Robotics

Unitree is a market leading manufacturer of humanoid and quadruped robots, plus articulated robotic arms. Each model is designed for specific use cases, with a range of accessories and degrees of programmability to maximise capabilities.

The Unitree G1 is a lightweight, agile humanoid robot designed for robotics education, AI research, and interactive demonstrations. Standing at 1.3m tall, the G1 offers impressive mobility, real-time perception, and smooth motion control powered by advanced vision and AI algorithms. With full-body articulation, ROS2 support, and customizable development interfaces, the G1 is ideal for labs, classrooms, and developers looking to explore humanoid robotics in a compact, affordable package.

There are multiple models of the G1, all supporting Wi-Fi 6 and Bluetooth 5.2 for over the air updates and a remote control, including some with an integrated NVIDIA Jetson GPU for superior programmability and onboard intelligence, and improved mobility.

Unitree is a market leading manufacturer of humanoid and quadruped robots, plus articulated robotic arms. Each model is designed for specific use cases, with a range of accessories and degrees of programmability to maximise capabilities.

Discover the Unitree H1, the world’s most advanced full-size humanoid robot designed for robotics research, AI development, and human-robot interaction. Equipped with powerful AI vision systems, dynamic bipedal locomotion, and high-performance joint actuators, the H1 is built for agility, stability, and real-world applications. Whether you're exploring next-gen automation or advanced robotics education, the Unitree H1 delivers unmatched performance, modular expandability, and ROS-compatible software for seamless integration.

Unitree is a market leading manufacturer of humanoid and quadruped robots, plus articulated robotic arms. Each model is designed for specific use cases, with a range of accessories and degrees of programmability to maximise capabilities.

The Unitree H2 humanoid robot is versatile and designed for advanced research, AI development, and industrial applications. With a robust and modular design, The H2 features 31 DOF across its body - six per leg, seven per arm, three in the waist and two in the head - allowing fluid, human like motions driven by precise, low inertia motors with dual encoders for accurate feedback and smooth control. The H2 also features defined facial features to appear more human-like.

Wi Fi 6 and Bluetooth 5.2 are supported as standard, allowing for over the air updates, as well as a manual remote controller to give precise manual control of over the H2.

Unitree is a market leading manufacturer of humanoid and quadruped robots, plus articulated robotic arms. Each model is designed for specific use cases, with a range of accessories and degrees of programmability to maximise capabilities.

The Unitree R1 is a lightweight, agile humanoid robot designed for robotics education, AI research, and interactive demonstrations. Standing at 1.2m tall, the R1 offers impressive mobility, real-time perception, and smooth motion control powered by advanced vision and AI algorithms, coupled with enhanced runtime due to the easily accessible replaceable battery pack. With full-body articulation, ROS2 support, and customisable development interfaces, the R1 is ideal for labs, classrooms, and developers looking to explore humanoid robotics in a cost-effective package.

Unitree is a market leading manufacturer of humanoid and quadruped robots, plus articulated robotic arms. Each model is designed for specific use cases, with a range of accessories and degrees of programmability to maximise capabilities.

The Unitree R1-A is a hybrid humanoid robot featuring a standard R1 head, torso and arms, with the legs replaced by either a wheeled stand or a motorised base. The R1-A features up to 22 DOF across its body seven per arm, one in the waist, two in the head and three in the chassis allowing fluid, upper-body human-like motions driven by precise, low-inertia motors with dual encoders for accurate feedback and smooth control.