Apple Files Patent for Floating Controls That Stay Anchored to Your Torso
Apple describes a dashboard that floats about two feet in front of your torso. Look down and it appears, look up and it disappears, and it is waiting in the same spot when you look back.
What Apple's body-anchored headset controls do
A walker heads out for a workout wearing an augmented reality headset. Her calorie count, her pace and a camera feed all need somewhere to appear, and if they hang in the middle of her view, they block the street ahead.
Apple's patent application describes parking those panels around your body instead. They sit about two feet in front of your torso, roughly at sternum or belly-button height, arranged in a gentle curve. Look down and they appear. Look up and they vanish. Walk somewhere new, look down again, and they are back in the same spot relative to you.
You could set the height with a button press, and extra panels can wait off to your side, such as a second camera feed that shows up when you turn your head to the right. The filing says the same idea can work on a phone, too.
… displaying, via the display generation component, a set of one or more virtual objects with a respective spatial orientation relative to at least a first portion of a body of the user; …
Translation: The system anchors digital controls to your body so they stay with you as you move.
How the controls hide, return and stay in place
The claims cover one core behavior: showing a set of floating controls at a position defined by a part of your body, such as your torso. This is called body-locked display (the panels are placed relative to you instead of a wall or a fixed spot in your vision).
The main claim runs through a loop:
- Your view turns, and the controls appear in a set arrangement around your body.
- The controls stop being displayed.
- You move around the physical space.
- Your view turns again, and the controls reappear in the same arrangement relative to your body.
The description adds that the panels are only conditionally body-locked. They are placed using your torso when they first appear, then hold still until they leave your view, so turning your whole body gives the same result as turning only the device. In the example, a dashboard sits two feet in front of your navel, with side panels at 30 and 60 degrees.
Dependent claims add options: choosing which controls appear (their layout relative to each other stays fixed), setting the height, shrinking a panel that would slide partly out of view, and changing the content depending on what activity you are doing.
What this means for headsets and phone-based AR
On a headset, physical buttons are hard to see and reach. The filing says controlling things through head movement helps for that reason. A dashboard that returns whenever you look down gives you a predictable place to check your pace, your calories or a camera feed, without hunting through menus.
The description covers head-mounted devices and also phones, with examples like walking or riding a bike with a rear-view camera feed. For you, the payoff would be a headset that keeps its interface out of the way of the real world while leaving the important things one glance down.
Apple's 120th filing we've tracked in our AR glasses watchlist since May adds to a picture that includes one on 3D rising maps and one warning bystanders about the camera.
Wearing a screen on your face creates a plain problem: anything the device draws competes with the real world you are trying to see. A menu parked in the middle of your view blocks the sidewalk. A menu pinned to the room gets left behind the moment you walk away from it.
Anchoring controls to your torso answers both complaints with one idea, and the idea fits the size of the problem. Nobody has to learn a new gesture or find a button, because looking down is something people already do.
The filing is a layout rule, and a layout rule only matters if the panels show the right things. Whether a belly-height dashboard feels natural or gets annoying over a long walk will come down to testing that nobody can do from a document.
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The drawings
23 drawing sheets from US 2026/0350926 A1 · click any drawing to enlarge
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