Atlas, Now Set to Work in Factories... Why Has the Core-Strengthened Robot Suddenly Taken Up Gymnastics?

First Public Reveal of Atlas Development Model
Boston Dynamics Releases Video on YouTube
Atlas Demonstrates from Handstand to 'L-sit' Position
Supports Full Body Weight with Only Two Hands and Minimal Contact Area
Acquires Capability to Operat

The humanoid robot 'Atlas' from Boston Dynamics, a subsidiary of Hyundai Motor Group, has flawlessly demonstrated a handstand maneuver that even gymnasts cannot perform.

On the 5th (local time in the U.S.), Boston Dynamics released a video on its YouTube channel showing Atlas performing gymnastic moves.

In this video, Atlas begins in a handstand position and then showcases a series of advanced poses that are beyond the capabilities of human gymnasts.

While in a handstand, Atlas supports its entire body weight with just its hands, maintaining its body nearly parallel to the ground, then flips over into an 'L-sit' position.

On the 5th (local time in the U.S.), Boston Dynamics released a shorts video showcasing the humanoid robot Atlas performing gymnastic moves on its YouTube channel. Boston Dynamics YouTube

The L-sit is a gymnastic move where the body is supported by both hands and shaped like the letter 'L'. After holding the L-sit for about five seconds, Atlas flips its body upward to return to a standing position.

This sequence of gymnastic moves demonstrated by Atlas goes beyond simple balancing or repetitive motions, requiring precise simultaneous control of the upper body, core, and arm joints.

The footage showing Atlas supporting its entire body weight with just its hands, with minimal contact area and no shaking, serves as evidence that Boston Dynamics has reached a highly advanced technological stage.

This demonstrates that Atlas has acquired the capability to lift and transport heavy objects or operate in non-standard postures on actual manufacturing floors in the future.

These moves are made possible by a whole-body control technology based on Reinforcement Learning. This control method allows the robot to learn movement and balance strategies independently through repeated simulations and trial and error.

In particular, when performing complex actions that involve continuous changes in contact states and posture transitions, the reinforcement learning-based control approach excels at enabling more flexible movements.

Most notably, the Atlas featured in this video is a development model, not the research model previously released. This is the first time Boston Dynamics has unveiled a video of the Atlas development model in operation.

At CES in January, the research model of Atlas introduced the development model on stage, which drew attention, but even then, the development model was not operational. To emphasize that this is the first development model, Boston Dynamics marked the serial number '001' on the side of Atlas's torso in the video.

The Atlas development model is equipped with autonomous learning capabilities and flexibility that can be adapted to any work environment, maximizing efficiency in real manufacturing settings.

Hyundai Motor Group plans to deploy the Atlas development model at Hyundai Motor Group Metaplant America (HMGMA) and conduct validation for each process unit moving forward.

This content was produced with the assistance of AI translation services.