Chinese Startup Light Origin Demonstrates Adaptive Robot Locomotion
New Chinese robotics startup demonstrates unified controller for adaptive humanoid movement.
Light Origin, a Chinese robotics startup, has shown a single-policy locomotion controller that enables robots to maintain mobility across different conditions. Observers note the demo suggests progress toward general locomotion solutions and highlight potential for humanoids to manage damage or irregularities. The evidence consists of commentary on a public video of the system in action, with no independent verification or additional details on deployment or performance metrics provided in the packet.
A new Chinese robotics startup, Light Origin, just showcased an impressive single-policy locomotion system. Even with one or both legs restrained, the robot remains mobile by hopping or crawling.
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Chinese Startup Light Origin Demonstrates Adaptive Robot Locomotion
New Chinese robotics startup demonstrates unified controller for adaptive humanoid movement.
Light Origin, a Chinese robotics startup, has shown a single-policy locomotion controller that enables robots to maintain mobility across different conditions. Observers note the demo suggests progress toward general locomotion solutions and highlight potential for humanoids to manage damage or irregularities. The evidence consists of commentary on a public video of the system in action, with no independent verification or additional details on deployment or performance metrics provided in the packet.
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2 postsIf this is legit, we are quite close to solving locomotion in general
A new Chinese robotics startup, Light Origin, just showcased an impressive single-policy locomotion system. Even with one or both legs restrained, the robot remains mobile by hopping or crawling.
I think one of the biggest advantages of humanoids will be their long-tail robustness, handling damaged legs and the like
A new Chinese robotics startup, Light Origin, just showcased an impressive single-policy locomotion system. Even with one or both legs restrained, the robot remains mobile by hopping or crawling.