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Video: Humanoid Robot Snaps at Waist During ‘Robot Olympics’ Training in Beijing, China

Video: Humanoid Robot Snaps at Waist During ‘Robot Olympics’ Training in Beijing, China

A humanoid robot training for the 2026 World Humanoid Robot Games in Beijing, China, crashed into a safety cushion after accelerating too fast to stop, with the impact appearing to break the machine at the waist.

Video of the training mishap shows the robot sprinting toward the end of the course before colliding heavily with the protective barrier. Its upper body then folds away from its legs as staff members move toward the damaged machine.

High-speed training ends in crash

The safety cushion absorbed much of the impact and prevented the robot from continuing beyond the training area. The footage does not show anyone being struck during the incident.

The robot’s team and model have not been officially identified, and organizers have not announced whether the machine can be repaired before the competition begins.

The accident highlights the challenges engineers face when combining speed with balance, navigation and reliable braking. Humanoid robots must rapidly process their surroundings while coordinating multiple joints and maintaining stability at high speeds.

Beijing prepares for World Humanoid Robot Games

The second World Humanoid Robot Games are scheduled to take place from August 22 to 26, 2026, at Beijing’s National Speed Skating Oval, known as the “Ice Ribbon.”

Robots will compete in athletic and practical challenges, including sprinting, football, gymnastics, martial arts, weightlifting, firefighting, household work and retail assistance.

The 100-meter race will be limited to fully autonomous robots, making navigation, balance and stopping control critical parts of the competition.

The Beijing event is designed to demonstrate advances in humanoid robotics while testing the machines under demanding conditions. The dramatic training crash also shows that even as robots become faster and more capable, durability and safe movement remain major engineering challenges.

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