At the center of the design is Honor's 4DoF Titanium Agile Gimbal. The company says the mechanism is 65% smaller than conventional gimbal solutions while offering a 200% increase in structural strength. By integrating the moving mechanism directly into the phone, Honor is taking a different approach from the fixed camera systems found on most smartphones.

The gimbal supports several movement modes, including Tilt Lock, First Person View, FPV Vertical and AI SpinShot. AI Live-Tracking, gesture controls and voice commands are also available for subject tracking and camera movement. Users can manually adjust the gimbal through an on-screen virtual joystick, providing more direct control over the physical camera position.

Honor is positioning the device particularly toward content creators. The Robot Phone is the first major product from the company's Cinematic Imaging Partnership with ARRI and incorporates selected elements of ARRI Image Science and professional cinema workflows. The main gimbal camera can record ARRI LogC3 in ARRI CINEMA mode and supports ARRI Wide Gamut 3 and ARRI Looks.

The rear camera system combines a 200MP Agile Gimbal Main Camera with a 1/1.28-inch sensor and F1.6 aperture, a 200MP periscope telephoto camera with a 1/1.4-inch sensor and 2.7x optical zoom, and a 50MP ultrawide camera. Honor also claims AI-based noise-reduction improvements and up to 14 stops of dynamic range.

Beyond the camera system, the Robot Phone is built as a full flagship. It uses the Snapdragon 8 Elite Gen 5 platform, a dedicated cooling system, a 7,060mAh silicon-carbon battery, 120W wired charging and 50W wireless charging. The device features an all-metal unibody construction and a 6.31-inch LTPO OLED display with an adaptive 1–120Hz refresh rate and a claimed peak brightness of 6,800 nits.

The Robot Phone is currently exclusive to China. Its moving camera introduces a distinctive hardware concept, although questions surrounding long-term durability, everyday usefulness and its ability to replace dedicated filming equipment will require broader real-world testing.

As a smartphone, the Robot Phone is deliberately specialized rather than universally practical. Its significance lies in giving physical movement a more prominent role in mobile photography and video, an approach that sets it apart from the largely software-driven camera improvements seen across the smartphone market.

According to Yankodesign