On September 7, 2026, a Unitree humanoid robot sent a controller flying from an engineer’s hand with a martial-arts-style kick in a Shaoxing, Zhejiang lab. It followed up with a second jumping kick, then appeared to bow. Nobody got hurt, but the footage went everywhere anyway.
Unitree’s humanoid robots are specifically designed to demonstrate combat-capable leg motion as a technical showcase, according to multiple reports covering the company’s demos. That capability just played out next to a real person, in a real lab, without a clear explanation.
What the Footage Shows
A motion sequence, a fast kick, and an engineer who moved quickly.
According to NTD News, “A Unitree humanoid robot kicked a remote control out of an engineer’s hand during testing in China’s Zhejiang Province this week, then leapt into a second kick as the engineer tried to retrieve it.”
The engineer crouches with a controller, the robot runs a motion program, turns, and delivers a fast leg strike that sends the object skidding across the room. Reports differ on whether the struck object was a remote control or a phone; that detail remains unconfirmed.
Not a Rebellion, But Not Nothing Either
The robot was running a program, not filing a grievance.
Multiple reports indicate the robot was remote-controlled or executing a pre-programmed motion routine, not autonomously deciding to start a fight with its developer. Calling this an “attack,” as several outlets have, makes for a vivid headline and a somewhat misleading picture of what humanoid robots actually do.
Whether the sequence was a glitch, a programming error, or a perfectly normal combat-demo routine running with an engineer positioned too close remains unknown. Unitree has not issued a public explanation tied to this clip.
The Actual Safety Question
Powerful leg actuators do not come with automatic proximity awareness for the person standing next to them.
Unitree’s humanoid lineup is built to impress buyers in industrial, service, and research markets, and martial-arts-style motion demos are a core part of that pitch. If you watched the clip, you already understand the concern: the real issue is not rogue AI, but the gap between what a robot can physically do and what workplace safety protocols ensure it will not do to whoever is standing nearby during a test.
The robot bowed when it was done. Safety zones, emergency stops, and minimum testing distances do not yet have the same flair, but they matter considerably more.
