16 core CPU + GPU(384Core, 1.5TFLOPS)
Flexible and adaptive joints with a lightweight 12kg design so that you can take it everywhere.
5 sets of fisheye binocular depth sensing with human recognition and Ai sensing capabilities.
Experience vector positioning and control technology. No need to worry about whether the robot is lost or encounters obstacles due to smart systems.
The Unitree Robotics Go1 is an advanced bionic four-legged robot designed to mimic the behaviour of a real dog. Perfect for accompanying you on jogs or strolls through the park, this intelligent robot also assists with carrying your belongings. As the world’s first consumer-grade bionic quadruped robot, its lightweight design makes it easy to take anywhere. Ideal for robotics enthusiasts, educational purposes, and scientific research.
Adopt Patented Wireless Vector Positioning And Control Technology
1.Robot walks alongside its human master, which is much better than the conventional following mode. Besides, the human-machine interaction is both harmonious and safe.
2.No need to worry about the robot since it’s right beside you.
3.Capable of helping robot choosing better route in complex environment.
16 core CPU + GPU(384Core, 1.5TFLOPS).
New Power Joint With Super Lightweight
Low Noise And Long Life
Heat Pipe Cooling System Built In The Knee Joint Motor
Body/thigh joints: C1-8: 520g 23.70N.m
Knee joint: C1-8×1.5ratio 35.55N.m
The Go1 can be deployed in factories, power plants, or other industrial environments to inspect equipment, pipelines, and other infrastructure, ensuring safety and detecting potential issues early.
The Go1’s mobility allows it to navigate through difficult terrain and aid in search and rescue missions, locating missing persons or survivors in disaster-stricken areas.
Go1 can be used on construction sites to monitor progress, inspect structures, and transport small loads or tools, increasing efficiency and safety.
The robot can be used in agricultural settings to monitor crops, track livestock, and perform various tasks such as spraying pesticides or fertilisers.
The Go1 has been used in various entertainment and sports events, such as robotic dog races, performance art, and as a unique interactive experience in theme parks.
The Go1 can be employed to patrol perimeters, monitor restricted areas, and detect intruders, providing enhanced security for various facilities and events.
Universities and research institutions can use the Go1 as a platform for robotics research, AI development, or to provide students with hands-on experience with cutting-edge technology.
The Go1 can be used to assist people with disabilities or the elderly, helping them with daily tasks, providing companionship, or even serving as a mobility aid.
The Go1 can be used in warehouses and logistics centres to transport small packages, navigate narrow aisles, and perform inventory checks.
The Go1 can be deployed in various environments to monitor air quality, water levels, or other environmental factors, providing valuable data for conservation efforts or pollution control.
