Honor Imaging recently released a teaser video showcasing the highly anticipated Robot Phone, offering details on its target positioning and rugged construction.
Honor’s Chief Imaging Engineer, Luo Wei, stated that the Robot Phone was built specifically to break boundaries in mobile videography. By freeing the camera module from the physical constraints of the smartphone chassis, the design opens up massive potential for camera hardware upgrades and creative shooting modes.
Addressing consumer concerns about the reliability of a moving mechanical camera design, Honor representatives confirmed that the first-generation prototype achieves flagship level durability when it comes to drop resistance. While water resistance still has room for improvement, the brand plans to refine the phone’s triple-protection ruggedness in future iterations rather than leaving it as a one-off gimmick.
Development has been remarkably challenging. The R&D team spent a full year testing five different revisions to minimize the motor size, balance the micro-gimbal, and address complex torque and stabilization issues. To make professional-looking videos accessible to novice users, the gimbal camera smartphone supports automatic AI subject tracking, automated camera movement, and built-in cinematic templates.
Initially previewed at MWC 2026, the Robot Phone features a prominent motorized rotating camera, which Honor describes as a new form of embodied AI mobile terminal. The device sports a sleek silver-gray chassis with a brushed metal frame. Positioned at the top is a three-axis gimbal camera—resembling a mini DJI Osmo Pocket—housing a 200MP image sensor that can rotate freely between front and rear orientations. Developed in partnership with cinema giant ARRI, the system utilizes AI-powered tracking and real-time stabilization algorithms to deliver exceptionally smooth footage.
The smartphone is slated for a Q3 2026 launch. The recent arrival of ARRI technicians at Honor’s imaging lab suggests that final joint calibration and software tuning are currently underway.
