Robot profile
H1 Robot Profile, Specs, Status
H1 robot profile: Unitree Robotics, deployed status, specs, pricing notes, use cases, AI platform, and related Biped.News coverage.
Current status: Deployed
H1 set a world speed record for bipedal humanoids at 3.3 m/s. Commercially available and used by universities and research labs globally.
Last source verification:
Canonical robot facts
Fields are generated from the same robot record used by the interactive profile and public data export.
| Field | Evidence in the database |
|---|---|
| Manufacturer | Unitree Robotics |
| Country | China |
| Commercial status | Deployed |
| Category | Humanoid |
| Height | 180 cm |
| Weight | 47 kg |
| Payload | 30 kg |
| Battery runtime | 120 min |
| Top speed | 11.2 km/h |
| Degrees of freedom | 19 |
| Actuation | electric |
| AI platform | Unitree SDK + ROS2 compatible |
| Pricing | $90,000 listed; contact sales for the real configured price (disclosed) |
| Availability | contact-sales |
| Price verified | 2026-08-02 |
| Deployment evidence | 100+ research and commercial units shipped |
| Use cases | Research & education, Entertainment & sports, Inspection & maintenance |
| Last source verification | 2026-08-02 |
Deployment evidence
Canonical deployment summary: 100+ research and commercial units shipped
Evidence timeline
Dated profile, specification, funding, deployment, safety, article and data changes from the public entity-update feed.
- Humanoid Robot Shipments Are Finally Big Enough to Need a Reality Checkarticle · medium confidence
- AgiBot Passes Unitree as China's Humanoid Shipment Race Gets Realarticle · high confidence
- Unitree Files $610M Shanghai IPO as Humanoid Revenue Crosses 50%article · high confidence
- Unitree Prices Shanghai IPO at $9 Billion Valuation as DeepSeek Investsarticle · high confidence
- H1 profile and specifications reviewedspecifications · high confidence
Primary sources
Vendor and product sources support the record; Biped.News reporting remains separate.
Latest related reporting
Recent reporting connected through the same canonical article/entity graph used by article pages.