Airbus ordered UBTech’s Walker S2, a full-size humanoid that stands 176 cm tall (5’9"), weighs 70 kg (154 lbs), and walks at ...
Their partnership will trial Walker S2 humanoid robots in aircraft manufacturing, signalling a global push into industrial ...
Der Name Airbus lässt die Aktie der chinesischen Roboter-Firma UBTech gedeihen. Was genau dahintersteckt, ist unklar.
HONG KONG, Jan 21 (Reuters) - Chinese robotics firm UBTech said on Wednesday it had signed a deal with the world's largest planemaker, Airbus, to supply robots for use in aviation manufacturing.
Forbes contributors publish independent expert analyses and insights. Leslie Katz covers the intersection of culture, science and tech. A new humanoid robot out of China can change its own battery, ...
Shares of UBTech Robotics jumped on Monday after the Chinese robotics maker said Airbus SE had purchased its humanoid robots to use in aircraft manufacturing plants. The Hong Kong-listed stock closed ...
Shares of UBTech Robotics jumped after it received a large order for humanoid robots, renewing market optimism for the company's business outlook. Shares of the Chinese startup jumped as much as 10% ...
SHENZHEN, China, Nov. 17, 2025 /PRNewswire/ -- UBTECH has begun mass production and delivery of the first batch of several hundred full-size industrial humanoid robots, Walker S2, which will be ...
The deal follows a similar one with US semiconductor maker Texas Instruments, underscoring the Chinese firm's accelerated ...
A striking video was released this week by UBTECH Robotics, a China-based robotics giant, showing what appears to be hundreds of its Walker S2 humanoid robots marching in perfect formation. The video ...
Until now, the robot workforce has had to either be plugged in all of the time, or spend some time cabled to the mains to top up its battery pack. UBTech has launched the Walker S2 humanoid, with dual ...
Ubtech Robotics' new Walker S2 humanoid robot changes its own battery in a demo video designed to showcase how autonomous battery swapping could let robots work 24/7 without interruption. Jesse Orrall ...
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