Unitree Robotics

Unitree Robotics is a Hangzhou-based robotics company founded in 2016, originally known for low-cost quadruped robots and now producing a full humanoid lineup — R1, G1, H2, and H1 — starting from $4,900. Its vertical integration across motors, actuators, and control systems enables pricing well below most Western competitors. The company sells directly to consumers, research institutions, and industrial customers globally. According to Unitree Robotics.

A regional partner (Toborlife AI) announced phased North American H2 deliveries beginning April 2026; separately, NVIDIA and Unitree announced H2 Plus with four named institutional research adopters (Ai2, ETH Zurich, Stanford Robotics Center, UC San Diego ARClab)

Unitree H2

Unitree H2 is a full-size humanoid robot platform targeting research institutions and developers working on embodied AI, manipulation, and dynamic locomotion. NVIDIA and Unitree announced a reference-design variant, H2 Plus — covered as its own directory entry — at Computex Taipei in June 2026. As of August 2026, new US purchases of Unitree hardware, including H2, are complicated by regulatory restrictions on the company — see Unitree Robotics' manufacturer profile for that company-wide context.

NVIDIA's VP of physical AI simulation, Rev Lebaredian, stated H2 Plus will be available in October 2026 and that 'anyone can buy it'; NVIDIA's own press release names four launch research partners: Ai2, ETH Zurich, Stanford Robotics Center, and UC San Diego's Advanced Robotics and Controls Laboratory

Unitree H2 Plus

H2 Plus is Unitree and NVIDIA's jointly announced reference humanoid, unveiled June 1, 2026 at Computex Taipei with NVIDIA CEO Jensen Huang on stage. It pairs the existing Unitree H2 chassis with Sharpa Wave tactile five-finger hands and an NVIDIA Jetson Thor compute module, positioned as the first hardware reference design for NVIDIA's Isaac GR00T development platform — intended to give research teams a unified hardware-plus-software starting point rather than requiring them to integrate a body, compute, and training stack separately.

Unitree's IPO prospectus claims 32.4% share of 2025 humanoid shipments

Unitree G1

The Unitree G1 is a commercially available humanoid robot designed to enable research and agile bipedal locomotion. It stands approximately 1.32 m tall, weighs about 35 kg, and incorporates a depth camera and 3D LiDAR for perception. G1 has demonstrated walking, dynamic balance, and object manipulation in demos and early deployments.

Unitree's IPO prospectus credits its low-cost G1/R1 product mix with driving the company's average humanoid selling price down from ¥593,400 (2023) to ¥167,600 (first nine months of 2025), supporting a claimed position as the world's largest humanoid maker by units in 2025

Unitree R1

The Unitree R1 is an affordable, ultra-lightweight humanoid robot designed for developers, researchers, and educators, shipping since Q2 2026. It features agile mobility, customizable hardware finishes, open control interfaces, and integration with large multimodal models for voice and image interaction. The R1 is offered in R1 Air, standard R1, and R1 EDU configurations. This record corrects a stale top-level price ($4,500) that traced to an early pre-sale listing, since superseded by Unitree's own current pricing.

Type	Private
Funding Status	Pre-IPO (IPO process started 2025)
Total Funding	—
Employees	≈500 (2025)

AI / Model Approach	UnifoLM series — open-sourced VLA and world-model-action architecture. UnifoLM-VLA-0 is a Vision-Language-Action model for general-purpose humanoid manipulation. UnifoLM-WMA-0 is a world-model-action architecture spanning multiple robot embodiments. Both published on GitHub. According to Unitree Robotics.
Training Methodology	Reinforcement learning via NVIDIA Isaac Lab (unitree_rl_lab) and MuJoCo (unitree_rl_mjlab). Imitation learning via unitree_lerobot — an end-to-end framework integrating standardised data conversion, LeRobot policy training, and real-world deployment. XR teleoperation (Apple Vision Pro, PICO, Quest) for data collection on H1, H1_2, G1. According to Unitree Robotics GitHub.
Developer Access	unitree_sdk2 — public SDK (C++ and Python) for H1, G1, H2, R1, A2, Go2, B2 in real environments. unitree_sdk2_python — Python interface for unitree_sdk2. ROS2 integration via unitree_ros2. Developer portal at support.unitree.com with firmware updates, URDF models, and simulation environments for Isaac Sim and MuJoCo. All repositories published under BSD 3-Clause licence on GitHub (unitreerobotics org). According to Unitree Robotics.
Third-Party Integrations	NVIDIA Isaac Lab and Isaac Sim for simulation and RL training. MuJoCo for physics simulation. LeRobot framework integration for imitation learning. Apple Vision Pro, PICO, and Quest XR devices for teleoperation. Intel RealSense and UVC camera support. According to Unitree Robotics GitHub.

Unitree Robotics

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