Xiaomi has released footage showing its humanoid robots completing an eight-hour work shift at the company’s electric vehicle (EV) factory in China. The machines were assigned to sort center console side-cover components, a repetitive production-line task that requires picking parts from containers, orienting them correctly and placing them into designated storage slots. Xiaomi says the robots operated autonomously, detected irregularities and corrected mistakes during the process.
The demonstration marks an important milestone in Xiaomi’s efforts to bring humanoid robots into industrial environments. Rather than showing machines performing isolated movements in a laboratory, the company is demonstrating their ability to handle a defined task over an extended production shift. However, important performance figures, including the number of components processed, the overall success rate and the extent of human intervention, have not been disclosed.
Xiaomi Robots Take on an Eight-Hour Factory Shift
The demonstration took place at Xiaomi’s EV factory, where the humanoid robots worked at a center console side-cover sorting workstation. The task involved removing components from bins, carrying them to storage racks and placing them in the correct slots according to the production sequence.
Xiaomi shared the footage through its official technology account on November 3, 2026. The video includes a running counter showing cumulative working time, alongside a label indicating that the footage has been accelerated.
The company described the demonstration as an eight-hour production-line task and said the robots could autonomously identify and correct anomalies while coordinating with the factory’s production-line control system.
Reports about the demonstration identify two humanoid robots participating in the operation. The work is part of Xiaomi’s broader effort to test whether general-purpose humanoid machines can perform useful tasks in its manufacturing facilities.
The significance lies in the nature of the assignment. Sorting irregularly oriented components requires more than simply repeating a predetermined movement. Robots must identify objects, determine how to pick them up, position them correctly and respond when something does not go as expected.
From Three Hours to a Full Production Shift
The latest demonstration follows a series of factory experiments Xiaomi has conducted throughout 2026.
In March, the company deployed a humanoid robot at a self-tapping nut installation workstation in its Beijing EV factory. Xiaomi reported that the machine operated autonomously for three consecutive hours and achieved a 90.2% success rate.
The workstation had a production cycle time of approximately 76 seconds, meaning the robot needed to complete its assigned operation within that window to keep pace with the manufacturing line.
By July, Xiaomi reported that the success rate at the nut-loading station had improved to 98%. The company also introduced two additional tasks, including side-cover sorting and box folding, reporting success rates of around 90% for those operations.
The November demonstration represents another step in the progression from short-duration task execution to longer production-line operation.
| Milestone | Xiaomi-reported result |
|---|---|
| March 2026 | Three hours of operation at a nut-installation station |
| March 2026 | 90.2% success rate |
| July 2026 | 98% success rate at the nut-loading station |
| July 2026 | Around 90% success rate for additional tasks |
| November 2026 | Eight-hour factory shift demonstration |
These figures relate to different tasks and testing periods. They should not be treated as a direct measure of the success rate achieved during the latest eight-hour demonstration.
How the Robots Handle Factory Tasks
The side-cover sorting assignment is part of the material-sequencing process used in vehicle manufacturing. Components must be supplied in the correct order so that production workers and automated equipment can access the parts needed for each vehicle.
The humanoid robots are expected to identify the required component, retrieve it from a container and place it in the appropriate position on a storage rack.
Xiaomi says its machines can detect and correct anomalies independently. They also coordinate with the factory’s production-line system, which helps connect their work with the wider manufacturing process.
The demonstration also illustrates how humanoid robots can work alongside other forms of industrial automation. Autonomous mobile robots are used to move materials around factory floors, while humanoid machines perform tasks involving object handling and manipulation.
This combination could eventually allow manufacturers to automate more flexible workstations without redesigning every production process around specialized machinery.
Xiaomi’s Robotics AI Ambitions
The factory demonstration is part of Xiaomi’s wider investment in embodied artificial intelligence, a field focused on enabling AI systems to understand and interact with the physical world.
In July 2026, Xiaomi introduced its open-source Xiaomi-Robotics-1 model, designed to support robotic manipulation and real-world task execution. The company said the model was pretrained using more than 100,000 hours of real-world robot data.
Xiaomi has also started testing the model in residential environments, including trial runs in apartments used by company employees. In one reported 30-minute trial, the system completed more than 50 task sequences across three rooms.
These experiments show that Xiaomi is exploring applications beyond vehicle manufacturing. The company is developing robotics technology that could eventually support industrial operations, logistics and household tasks.
CEO Lei Jun has previously discussed plans to deploy humanoid robots at scale across Xiaomi factories over the next five years. Achieving that goal will require improvements in reliability, operating costs, safety and the ability to perform multiple tasks without extensive human supervision.
Important Questions Remain About the Demonstration
Although the eight-hour demonstration is a notable milestone, the available information does not establish that the robots can independently operate an entire production shift without assistance.
Xiaomi has not published the total number of components processed, the success rate achieved during the full demonstration or the frequency of human interventions.
The power arrangements also remain unclear. Reports examining the footage have identified charging intervals during the run, but Xiaomi has not fully explained whether the shift involved battery swaps, charging breaks or another power-management arrangement.
There is also a distinction between completing an eight-hour task and operating continuously for eight hours without interruption. The demonstration supports Xiaomi’s claim that its robots covered the production task over an extended period, but it does not establish uninterrupted operation by an individual robot.
These details matter because manufacturers need measurable performance before deploying humanoid robots at scale. A production-ready machine must deliver predictable output, maintain quality, recover from errors and operate safely alongside workers and other equipment.
The Bigger Picture
The demonstration comes as major technology and automotive companies compete to develop humanoid robots for industrial use. Tesla, Figure AI, Agility Robotics and several Chinese manufacturers are exploring ways to automate tasks traditionally performed by people.
Xiaomi has an advantage in being able to test its machines inside its own vehicle manufacturing operations. This gives the company access to real production environments where it can evaluate robots against practical requirements rather than relying entirely on laboratory demonstrations.
However, the commercial case for humanoid robots will depend on more than impressive videos. Manufacturers will need evidence that these machines can match human or specialized automation systems on productivity, reliability and total operating costs.
Looking Ahead
Xiaomi is expected to continue expanding its robotics experiments across manufacturing operations as it improves its hardware and AI systems. The next important milestones will be independently verifiable production data, including task success rates, components processed per hour, human intervention frequency and operating costs. These figures will help determine whether the technology can move from controlled demonstrations into routine factory deployment.
The longer-term opportunity extends beyond vehicle production. If humanoid robots become sufficiently reliable and economical, they could take on repetitive material-handling and assembly tasks across multiple industries. Xiaomi’s eight-hour demonstration is a meaningful step toward that possibility, but widespread commercial adoption will depend on consistent performance over months and years, not just a single successful shift.
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