Boston Dynamics' Atlas robot can feel its own body - Universe Space Tech
Read the article and explore its original source.

Article
Roman Nehriienko
Boston Dynamics has demonstrated how its humanoid robot, Atlas, has learned to lift heavy industrial loads. The technology is based on reinforcement learning, millions of training runs in a simulator, and the robot’s ability to sense its own body rather than rely on cameras.
Millions of hours of practice News May 22, 2026
Hellish “Venuses” may be more common than exoplanets
News May 22, 2026
Starship V3 failed to take off: another attempt is scheduled for tonight
NewsNews May 21, 2026
NASA is launching a space refueling station
News May 21, 2026
What will Musk gain from taking SpaceX public?
News May 21, 2026
Humanoid robot learns to sense its own body
News May 21, 2026
Memory of water: what physics tells us
News May 21, 2026
ArXiv introduces one-year ban for negligence in the use of AI
News May 21, 2026
Will future Mars settlers be able to 3D-print their own tools?
Thank you!
Your message has been sent. We will contact you to discuss the details! ## Joints without cables
The engineers also removed the cables from the joints. Now Atlas can rotate them continuously without restrictions or wear and tear. According to the company, this allows it to perform movements that are beyond the capabilities of traditional humanoid robots.
Atlas was trained with loads weighing 23–32 kg, but during testing it lifted a refrigerator weighing over 45 kg. Boston Dynamics also links the robot’s acrobatic stunts, such as handstands and backflips, to industrial needs. Such movements develop balance, agility, the ability to recover from slips, and endurance in high-temperature conditions.
According to interestingengineering.com
Posted in News, TechTagged ровeр
Roman Nehriienko
Evidence and editorial ownership
Request a correctionOriginal source
Universemagazine · universemagazine.com
Published May 28, 2026
New robots, industry moves, and funding in your weekly robotics briefing.
Unsubscribe anytime.