Unitree’s Bipedal Robot Design Patent Granted, Targeting Inspection and Security Applications
Want to read in a language you're more familiar with?
Unitree Robotics has secured a design patent for a new bipedal robot, expanding its footprint in inspection, security, and next-generation robotics applications.
A newly published filing shows that Unitree Robotics Co., Ltd. has been granted a design patent for its bipedal robot. According to the abstract, the patented appearance is intended for robots used in inspection, security, logistics, education, entertainment, services, industrial tasks, and exploration, with the key design feature focusing on the robot’s form.
Previously, Unitree’s Beijing subsidiary open-sourced the Qmini bipedal robot, a model designed for hobbyists and fully compatible with 3D printing. All structural components can be produced with consumer-grade printers, requiring virtually no machined parts. With Unitree’s high-reliability motors and standard battery, users can assemble the complete robot in just 3–5 hours after printing the parts. Developers can also customize the robot’s appearance and functions by building DIY extensions around the neck motor to suit different scenarios.
Founded in August 2016, Unitree Robotics has a registered capital of approximately RMB 364 million (≈ USD 50.2 million). Corporate records show the company is jointly owned by founder Wang Xingxing, Hanhai Information Technology (Shanghai) Co., Ltd., and Ningbo Sequoia Keshen Equity Investment Partnership (Limited Partnership), among others.
Notably, Unitree has also recently secured registration for its “GAMEBOT” trademark. Classified under international Class 42 for design and research, the trademark covers services such as artificial intelligence research and studies related to robotic process automation technology.
