Chinese scientists have introduced a unique humanoid robot intended for lunar missions, showcasing its ability to traverse the moon's surface while undertaking construction, maintenance, and sampling activities. This robot, built on a wheeled platform, boasts impressive dexterity; its waist can rotate 180 degrees in either direction and bend forward by 90 degrees. The robot's design includes a nimble hand with four degrees of freedom, enabling precise manipulations essential for tasks on the lunar surface.

The researchers noted that a wheeled active suspension system enhances speed and stability compared to traditional bipedal walking methods. This stability is crucial for tasks performed by the robot's upper body, particularly in the challenging lunar environment. Previous explorations by China, including the Yutu lunar rovers and the Zhurong Mars rover, have successfully employed wheeled locomotion, establishing a foundation for this advanced humanoid design.

Humanoid robots have been explored for space operations for years, with NASA and General Motors' Robonaut being a significant milestone as it marked the first humanoid robot sent to the International Space Station in 2011. The development of this new robot reflects ongoing advancements in robotics aimed at aiding humanity's expansion into space and highlights China's ambitions in lunar exploration.