Historic Moment: Robot Outsmarts Human Record
In a groundbreaking event, a humanoid robot developed by Honor has shattered the half-marathon record during a robotics competition in Beijing.
The race, part of the Robot World Humanoid Robot Games, covered the standard 21 km distance and featured fully autonomous humanoid robots competing against each other.
Lightning Robot Sets New Record
Honor’s Lightning robot emerged as the star performer:
- Autonomous race time: 50 minutes 26 seconds
- Previous record: 57 minutes 20 seconds by Jacob Kiplimo (March 2026)
This marks the first time a humanoid robot has outperformed a human world record in a half-marathon distance.
Interestingly, Lightning also dominated the radio-controlled category, finishing even faster with a time of 48 minutes 19 seconds.
Advanced Design and Engineering
The Lightning robot combines cutting-edge engineering with performance-focused design:
- Height: 1.69 meters
- Leg length: Up to 95 cm
- Cooling system: Advanced liquid cooling for efficiency and endurance
These features allow it to maintain high speeds over long distances without overheating—something critical in endurance races.
Massive Participation and Industry Growth
This year’s competition saw rapid growth in participation:
- 100 teams and 300 robots competed
- Representing 26 robotics brands, including:
- Unitree Robotics
- Noetix Robotics
- Songyan Dynamics and Tiangong
In comparison, the 2025 edition had only 20 teams, highlighting the fast-growing interest in humanoid robotics.
Robots vs Human Speed: Closing the Gap
The competition also revealed impressive speed capabilities. Robots from Unitree Robotics can reach speeds of up to 10 m/s over short distances, which is very close to the legendary sprint speed of Usain Bolt (10.44 m/s).
Conclusion
The success of Honor’s Lightning robot signals a major leap in humanoid robotics and AI-driven mobility. With robots now challenging human athletic records, the future could see even more advanced machines competing in endurance and speed-based events.
