Aerospace Self-Developed Centaur Robot Makes First Public Appearance, Future Hopes to Operate in Space

The aerospace self-developed "Xiao Cheng" Centaur heavy-load intelligent robot integrates a wheeled-legged chassis with humanoid arms and dexterous hands. This hybrid form design aims to balance mobility efficiency and operational flexibility. The robot is equipped with LiDAR and multiple sets of sensors, providing a hardware foundation for perception and decision-making in complex environments.

The robot supports cross-floor autonomous navigation technology and can move autonomously within corridors. This relies on the support of artificial intelligence algorithms such as computer vision and path planning, enabling it to independently execute tasks in both structured and unstructured environments. It is a typical application of AI technology in the field of embodied intelligence.

In terms of application scenarios, "Xiao Cheng" is mainly aimed at emergency rescue and operations in dangerous scenes. By replacing humans to enter high-risk areas to perform tasks such as finding survivors, the robot is expected to significantly improve rescue efficiency and reduce the risk of casualties, reflecting the social value of AI applications.

Additionally, the robot is expected to operate in space in the future, marking the extension of ground intelligent robot technology into the aerospace field. If stable operation can be achieved in extreme environments such as microgravity, it will provide new operational means for future space station maintenance and deep space exploration.

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