Unitree G1 Robot Injures Child During Public Demo, Engineers Say It Worked Correctly
What You Need to Know
- Unitree G1 humanoid robot kicked a child during public demonstration in China’s Xinjiang region.
- G1 weighs 70 pounds with joint motors generating over 100 Newton-meters of torque force.
- Robot was remotely controlled during kick, meaning operator deliberately performed the action.
- Unitree plans to ship 10,000-20,000 G1 units in 2026 at $13,500 base price.
A humanoid robot kicked a child in the stomach during a public demonstration in China’s Xinjiang region, and the engineers behind it told Vice the machine was functioning “as intended.” The Unitree G1, dressed in a clown wig and running through choreographed moves, threw a full roundhouse kick that connected with a boy standing nearby. The child collapsed, walked away without serious injury, and the crowd mostly turned back to watch the robot continue.
The G1 weighs roughly 70 pounds and its joint motors can generate over 100 Newton-meters of torque, enough for a single joint to lift more than 26 pounds. That is not a toy specification. Earlier in 2026, a separate G1 lost its balance during another public performance in China, fell, and struck a bystander hard enough to draw blood from his nose, as Futurism reported. A federal lawsuit filed in California by a former Figure AI engineer alleged that rival humanoid robots were powerful enough to fracture a human skull. The pattern here is not isolated malfunction; it is a category of machine being deployed in uncontrolled public settings before anyone has defined what safe deployment actually looks like.
The robot was remotely controlled during the kick, not acting autonomously, which makes the “functioning as intended” explanation more unsettling, not less.
Unitree has said it expects to ship between 10,000 and 20,000 G1 units in 2026, and at a base price of $13,500 the machine sits within reach of event promoters, mall operators, and entertainment companies who have no engineering background and no liability framework to consult. Neither China nor most other markets currently have regulations specifying minimum spectator distances for performing humanoid robots. That gap matters more as the hardware gets cheaper: the constraint on public deployment used to be cost, and that constraint is disappearing faster than the governance structures needed to replace it.
The incidents will keep accumulating in roughly the same way until either a serious injury forces a regulatory response or insurers start pricing public humanoid robot performances at rates that make promoters reconsider the clown wig.
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