A new humanoid robot created by researchers at the Korea Advanced Institute of Science and Technology (KAIST) has stunned the world by performing Michael Jackson’s iconic Moonwalk, alongside an impressive display of speed, balance, and agility.
In a video released by KAIST’s Humanoid Robot Research Center (Hubo Lab), the two-minute demonstration opens with the robot gliding backward in a flawless Moonwalk sequence, instantly evoking memories of MJ’s legendary 1983 performance.
From there, the robot showcases its versatility: walking smoothly, accelerating into a run, and reaching speeds of over 3 meters per second. It even endures push tests, being kicked and shoved, yet recovers balance and returns to its stride, proving just how advanced its control system is.
But it’s the Moonwalk that steals the show. The sequence closes with a longer, more precise glide, highlighting the AI-driven system’s ability to reproduce one of the most iconic dance moves in history.
The KAIST team revealed that every core component, motors, reducers, and drivers — was built in-house, ensuring full technological independence. The robot’s movements are powered by artificial intelligence trained through reinforcement learning in virtual environments, carefully transferred into real-world performance.
Researchers will present their findings at two major robotics conferences this autumn, but for Michael Jackson fans, this breakthrough represents something far bigger: a testament to the lasting influence of the King of Pop.
More than four decades since Michael first Moonwalked across the stage, his artistry continues to inspire innovation, not just in music and dance, but in science and technology. Now even robots are learning to move like Michael.
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