A humanoid robot prototype developed by HONOR Device Co., the Chinese smartphone manufacturer, showcasing the company's expansion into embodied AI and robotics alongside its mobile device and AI products.
Primary use case: Home Assistance
Height
160 cm
Weight
80 kg
DOF
20
Battery
2 hrs
Height
160 cm
Weight
80 kg
Degrees of Freedom
20
Locomotion
bipedal
Max Speed
4 km/h
Max Lift/Arm
10 kg
Battery Life
2 hrs
Availability
research
Primary Use Case
Home Assistance
UCLA researchers have built PhoneBot, an open-source humanoid robot that repurposes cheap Android smartphones (including a 2017 Honor 9 and devices costing $50–$80) for vision, motion sensing, and on-device locomotion control via TensorFlow Lite. Standing 483 mm tall, weighing 1.8 kg, and using 13 servo motors plus a rotating torso, the platform is built from roughly $400 in non-phone hardware, with walking control trained via reinforcement learning using mirrored samples to improve gait symmetry.
UCLA's RoMeLa lab has open-sourced PhoneBot, a bipedal humanoid research platform priced at roughly $400 (excluding phone) that uses a commodity Android phone as its vision sensor, IMU, processor, wireless radio, touchscreen, and speaker simultaneously. The paper, led by Ruochen Hou with Professors Dennis Hong, also introduces a 'sagittal mirroring' training technique that eliminates left-right gait asymmetry from manufacturing tolerances with a 98.8% reduction in joint-angle symmetry error. The release aims to make humanoid locomotion research accessible to programs priced out of the $3,500–$13,800 alternatives.
HONOR has developed a record-breaking robot that claims to be faster than humans. The article explores the technological innovations behind this achievement and what enables the robot's exceptional speed performance.