Unitree Robotics Store

Innovating the Future of Quadruped and Humanoid Robots

Unitree Robotics, a Hangzhou-based pioneer in advanced robotics, is transforming the industry with its high-performance quadruped and humanoid robots. Renowned for being the first company to retail high-performance quadruped robots globally, Unitree has led the market with its innovative designs and practical applications. Their robots, including the Go2, H1, and G1, integrate cutting-edge AI, 4D Ultra-wide LIDAR, and reinforcement learning, enabling versatile uses in industrial automation, research, and education. With appearances at global events like the 2022 Winter Olympics opening ceremony, Unitree Robotics continues to capture attention for its groundbreaking technology.

Unitree Go2: The Smart Bionic Quadruped Revolution

The Unitree Go2, a flagship quadruped robot, is redefining embodied AI with its advanced 4D Ultra-wide LIDAR and GPT-empowered capabilities. Available in models like Go2 Pro, Go2 Edu, and Go2 Air, this bionic robot dog mimics real pet behavior while offering speeds up to 3.7 m/s and robust navigation for complex terrains. Ideal for applications in security patrols, inspections, and research, the Go2's affordability and adaptability make it a standout choice for businesses and developers. Its widespread adoption and technical prowess position it as a leader in the quadruped robotics market.

H1 and G1: Unitree’s Humanoid Robots Redefining Automation

Unitree's H1 and G1 humanoid robots showcase the company's ambition to lead in bipedal robotics. The H1, a 180cm, 47kg robot with 19 degrees of freedom, gained fame by winning a 1,500-meter race at the 2025 World Humanoid Robot Games, highlighting its speed and agility. The G1, a more compact and affordable humanoid, offers 23–43 joints and dexterous hands for tasks in education, research, and commercial settings. Both robots leverage Unitree's AI-driven systems for imitation and reinforcement learning, making them highly adaptable and reflect their growing impact in pushing the boundaries of humanoid robotics.