During the 2026 World Robotics Conference, Yushu Technology brought a variety of newly released humanoid robots and four-legged robots to the conference. Through a fully autonomous AI cluster performance and a display of next-generation dynamic motion capabilities, it comprehensively presented the latest progress in the evolution of robots from single intelligence to group intelligence, and from motion control to autonomous collaboration. It was seen live that Yushu Technology brought a fully autonomous demonstration of the new AI cluster. Multiple G1 humanoid robots used self-developed AI group control systems to complete unified orchestration and collaborative movements, and presented neat and smooth group dance performances through the group control system. The mass-production-grade humanoid robot G1 and the new-generation full-size humanoid robot H2 also each brought new combat action displays, showing the technological progress of humanoid robots in terms of dynamic balance, full body coordination, and high-speed motion control. At the same time, G1 also brought an interactive display of table tennis on site. By sensing the position and motion state of the incoming ball in real time, the robot can perform actions such as hitting the ball with the forehand, backhand, and stride, and dynamically adjust the batting motion and body posture according to the incoming ball, so as to achieve continuous return of the ball and play against the man-machine.

During the 2026 World Robotics Conference, Yushu Technology brought a variety of newly released humanoid robots and four-legged robots to the conference. Through a fully autonomous AI cluster performance and a display of next-generation dynamic motion capabilities, it comprehensively presented the latest progress in the evolution of robots from single intelligence to group intelligence, and from motion control to autonomous collaboration. It was seen live that Yushu Technology brought a fully autonomous demonstration of the new AI cluster. Multiple G1 humanoid robots used self-developed AI group control systems to complete unified orchestration and collaborative movements, and presented neat and smooth group dance performances through the group control system. The mass-production-grade humanoid robot G1 and the new-generation full-size humanoid robot H2 also each brought new combat action displays, showing the technological progress of humanoid robots in terms of dynamic balance, full body coordination, and high-speed motion control. At the same time, G1 also brought an interactive table tennis display on site. By sensing the position and motion state of the incoming ball in real time, the robot can perform actions such as hitting the ball with the forehand, backhand, and stride, and dynamically adjust the batting motion and body posture according to the incoming ball, so as to achieve continuous return of the ball and play against the man-machine.