Unitree
Hangzhou-based manufacturer of quadruped and humanoid robots, founded in 2016 by Wang Xingxing. Shipped over 5,500 humanoid robots in 2025 and targets 20,000 units in 2026. Product lineup spans consumer quadrupeds (Go2), industrial platforms (B2, H2), and affordable humanoids (G1, R1).
Visit Official Websitequadruped Robots
7
A2
Stellar Explorer - Advanced industrial quadruped robot designed for exploration and research applications.

Aliengo
Versatile quadruped robot with advanced mobility and sensing capabilities for research and industrial applications.

B1
Industrial quadruped robot designed for agriculture, security patrols, surveys, and public rescue operations.

B2
Go Beyond the Limits - Industrial quadruped robot designed for demanding environments and heavy-duty applications.

Go1
Advanced quadruped robot with high-speed capabilities and intelligent sensing for education and research applications.

Go2
New Creature of Embodied AI - Consumer/Education quadruped robot with advanced AI capabilities and robust performance for various terrains.

Go2-W
Driving All Terrain - Enhanced Go2 variant with wheeled capabilities for improved mobility across diverse surfaces.
humanoid Robots
6
G1
Humanoid agent AI avatar - Advanced humanoid robot with high degrees of freedom and AI capabilities for research and development.

G1-Boxing
Boxing-specialized variant of G1 humanoid robot designed for combat sports and martial arts applications.

G1-Comp
Competition-specialized variant of G1 humanoid robot designed for athletic performance and RoboCup competitions.

H1
Unitree's First Universal Humanoid Robot - Full-size humanoid robot capable of running and navigating complex terrains with advanced mobility.

H2
Latest full-sized humanoid robot from Unitree with 31-DOF architecture, advanced dexterous hands, and up to 2,070 TOPS computing power. Features fluid human-like movements including dance and kung-fu demonstrations.

R1
Ultra-lightweight, fully customizable humanoid robot platform for research and development applications.