The robot’s joint movement range can reach 320°, enabling nearly circular rotation and extreme actions that humans cannot complete (such as ultra-large-scale torsion and limb folding), providing unique advantages in complex industrial operations, emergency rescue and other scenarios.

With joint torque exceeding 130N・m, the robot can output huge power in a short time to complete dynamic actions requiring instant explosive force such as kicking and jumping. As a "high-explosive player", its dynamic actions are fast and precise.

The "simulation pre-training + real-scenario migration" mode enables rapid mastery of complex anthropomorphic actions, realizing the "self-evolution" of movement capabilities.

The robot has flexible hardware expansion capabilities, easily connecting various external devices (such as professional sensors and industrial tools); it also provides rich open API interfaces, greatly reducing the threshold for secondary development, accelerating the innovative implementation of scientific research and industrial scenarios, and promoting the breakthrough of embodied intelligence technology in more fields.

Through a multi-sensor fusion scheme, the robot has perception capabilities covering various indoor and outdoor scenarios, enabling accurate response to multi-layered space and complex terrain environments; relying on independently developed algorithms, the robot can achieve stable autonomous navigation in complex terrains.

Based on the VLM multimodal model, the robot can provide a more natural and considerate experience in scenarios such as exhibition hall guidance, customer reception, and companionship services.