Xiaomi’s Humanoid Robot Demonstrates Precision in Electric Vehicle Assembly Line

• March 2, 2026

Xiaomi recently tested its humanoid robot in a real-world industrial environment, showcasing significant progress in automation within electric vehicle production. The robot operated fully autonomously for three hours on an assembly station responsible for tightening self-tapping nuts, commonly used in EV manufacturing.

Industrial Deployment of Humanoid Robotics

The trials took place on a production line of an electric vehicle manufacturer, where the robot was tasked with securing fasteners integral to the vehicle assembly process. During this continuous period, the robot completed 90.2% of its operations successfully, meeting stringent cycle time requirements mandated by production protocols. This level of precision indicates the technology’s potential to reliably contribute to factory automation tasks traditionally performed by human workers.

The experiment underscores the growing role of AI-driven robotic systems in industrial settings, particularly in sectors demanding high accuracy and repeatability. Xiaomi’s humanoid design reflects a broader trend toward robots capable of handling complex, dexterous tasks that require human-like mobility and fine motor control.

While specifics about the technical attributes of the robot or plans for mass adoption were not disclosed, the demonstration validates the potential of integrating humanoid robots into automotive manufacturing processes. Advances in this space may alleviate labor shortages and improve efficiency in assembly lines as electric vehicle production scales up globally.

This milestone aligns with industry efforts aiming to boost automation without sacrificing performance quality, especially in the rapidly evolving EV market where manufacturing speed and consistency are critical. Xiaomi’s achievement marks a noteworthy example of robotics technology transitioning from conceptual phases to practical industrial applications.

Xiaomi’s humanoid robot achieved over 90% success rate while autonomously tightening self-tapping nuts in an EV factory assembly line.