See every direction.
Self-developed 4D LiDAR L2 delivers ultra-wide hemispherical recognition with a minimal blind spot, helping Go2 perceive complex terrain around its body.
Unitree Go2 brings 4D perception, AI-trained agility and intelligent interaction into one compact platform—ready for everyday life, education and development.
Go2 unites all-terrain perception, high-performance joint control and embodied AI in a compact, remarkably agile platform.
Engineered for real movement in the real world—from intelligent companionship to research and development.
Three tightly integrated systems let Go2 understand its surroundings, respond in real time and stay connected to you.
Self-developed 4D LiDAR L2 delivers ultra-wide hemispherical recognition with a minimal blind spot, helping Go2 perceive complex terrain around its body.
AI-trained motion and intelligent obstacle avoidance help Go2 adapt to uneven ground, recover from a roll and execute advanced movement with confidence.
ISS 2.0 side-following, HD image transmission and connected control turn Go2 into a responsive companion you can guide, monitor and enjoy in real time.
Twelve precision joint motors and advanced control unlock fast, stable and expressive movement across changing terrain.
Go2 taps deeper into its joint hardware for faster response, agile steering and stable movement on gravel, slopes and open ground.
From intelligent companionship to full secondary development, there is a Go2 configuration for the way you want to explore.
Core dimensions and performance at a glance. Configuration-dependent values are identified below.
Performance, endurance, payload and feature availability vary by model, operating conditions, region and software authorization. The >30 m remote-control figure applies in an open environment without interference or obstruction. Prices shown exclude tax and freight. Final configuration and commercial terms are confirmed in the sales quote.
Choose your Go2 or talk with our team about education, research, development and commercial applications.