A dancing robot allegedly struck a young boy in the face during a performance in Shaanxi province, China. The incident quickly went viral online, first shared on March 21, showing the robot veering toward spectators.
In the viral video shared by Dexerto, the robot can be seen with its arms extended as it veers toward the crowd. This is the moment just before the humanoid reportedly made contact with the young child's face, sparking a widespread reaction across social media this week.
Viral Footage Captures The Unsettling Moment
The short clips showcase a robot performing choreographed and programmed moves inside a cordoned-off area. Kicking, spinning, dancing, and running as a part of its performance all appeared to be going well. Suddenly, the bot spins toward the edge of the enclosed space with its arms outstretched and unintentionally whacks the boy in the face.
Handlers of the robot instantly rushed to pull the robot away, but the machine continued to move and flail even as people intervene. Spectators questioned whether these types of bots should be allowed to roam free in public after the incident took place.
Growing Debate Over Robot Safety
Onlookers have raised concerns after the boy was struck, concerned about the safety aspects of humanoids being allowed in public places for demonstrations. The exact machine believed to be involved in this occurrence is a Unitree G1 humanoid robot. The device weighs about 77 lbs, costs nearly $14,000, and is widely used for research, education, and commercial exhibits.
While these robots are programmed with high-tech motion capabilities, the collision with the crowd has reignited a debate about testing protocols and safeguards with machines that interact closely with people. While some people found this absolutely hilarious, others were concerned that this could have turned out much worse, and the boy could have been injured.
With footage spreading across TikTok, YouTube, and X, the debate continues as to whether or not robots should be allowed to perform unsupervised around humans.
