal is to create a more intuitive navigation experience that requires less calibration than previous assistive tools [3]. This integration is part of a broader push to add AI-powered accessibility tools across the entire Apple ecosystem, including the iPhone and Mac [2].
By utilizing the high-precision sensors already present in the Vision Pro, the software can detect subtle ocular shifts to determine direction and speed. This removes the need for traditional joysticks or manual controllers, which can be difficult for some users to operate [3].
Apple said the feature is designed to expand the accessibility ecosystem of the Vision Pro, making the device a central hub for both digital interaction and physical mobility [3]. The company said these tools are intended to reduce the barriers faced by users with limited motor function, providing a seamless bridge between the user's intent and the wheelchair's movement.
“Apple announced a new accessibility feature for the Vision Pro that allows users to control powered wheelchairs using advanced eye-tracking.”
This integration signals a transition for wearable AI from a productivity tool to a critical medical assistive device. By linking a consumer headset to physical mobility hardware, Apple is positioning the Vision Pro as an essential interface for users with limited motor control, potentially setting a new industry standard for how AI-driven eye-tracking can replace traditional physical inputs in healthcare and accessibility.
