Unitree Robotics Unitree G1vsUnitree Robotics H1
Side-by-side comparison of Unitree Robotics Unitree G1 and Unitree Robotics H1: specs, price, use cases and SDKs.

Unitree G1
Consumer-grade humanoid with 23 DoF

H1
Sub-$100K Chinese humanoid — fastest walker in class
Specifications
| Spec | Unitree G1 | H1 |
|---|---|---|
| Price (USD) | $16,000 | $90,000 |
| Category | humanoid | humanoid |
| Payload | — | 30 kg |
| Runtime | 2 h | 2 h |
| Speed | 2 m/s | 3.3 m/s |
| Weight | 35 kg | 47 kg |
| Degrees of Freedom | 23 | 19 |
| Battery | 9000mAh | — |
- Research
- Education
- Demos
- Home companion prototyping
- Humanoid robotics research
- Industrial R&D
- Content creation / film
- Robotics competitions
When to pick which
Choose the Unitree G1 for academic institutions or startups focused on large-scale deployment of humanoid fleets for swarm robotics or human-robot interaction studies. At $16,000, it allows researchers to purchase five units for the price of a single H1, facilitating multi-agent testing and curriculum development. Its 23 degrees of freedom provide superior dexterity for fine-motor skill development and home companion prototyping compared to the H1’s 19. The lighter 35kg frame makes it safer and more manageable for indoor classroom settings or software developers building consumer-facing applications where high-speed locomotion is secondary to manipulation and cost-efficiency.
Opt for the Unitree H1 for industrial R&D centers and logistics firms requiring a platform capable of performing physical labor or high-speed navigation. With a 30kg payload capacity and a top walking speed of 3.3m/s, the H1 is engineered for heavy-duty tasks and rapid transit across large facility floors, whereas the G1 is limited to lighter interaction. It is the preferred choice for robotics competitions and film production where a full-scale, robust humanoid presence is required. The H1's industrial-grade build supports rigorous testing of bipedal locomotion algorithms in demanding environments where durability and high-torque performance outweigh the need for high-DoF dexterity.
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