FPV flying is phenomenally fun and almost completely non-transferable. You’re seeing through the aircraft’s perspective, feeling every input through the video lag, reading the environment in ways that only make sense when you’re in the feed. But to everyone around you, you’ve just put on a box that makes you unavailable for the next however-long. They can’t see what you’re seeing unless you’ve brought extra gear specifically for that purpose. Flying becomes this weirdly solitary activity even when you’re surrounded by people, which is partly why FPV remains niche despite being objectively amazing.

This concept headset tackles radio frequency challenges first and foremost. Those fold-out panels house high-gain antennas that deploy for better signal reception and fold flush for transport, following DJI’s industrial design language closely enough to suggest these could be internal explorations for future Goggles iterations. But one variant shown in the forest shots takes things further: outward-facing displays embedded in those same antenna panels, broadcasting the pilot’s FPV feed to anyone standing nearby. It’s the kind of feature that transforms the headset wearer from someone who’s checked out into the center of a shared experience, addressing one of FPV’s biggest adoption barriers while solving legitimate antenna placement problems.

Designer: Baozi Brother

Radio frequency propagation operates on physics that industrial designers can’t negotiate with. The 5.8GHz band used for FPV video transmission behaves predictably but unforgivingly. Obstacles attenuate signal. Distance degrades quality. Antenna polarization and orientation determine whether you get clean video or digital snow. DJI’s early FPV Goggles buried antennas inside the housing for clean aesthetics and struggled with reception compared to competitors running external stick antennas that looked awkward but performed better. The Goggles V2 improved things. The Goggles 2 and Integra finally achieved competitive range by respecting rather than fighting antenna requirements, but they still used conventional mounting approaches that pilots have relied on for years.

Baozi Brother’s concept makes antenna placement the core organizing principle rather than a constraint to work around. Those wing-like panels extending from either side create physical separation between antenna elements, which matters tremendously for diversity reception. When one antenna’s signal weakens due to aircraft orientation or obstacles, the receiver switches to whichever antenna currently has the stronger feed. Spacing them wide apart on opposite sides of the headset maximizes the likelihood that at least one maintains clean line of sight to the aircraft, even during aggressive maneuvers or when flying behind structures.

The mechanical deployment system uses what appears to be a friction hinge with detents, letting pilots snap the panels into position without tools or fumbling with locks. When folded, the headset’s profile stays compact enough for standard gear bags. When deployed, the panels extend at roughly 45 degrees, positioning antennas away from the head and creating better unobstructed reception angles than current goggles achieve. DJI’s design vocabulary runs throughout: gunmetal gray housing, matte black elastomer padding, sculpted ventilation channels. A BOA-style micro-adjustment dial handles head strap tension at the rear. Port placement on the right side shows USB-C, likely HDMI, and what might be an audio jack.

Now about those screens. The variant shown in the forest environment embeds displays on the outward-facing surfaces of the antenna panels. When deployed, they broadcast the pilot’s FPV feed to spectators, instructors, or anyone nearby. Your instructor watches your training flight without needing separate gear. Your friends see why you’re excited about that gap you just threaded. Content creators capture genuine reactions without additional equipment. Whether PUXIANG moves this beyond rendering remains unclear, but as far as rethinking FPV headset architecture around actual RF performance while making the experience more accessible, this gets closer than most attempts at reinventing goggles.

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