Humanoid comparisons

Boston Dynamics Atlas vs UBTECH Walker S2 — comparison

Industrial humanoids: load, battery infrastructure and maintenance in one comparison.

Are you assessing a device or a complete station?

For both projects include pickup, placement and battery-service space. Relate payload to reach and sustained operation. Automatic battery swaps do not remove stock, station maintenance or backup transport needs. Compare repair permissions, modules and post-replacement acceptance. Only then compare pilot and scaling costs.

CriterionBoston Dynamics AtlasUBTECH Walker S2
Project profileIndustrial projectIndustrial project
Key specifications190 cm height
90 kg robot mass
30 kg sustained payload per datasheet
52 degrees of freedom
15 kg stated load handling
3 min stated battery swap
What to checkThis profile covers the production version, not the earlier hydraulic robot. The manufacturer distinguishes instant, sustained and one-handed loads. Project access must be agreed directly.Continuous-operation claims assume the full swapping and service infrastructure. They do not mean a day on one battery or guaranteed process availability.
Manufacturer sources; check dates in model profiles: Boston Dynamics Atlas ↗ · UBTECH Walker S2 ↗
HumanoidPoint recommendations concern project preparation. Hardware data comes from the linked manufacturers; it does not confirm an offer or performance at your facility.

Models to explore

Full catalogue ↗
HumanoidBoston Dynamics Atlas — manufacturer material
Boston Dynamics

Boston Dynamics Atlas

Electric Atlas in its 2026 production version, designed for industrial tasks.

190 cmheight
90 kgrobot mass
30 kgsustained payload per datasheet
Industrial project
HumanoidUBTECH Walker S2 — manufacturer material
UBTECH

UBTECH Walker S2

An industrial humanoid developed for automatic battery swapping and material handling.

52degrees of freedom
15 kgstated load handling
3 minstated battery swap
Industrial project

Model profiles are informational. Device selection requires confirmation of configuration and conditions of use.