Xiaomi is finally talking about humanoid robots the way factory managers do: not as a sci-fi mascot, but as a co-worker that has to hit cycle times, repeat tasks all day, and avoid slowing the line.
Instead of treating humanoids as a concept, Xiaomi is describing a real implementation step: limited, supervised work inside its EV plant, plus a timeline for scaling.
Factory ‘internships’
In a March 3 update, Xiaomi founder and CEO Lei Jun said the company’s humanoid robots have started “internships” at its EV plant, including autonomous operations in real manufacturing scenarios. He also projected that large numbers of humanoid robots will enter Xiaomi factories to work within the next five years, according to China Daily’s report.
That “internship” framing implies supervised learning and limited scope, which lines up with how automation typically earns trust on a live line. Factory rollouts usually start with a narrow task and a controlled workstation, with humans close by to handle exceptions.
It’s also worth noting what Xiaomi did not provide in that update: detailed performance metrics, failure breakdowns, or independent validation. That doesn’t mean the robots didn’t run, but it does mean key factory questions remain unanswered in public, including how often operators have to step in, uptime, and whether performance holds under variation (part tolerances, lighting changes, workstation clutter, and wear-and-tear). Even basic stats like hours run per shift, the number of completed cycles, and how the robot behaves when a part is misaligned would help separate a trial from a showcase.
If Xiaomi follows through, the next meaningful update won’t be a single headline number; it’ll be specifics: which stations the robots can run repeatedly, how the system handles variation in parts and lighting, and whether performance holds up across multiple lines, not just a controlled trial. That’s the gap between a pilot and something a plant can schedule.
Open source signals serious work
The factory push is also tied to the software stack behind the robot. The company has made Xiaomi-Robotics-0 available as an open source project, describing it as a 4.7-billion-parameter vision-language-action model designed for real-time robotic execution. If Xiaomi’s humanoids are going to work factory stations, this kind of model is what helps them perceive a scene, choose an action, and execute it fast enough to keep pace.
Open-sourcing doesn’t automatically translate into factory-grade reliability. But it does raise the standard. Instead of asking the public to trust a tightly edited demo, Xiaomi is publishing code outsiders can inspect.
It also shifts attention to the unglamorous stuff that decides success on a line: consistency, predictable failure modes, and fast recovery. If Xiaomi wants humanoids to become factory equipment, that’s the bar.
Also read: Seven next-gen Chinese humanoid robots show how quickly the field is moving beyond staged demos.