Honor has unveiled its so-called Robot Phone at MWC 2026, a device built around a 200-megapixel camera mounted on a retractable gimbal arm. The name overpromises on the robotics front, but the hardware itself is genuinely unusual.
The gimbal arm folds out from the back of the phone when needed and retracts behind a cover when not in use. It brings the phone closer in function to a DJI Osmo Pocket, offering stabilized video, manual camera rotation, and AI-powered subject tracking with a range of nearly 360 degrees. Because the arm can swing around to face the user, it doubles as a main-camera selfie shooter.
What the Gimbal Actually Does
The arm supports automated shooting modes, including a swiveling spin shot. Honor also plans AI video editing features, positioning the device as an all-in-one tool for content creators who want to shoot and edit on a single pocket-sized device.
The mechanical feat involved is notable. Honor claims the gimbal is 70 percent smaller than competing systems and calls it the smallest 4DoF (four degrees of freedom) gimbal in the industry. That figure counts its fold-in and fold-out motion alongside three axes of movement in the arm itself.
Thomas Bai, one of Honor’s product experts, explained that shrinking the mechanism came down to two engineering problems: sourcing ultra-thin materials for small, lightweight motors and using ultra-strong materials to maintain rigidity in a thin structure. Honor solved both by repurposing the steel and titanium alloy already developed for the hinge of its Magic V6 foldable phone.
The Comparison Problem
At its MWC booth, Honor did not test the Robot Phone against DJI’s Osmo Pocket 3 or any larger gimbal system. Instead, the company compared its stabilization to a flagship Vivo phone, a brand long known for strong video stabilization, where the Robot Phone appeared to produce noticeably steadier footage under stress tests involving spinning and treadmill movement.
The timing is awkward. Just days before Honor’s MWC appearance, Samsung revealed Horizon Lock stabilization on the Galaxy S26 line, a software-based approach that delivers impressive steadiness without any moving parts. Honor now faces a direct question: does a complex mechanical arm justify the added cost, potential fragility, and engineering overhead compared to a pure software solution?
That question cannot be fully answered yet. Honor has said almost nothing about the camera specs beyond the 200-megapixel figure. The phone also appears to carry a telephoto and ultrawide lens on the back, but no details have been released on either. A punch-hole selfie camera remains below the gimbal for face unlock and quick access.
What Remains Unknown
- Pricing and availability have not been announced
- Telephoto and ultrawide camera specifications remain undisclosed
- No direct comparison against DJI Osmo Pocket 3 has been shown
- AI video editing features are planned but not yet detailed
Subject tracking during hands-on testing appeared fast and reasonably effective, though a fast-moving subject could still leave the frame. The full picture on camera quality, durability of the moving arm, and real-world stabilization performance against Samsung’s approach will only emerge closer to a commercial launch.
Photo by thanassis lemo on Unsplash
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