Apple recently received a new patent for a "touch-sensitive input surface," revealing potential new interaction methods for the Vision Pro.
According to the patent, Apple is exploring how to transform the headset's frame and visor into touch-sensitive areas to provide more control options. Currently, the Vision Pro is primarily controlled through gestures and a few physical buttons, but Apple believes that further expanding input methods will enhance the user experience without increasing the device's size or weight.
The patent documents indicate that Apple plans to embed strain gauges within the headset's frame to detect user pressure by detecting deformation. The fabric portion of the visor may also incorporate touch sensors, supporting touch or swipe input. However, while wearing the headset, it can be difficult for users to intuitively locate the touch area, potentially leading to accidental operation. To address this, Apple proposes displaying visual guides on the screen or using LEDs on the inside of the visor to indicate touch locations. Furthermore, the headset may automatically activate guidance by detecting a hand raise, improving interaction accuracy.
Currently, the Vision Pro's physical buttons are sufficient for basic operations, such as single-clicking, double-clicking, or long-pressing the top button, as well as adjusting volume and brightness using the Digital Crown. However, Apple is clearly exploring a lighter, buttonless design. Previous rumors have suggested Apple is developing a thinner and lighter version of the Vision Pro, expected to be released in 2027. If future models eliminate physical buttons, touch-sensitive frames and lens hoods could become important alternatives.
It's worth noting that one of the inventors of this patent, Darshan R. Kasar, is a senior Apple engineer with nearly 13 years of experience at the company and currently serves as the technical lead for the Vision Pro product design team.
