On April 20, 2026, Beijing became the backdrop for a remarkable achievement in robotics. A humanoid robot named Honor completed a half-marathon in an astonishing 50 minutes and 26 seconds. This performance shattered the previous human record by seven minutes, setting a new standard for robotic capabilities.
Just a year earlier, the fastest robot at the same event took two and a half hours to finish. The transformation in performance is staggering. Over 100 humanoid robots from 76 institutions participated alongside 12,000 human runners, making this event a significant showcase of technological progress.
Meanwhile, another robot named Ace has been making waves in the world of sports. Ace competes in table tennis and has proven it can win against elite players—taking three out of five matches. With its perception system powered by nine cameras, Ace can track the ball and detect its spin with impressive accuracy.
Ace’s AI brain employs deep reinforcement learning to make real-time decisions during matches. “This research has shown that an autonomous robot can, in fact, win at a competitive sport,” said Peter Dürr, highlighting how these robots match or exceed human reaction times.
The contrast between human and robotic performance was evident throughout the half-marathon. Kinjiro Nakamura remarked on the significance of Honor’s achievement: “No one else would have been able to do that. I didn’t think it was possible.” His words underscore the excitement surrounding advancements in robotic performance.
As technology continues to evolve rapidly, these milestones raise questions about future possibilities. Could we soon see humans and robots competing on more equal footing across various sports? The implications are vast and intriguing.
For now, both Ace and Honor serve as reminders of how far robotics have come—and how quickly they are advancing. The future of sports may very well include not just human athletes but also their robotic counterparts. As we look ahead, one thing is certain: innovation is racing forward.
