According to the stack of the internal structure of the humanoid robot, it is analyzed and optimized to simulate a set of structural layout that adapts to different working environments to ensure that it can present a smooth and natural effect when performing various actions. Reconstruct the appearance, pursue concise and elegant visual expression, emphasize the natural integration with the environment, convey the sense of intelligent technology through simple and smooth modeling, and skillfully wrap the internal mechanical structure to achieve the harmonious unity of function and beauty.

Modular design, can be split assembly, customer customization. It is conducive to the transportation of humanoid robots, and at the same time makes the maintenance of robots more convenient.

The humanoid robot dexterous hand and arm system adopts bionic design, and the dexterous hand is equipped with 2-3 degrees of freedom fingers to meet the needs of multiple scenes such as industry and life services.

By studying the joint topology, the structure and appearance of the knee joint are optimized to ensure that the humanoid robot maintains the best performance and reliability during the movement.

The robot carries a variety of interactive modules, including voice interaction, visual perception and gesture understanding, which makes the humanoid robot go beyond the tool attribute.