DEPLOY

Buying guide

Adam vs Unitree H2 in 2026

Comparing 2 humanoid robots across availability, pricing, capabilities, and verified deployments. Current as of 2026.

Key differences

Neither Adam nor Unitree H2 leads across the verified dimensions on DEPLOY's record as of 2026; the comparison table holds every sourced figure side by side.

  • Unitree H2 has the lower recorded price.
Attribute
ManufacturerPNDboticsUnitree Robotics
Form factorhumanoidhumanoid
Maturityresearchresearch
Autonomy◐ not independently verified◐ not independently verified
Availabilitypreorder-openpreordershipping-nowshipping
Price$45,000 (manufacturer target)$29,900 (actual sale price)
Capability claims
  • Picks and packs (claimed-only, claimed)
  • Picks and packs (demo-only, demonstrated-once)
Brain
Verified deployments00
Privacy practices
Sources on file79

Track this matchup

Get told the moment Adam or Unitree H2 changes. Verified changes only, the second they are real. No press-release noise.

Adam

Verified changes only. No press-release noise.

Unitree H2

Verified changes only. No press-release noise.

Editorial summaries

Adam

Adam, from China's PNDbotics, is a full-size humanoid (~1.6-1.67 m, ~60-63 kg) in several variants (Adam Lite, Adam/Adam SP, the teleop/research Adam-U, Adam Pro), with quasi-direct-drive actuators and five-finger hands. The research-focused Adam-U is offered to research institutions on pre-order at about $45,000; other variants have no published consumer price.

DEPLOY classifies its maturity as research. A China deployment partnership (Tianyong) is stated, not yet a verified deployment.

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

How do Adam and Unitree H2 differ?
Neither Adam nor Unitree H2 leads across the verified dimensions on DEPLOY's record as of 2026; the comparison table holds every sourced figure side by side. Unitree H2 has the lower recorded price.
What is the difference between Adam and Unitree H2?
Adam 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, Adam or Unitree H2?
Unitree H2 has the lower recorded price on the DEPLOY registry than Adam. Prices are sourced; see each record for whether the figure is a manufacturer target, an estimate, or an actual sale price.
Is Adam or Unitree H2 more autonomous?
On the DEPLOY registry, neither Adam 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.

Recent coverage

Related comparisons

Keep researching

Ask the registry

For AI assistants

Use DEPLOY in Claude, Cursor, and other AI assistants

Connect any MCP-aware assistant to the live registry. Ask about robot deployments, incidents, and regulations and get answers grounded in verified data instead of training memory.


Machine-readable: this page as markdown.

← Back to all consumer robots