In the track and field arena, the embodied Tiangong Ultra demonstrated astonishing autonomous athletic capabilities: completing the 100-meter, 400-meter, and 1500-meter races, as well as the 4x100-meter relay, without any human intervention. Not only did it break the 100-meter record with a time of 21.50 seconds, it also took second to fourth place in the 400-meter race, secured silver in the 1500-meter race, and won silver in the 4x100-meter relay. The synergy between its joint drive system and dynamic balance algorithm enables the robot to achieve a stable cadence of 4.2 steps per second and a stride length of 1.2 meters while running at high speed, overcoming the technical bottlenecks of humanoid robots, which often suffer from slow running and prone to falls.
Tianyi 2.0 demonstrated its versatility in scenario-based competitions: in the material sorting competition, it accurately inserted 27 slender materials, each only 8 mm in diameter, into holes with zero errors, winning first and second place. In the material handling competition, leveraging the generalization capabilities of the universal embodied intelligence platform "Hui Si Kai Wu," it achieved efficiency comparable to that of industrial robots, securing second and third place. In the hotel reception competition, it autonomously completed guidance, Q&A, and other services, earning another silver medal.
The technological power behind these achievements lies in the "Hui Si Kai Wu" platform, which integrates an "embodied brain + cerebellum" architecture-the former responsible for understanding task instructions (such as the abstract semantics of "sort materials"), while the latter translates these instructions into joint movements with millimeter-level precision. Combining the latest breakthroughs in the "embodied world model" and "full-body control navigation system," the robot can flexibly combine skill modules, enabling seamless transitions from industrial operations to commercial services.
Industry insiders stated that the performance of the Beijing Humanoid Innovation Center marks the advancement of humanoid robots from "demonstration in specific scenarios" to "fully autonomous multi-tasking execution," laying the core technological foundation for their future entry into factories and the service industry.