pilot
Hyundai Motor Group / Boston Dynamics (Atlas, deployment in Korea)
Boston Dynamics Atlas
- 190 cmheight
- 30 kgpayload
- —price
Pros
- Arm payload up to 10 kg, 26 degrees of freedom
- Seven-axis arms, 64 cm reach each
- Joint force sensors, 7 HD cameras and LiDAR
- 200 cm tall, reaches from the floor to full height
Cons
- Mainly teleoperated via VR, not autonomous
- Moves on a base, does not walk like the Unitree G1
- No distributor in Poland, direct contact with China only
- Price not stated in the description
- 200cmHeight
- 10kgPayload
- 26DOFDegrees of freedom
Key facts
- Specificationsheight 200 cm · payload 10 kg · degrees of freedom 26 DOF
- Statuson sale
- Availability in Polandnot confirmed
- VerdictA platform for collecting manipulation training data; not for anyone seeking an autonomous robot with service.
Summary
- ManufacturerGalaxea AI (Galaxea Dynamics)
- CategoryHumanoid robots
- Statuson sale
- Availability in PolandNo confirmed distributor in Poland
The Galaxea R1 Pro is an expanded variant of the R1 humanoid platform from the Chinese manufacturer Galaxea AI (Galaxea Dynamics), designed for research labs and industrial applications. The robot stands 200 cm tall, has 26 degrees of freedom (DOF) and an arm payload of up to 10 kg.
Each of the two seven-axis arms reaches 64 cm, and the design lets the robot both touch the floor and straighten up to full height. Perception is handled by 7 HD cameras, 1 LiDAR, a wrist camera and joint force sensors, and computing is done by an NVIDIA Jetson AGX Orin 32 GB (200 TOPS).
Control is mainly through isomorphic (VR) teleoperation: an operator wearing a headset steers the arms almost one to one, which makes the R1 Pro a platform for collecting training data for manipulation models rather than a fully autonomous robot. Compared with the base Galaxea R1, the Pro variant offers longer arm reach and a higher payload, at the cost of a heavier upper body.
Against the Unitree G1 it does worse on mobility, since the R1 Pro moves on a wheeled base rather than walking on two legs, but it has an advantage in manipulation precision thanks to its force sensors. In Poland no distributor offers the robot; it is available only through direct contact with the manufacturer in China.
Photo gallery
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Photo: Galaxea AI, product page (galaxea-dynamics.com) -
Photo: Galaxea AI, product page (galaxea-dynamics.com) -
Photo: Galaxea AI, product page (galaxea-dynamics.com) -
Photo: Galaxea AI, product page (galaxea-ai.com)
Specs
Data from manufacturer datasheets and product pages; median over the models of this category in the database.
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Height200 cm+18% vs. the category median (169 cm, n=220)
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Degrees of freedom26−12% vs. the category median (29.5, n=200)
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Payload10 kg+43% vs. the category median (7 kg, n=166)
- category medianA higher value doesn't always mean a better robot; it depends on the application.
Dimensions and weight
- Height
- 200 cm
Motion and manipulation
- Degrees of freedom
- 26
- Payload
- 10 kg
Electronics and AI
- Drive
- electric (rolling base)
- Sensors
- 7x HD camera, 1x LiDAR, wrist camera, Force sensors
- Computing unit
- NVIDIA Jetson AGX Orin 32GB (200 TOPS)
Price and availability in Poland
no data
Dealers in Poland
No confirmed distributor in Poland
Applications
Typical applications
Target group
Comparison
Robot comparison toolSimilar models
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- prototype
- prototype
- prototype
- prototype
on sale
History
Model unveiled
Sources
Frequently asked questions
Is the Galaxea R1 Pro available in Poland?
No. The manufacturer Galaxea AI (China) names no Polish shop or official distributor for the Galaxea R1 Pro; enquiries go through the manufacturer's website (galaxea.ai). Confirm service in Poland before buying.
Can I buy the Galaxea R1 Pro in Poland?
No. The robot has no distributor in Poland and is available only through direct contact with Galaxea AI in China.
Does the R1 Pro walk on two legs?
No, it moves on a wheeled base rather than bipedally like the Unitree G1 or the Figure 02.
What is the R1 Pro used for?
It is a research platform for isomorphic (VR) teleoperation and for collecting training data for manipulation models, used in labs and industry.
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