Unitree H2 Humanoid Robot (Coming Soon)

Unitree H2 — Redefining Humanoid Robotics with Human-Scale Mobility and Intelligence

The Unitree H2 represents a significant leap forward in humanoid robotics, delivering human-scale form, fine manipulation capability, and intelligent motion control. Standing at approximately 1.8 m tall and weighing around 70 kg, this robot brings to life a vision of full-sized robotics that can operate in human-environments.

Key Features & Capability

• Height & Proportions: At 180 cm tall, the H2 aligns with human architectural norms, making integration in human-oriented spaces seamless.

• Degrees of Freedom & Articulation: With roughly 31 joints, the H2 improves on prior models to allow for smoother, more human-like movement—enabling tasks from walking and climbing to manipulation.

• Advanced Mobility and Motion: Demonstration videos show the H2 performing ballet-like spins, martial-arts kicks, and smooth transitions between actions—highlighting exceptional balance and agility. 

• Intelligent Applications: Designed for automation, research labs, and human-robot collaboration, the H2 opens opportunities in manufacturing, service, logistics, and smart spaces where robot and human coexist.

• Future-Ready Platform: With human-scale morphology and robust motion, the H2 serves as a platform for next-generation robotics, from interactive agents to autonomous assistants.

Why it Matters

Humanoid robots that match human size and movement are essential for seamless integration in built environments—doors, furniture, controls all designed for humans. The H2’s height and articulation mean fewer environmental constraints and broader task applicability. Its advanced mobility and intelligent control system place it at the forefront of embodied robotics innovation. The Unitree H2 clearly marks a step toward robots that can serve, collaborate, and operate alongside humans in everyday settings.

Use-Cases in Focus

• Industrial Automation: Tasks such as pick-and-place, parts handling, line inspection in human-scale work cells.

• Research & Education: Ideal for robotics labs studying human-robot interaction, humanoid locomotion, manipulation and system integration.

• Service & Smart Infrastructure: With humanoid form, the H2 can navigate human environments—offices, retail, hospitality—for assistance, logistics, security.

• Prototype Development Platform: Its advanced joint count and human-scale platform make it suited for developers to explore next-gen AI, locomotion and manipulation systems.

If you are looking for a humanoid robot that bridges the gap between science fiction and practical application, the Unitree H2 stands out as a powerhouse of mobility, flexibility and human-scale design. Whether for high-end research, automation deployment or innovation labs, the H2 sets a new benchmark in humanoid robotics.