Buying guide
NEO vs Unitree H2 in 2026
Comparing 2 humanoid robots across availability, pricing, capabilities, and verified deployments. Current as of 2026.
Key differences
- NEO has the lower recorded price.
- NEO has more verified real-world deployments (3 vs 0).
- NEO is at the pilot stage; Unitree H2 at the research stage.
| Attribute | ||
|---|---|---|
| Manufacturer | 1X Technologies | Unitree Robotics |
| Form factor | humanoid | humanoid |
| Maturity | pilot | research |
| Autonomy | ◐ not independently verified | ◐ not independently verified |
| Availability | preorder-openpreorder | shipping-nowshipping |
| Price | $499/month subscription (manufacturer target) or $20,000 (manufacturer target) or $499/month subscription (actual sale price) or $20,000 (actual sale price) | $29,900 (actual sale price) |
| Capability claims |
|
|
| Brain |
|
|
| Verified deployments | 3 | 0 |
| Privacy practices | 11Face blurring, Restricted zones, Session approval, data-retention, third-party-sharing, data-deletion-control, data-sale, capture-indicator, bystander-recording, training-data-use, on-device-processing | — |
| Sources on file | 34 | 9 |
Editorial summaries
NEO
1X is the only humanoid maker in this cohort betting on the consumer market at price-of-a-car scale, distinct from the enterprise-integration contracts that define Figure, Apptronik, and Agility. The hardware is verified: NEO is a bipedal humanoid shipping to early-adopter households, backed by a Hayward, California vertical-manufacturing facility, with the wheeled EVE archived as the prior product line. The open question is utility at scale: 1X describes home-task performance today as a mix of supervised autonomy on learned chores and remote-operator teleop on the rest, an honest framing that also signals how much of the daily-use envelope is still operator-assisted.
Unitree H2
The Unitree H2 (from Unitree Robotics, Hangzhou) is a full-size humanoid, the successor to the H1, and one of the rare Chinese humanoids with a verified, openly-published consumer price: $29,900 (China-direct, ex-customs). It has 31 degrees of freedom (up from the H1's 27): a new 3-DoF waist, 7-DoF arms, a quasi-serial leg and foot redesign, and a bio-inspired animated face new to the H-series. It is about 1.82 meters and 70 kilograms with battery, with a roughly 3-hour battery, Intel Core i5/i7 base compute (an EDU variant offers NVIDIA Jetson), and a walking speed under 2 meters per second, down from the H1's roughly 3.3, trading speed for dexterity. DEPLOY records it at commercial maturity (for-sale with a published price), not production (no fleet-scale deployment). A critical cap-flag: the H2's marquee demos (dance, boxing, gala performances) are choreographed or teleoperated (via a control rig or Apple Vision Pro), not verified-autonomous; autonomy is the goal, not the present state. The $29,900 is a China-direct ex-customs price, not a US landed price, and the '2070 TOPS' figure is the optional EDU Jetson, not the base unit.
Common questions
- What is the difference between NEO and Unitree H2?
- NEO and Unitree H2 are both humanoid robots on the DEPLOY registry. They differ in maker, maturity, price, verified deployments, and how much of their autonomy is independently verified. See the table above for the full head-to-head; each figure is sourced.
- Which is cheaper, NEO or Unitree H2?
- NEO has the lower recorded price on the DEPLOY registry than Unitree H2. Prices are sourced; see each record for whether the figure is a manufacturer target, an estimate, or an actual sale price.
- Is NEO or Unitree H2 more autonomous?
- On the DEPLOY registry, neither NEO nor Unitree H2 has capabilities independently verified as fully autonomous yet; their recorded capabilities are teleoperated-assisted, demonstrated, or vendor-claimed. See the table for each capability's verification status.
- Which has more verified deployments, NEO or Unitree H2?
- NEO has more verified deployments (3) on the DEPLOY registry than Unitree H2 (0). DEPLOY counts a deployment only when confirmed at a named site with a primary source.
Recent coverage
- EPFL’s 3D Printed Elastomer Resists Both Fracture and FatigueNEO · 3D Printing Industry · 2026-07-16
- NASA, Boeing’s Wisk Aero Make Self-Flying Aircraft BreakthroughNEO · Flying Magazine · 2026-07-15
- Nvidia Isaac GR00T humanoid robot platform for researchers - qz.comUnitree H2 · Google News · 2026-07-03
- Chinese robot maker Unitree wins approval for 619 million Shanghai IPOUnitree H2 · AgentRecon · 2026-07-02
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