Boston Dynamics Atlas (Electric) vs Unitree H1: A Research Giant Against One Researchers Can Actually Get

Atlas stands 190 cm tall, weighs 90 kg and has 56 degrees of freedom (DOF). The H1 is 180 cm, 47 kg and has 18 degrees of freedom: five per leg and four per arm. The gap in complexity is more than threefold, which explains why the two machines play such different roles (“Degrees of Freedom (DOF) in Humanoid Robots”). Atlas lifts 50 kg briefly and 30 kg continuously, has an IP67 enclosure, works from −20 to 40 °C and swaps its own battery in under 3 minutes. Runtime is 4 hours. Computing is handled by an NVIDIA Jetson Thor T5000 (NVIDIA Jetson), with foundation models supplied by Google DeepMind.

The H1 wins where dynamics matter. Unitree quotes a measured speed of 3.3 m/s, theoretically up to 5 m/s, and a peak torque density of 189 N·m/kg. The battery is 864 Wh at 67.2 V, the computer is an Intel Core i5 (standard) or i7 (developer version), and the senses are a 3D LiDAR and a depth camera. The manufacturer does not state payload or battery runtime, so those two key figures cannot be set against Atlas. Atlas, in turn, has no published walking speed or battery capacity in Wh.

We cannot price Atlas. Boston Dynamics publishes no figure, and all production capacity for 2026 is assigned to the Hyundai Robotics Metaplant Application Center and Google DeepMind labs. Hyundai has announced output of 30,000 units a year in the US by 2028, but that is a statement about scale, not an offer to outside customers. For a Polish university or company there is simply no purchase route (Hyundai Motor Group).

Unitree lists the H1 at USD 90,000, about PLN 348,900 (≈ EUR 79,950) at the 3.8762 rate of 1 October 2026. That conversion is indicative only: on 28 September 2026 we saw higher prices in Polish shops, PLN 439,000 (≈ EUR 100,590) at Botland. Ask for a quote with a specific configuration before ordering. On top of the price come spare batteries, repairs after falls and a protective zone around a 47 kg machine that runs. The method for calculating the whole cost is in “Humanoid Robot TCO: How to Calculate Total Cost”, and market price context in “How Much Does a Humanoid Robot Cost in 2026”. The Polish robotisation tax relief applies to new industrial robots; whether a research humanoid qualifies is a question for an adviser (“Poland's Robotization Tax Relief”).

The H1 is a machine for studying motion: locomotion, balance, whole-body control and reinforcement learning. Its natural homes are the laboratory and the university. It also works as a showpiece at events, because 180 cm makes a bigger impression than smaller builds. It is not suited to the factory: 18 degrees of freedom is little for manipulation, and the manufacturer documents no payload.

Atlas points to where industry is heading. Its confirmed workplaces are Hyundai plants and DeepMind research. The CES 2026 demo, in which it sorted car parts, was by reports run under remote control, so full autonomy remains a goal. A broader view of deployments is in “Humanoid Robots in Factories 2026”, and the design history in “Boston Dynamics Electric Atlas”. If you want a humanoid you can actually buy and that has more degrees of freedom than the H1, look at Unitree H2 and the series overview in “Unitree H1, G1, R1 and H2”.