打破人类记录，狂揽5金2银6铜！合作共赢 助力天工交出硬核答卷
Ranking
Overall
36
Content
30
Popularity
N/A
No observed public metrics; popularity remains neutral/archived.
Merged summary
TL;DR - UBTech-backed Beijing Humanoid Robot Innovation Center reported that its Tiangong robots won 5 gold, 2 silver, and 6 bronze medals at the 2026 World Humanoid Robot Games. The results highlight advances in humanoid locomotion, autonomous control, and preparation for real-world deployment.
- Tiangong Ultra reportedly completed 100 m in 9.32 seconds, 400 m in 38.15 seconds, and 1,500 m in 2:21.64, while achieving a 2.8843 m standing jump.
- Its hardware combines high-power-density joints, a lightweight aerodynamic structure, and dedicated thermal management for explosive and sustained movement.
- The control stack integrates the “Tianhu” embodied brain, “Wow” world model, and XR-1 motion controller, using autonomous navigation and reinforcement learning to optimize gait and task planning.
- Tiangong variants also performed autonomous library and landscaping tasks, supporting plans to commercialize humanoids for industrial, commercial, educational, and household applications.
Sources (1)
打破人类记录，狂揽5金2银6铜！合作共赢 助力天工交出硬核答卷
Public signals
N/A
TL;DR - UBTech-backed Beijing Humanoid Robot Innovation Center reported that its Tiangong robots won 5 gold, 2 silver, and 6 bronze medals at the 2026 World Humanoid Robot Games. The results highlight advances in humanoid locomotion, autonomous control, and preparation for real-world deployment.
- Tiangong Ultra reportedly completed 100 m in 9.32 seconds, 400 m in 38.15 seconds, and 1,500 m in 2:21.64, while achieving a 2.8843 m standing jump.
- Its hardware combines high-power-density joints, a lightweight aerodynamic structure, and dedicated thermal management for explosive and sustained movement.
- The control stack integrates the “Tianhu” embodied brain, “Wow” world model, and XR-1 motion controller, using autonomous navigation and reinforcement learning to optimize gait and task planning.
- Tiangong variants also performed autonomous library and landscaping tasks, supporting plans to commercialize humanoids for industrial, commercial, educational, and household applications.