The global race to integrate artificial intelligence and robotics into manufacturing has taken an exciting step forward. Humanoid robots are now ‘interns’ at Xiaomi’s EV factory, where the company is testing advanced bipedal robots to work alongside human employees. These robots are currently in an experimental phase, but their early performance hints at a future where humanoid machines become a regular part of industrial production.
Xiaomi Introduces Humanoid Robots to Its EV Factory
At its electric vehicle manufacturing facility in Beijing, Xiaomi has begun testing two humanoid robots built on the CyberOne platform. These robots have been deployed as “interns” on the production line to assist with precision tasks.
The factory operates at an impressive speed—producing a new car every 76 seconds. Despite such a fast-paced environment, the robots were able to keep up during a three-hour autonomous trial shift, completing more than 90% of their assigned tasks.
This milestone demonstrates how Humanoid robots are now ‘interns’ at Xiaomi’s EV factory, marking one of the earliest real-world examples of AI-driven humanoid machines working on automotive assembly lines.
Key Tasks Performed by the Robots
During the trial, the robots were responsible for several important manufacturing tasks. These included:
1. Nut Installation: The robots installed self-tapping nuts onto integrated die-cast floor components. Their success rate reached 90.2%, which is impressive for a system still under development.
2. Material Handling: They transported material bins and boxes across the factory floor, helping maintain a smooth workflow in the assembly line.
3. Precision Finishing: The robots applied Xiaomi’s Mi logo onto vehicle components and removed protective films from parts before final assembly.
4. Synchronised Operations: One of their most notable capabilities was performing simultaneous dual-side installations on assembly fixtures while maintaining the factory’s strict 76-second production rhythm.
These achievements show how Humanoid robots are now ‘interns’ at Xiaomi’s EV factory, contributing meaningfully to high-speed production environments.
Advanced AI and Robotics Technology
The robots rely on several advanced technologies to perform their tasks effectively.
Vision-Language-Action (VLA) Model: They are powered by Xiaomi-Robotics-0 VLA, an AI system that enables them to understand complex instructions and respond to changing environments.
TacRefineNet Tactile Sensing: This specialized model helps the robots adjust their grip in real time, allowing them to handle small and slippery parts such as nuts without constant visual feedback.
Hybrid Motion Control System: The robots combine Quadratic Programming for balance and Reinforcement Learning to recover from disturbances or unexpected movements during work.
Why Xiaomi Calls Them “Interns”?
Despite their promising performance, Xiaomi’s leadership says the robots are still learning. Company president Lu Weibing described them as “interns” because their reliability—currently around 90.2%—is below the 99%+ consistency required for full-scale automotive production.
Nevertheless, Xiaomi remains optimistic. The company plans to deploy a large number of humanoid robots within the next five years as their precision and durability improve. This reinforces the idea that Humanoid robots are now ‘interns’ at Xiaomi’s EV factory, representing the beginning of a larger technological shift.
The Growing Global Robot Race
Xiaomi is not alone in exploring humanoid robotics. Chinese EV startup XPeng and smartphone brand Honor are also developing humanoid robots. Analysts estimate that the global humanoid robot market could reach $9 trillion by 2050, with China potentially accounting for more than 60% of the market.
Meanwhile, in the United States, Elon Musk is pushing Tesla further into robotics by developing its Optimus humanoid robot, demonstrating that the competition is truly global.
The Road Ahead for Humanoid Robots
Although humanoid robots still have limitations and are not yet commercially available, their ability to operate in real factory environments is a major milestone. The CyberOne robots may not yet match the speed of human workers, but keeping pace with a 76-second production cycle is already a significant achievement.
As AI, robotics, and automation continue to evolve, experiments like Xiaomi’s could redefine the future of manufacturing—where humans and intelligent machines work side by side on the factory floor.
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