You are correct on the basic principle. Aviation authorities have never expected pilots to stare only at the drone and ignore telemetry. If that were the case, every flight would need a spotter. The accepted reality is that you switch attention between the aircraft and the screen. What’s tightening now is the expectation that the drone remains continuously visible and clearly identifiable to you, not that your eyes never move.
This is where AR glasses can make sense.
If the AR glasses are acting like a heads-up display, with telemetry, map, or camera feed floating in your field of view while you are still directly looking at the drone with your own eyes, that actually strengthens the VLOS argument rather than weakening it. You are not burying your head in a controller screen. You are keeping your gaze up, maintaining spatial awareness, and only glancing at overlays.
The key line regulators care about is unaided visual contact with the aircraft. AR glasses do not automatically violate that, as long as:
You can clearly see the drone with your naked eyes
The glasses are transparent, not immersive
The drone is not being flown solely by reference to the camera feed
What would be a problem is using AR glasses like FPV goggles, where the outside world disappears and the drone is only seen through the camera. That is no different from traditional FPV and would still require a spotter unless you’re flying under the appropriate permissions.
So practically speaking:
Looking at the drone while flight data floats in AR: reasonable and defensible
Flying mainly by the camera feed, even in AR: still not VLOS
Using AR to reduce head-down time and improve awareness: actually aligns with the intent of the rules.![]()
