Beijing tests world’s first humanoid robot half-marathon, signifying ambition in autonomous tech use
Beijing has completed a full-scale test for the world’s first humanoid robot half-marathon, with over 70 teams simulating race conditions ahead of the official event.
- Beijing conducted a full-scale test for the world’s first humanoid robot half-marathon.
- Over 70 teams participated, testing navigation, endurance and safety systems.
- Event highlights rapid progress in autonomous robotics and real-world applications.
CHINA: Beijing has completed a full-scale rehearsal for the world’s first humanoid robot half-marathon, as preparations intensify ahead of the official race scheduled for 19 April 2026.
The test took place from the evening of 11 April to the early hours of 12 April in the E-Town Economic and Technological Development Area, simulating real race conditions.
Organisers said the trial aimed to ensure operational readiness, safety, and coordination across all aspects of the event.
Large-scale participation in test run
More than 70 teams took part in the rehearsal, including four international teams, with both autonomous and remote-controlled humanoid robots participating.
The event is expected to feature over 100 teams during the official race, marking a nearly fivefold increase compared to the previous edition.
Participants are divided into two main categories: autonomous navigation and remote control, with autonomous teams making up nearly 40 per cent of the total.
Full route simulation under race conditions
The rehearsal covered the complete 21.0975-kilometre half-marathon route, following official race timing, track rules, and logistical arrangements.
Robots were tested across varied environments, including urban roads and ecological park terrain, to assess adaptability in real-world conditions.
Organisers also simulated key scenarios such as scheduling coordination, equipment management, and emergency response procedures.
Focus on advanced autonomous capabilities
A key highlight of this year’s event is the expanded use of autonomous navigation technology.
Participating robots are required to detect and respond to dynamic surroundings, demanding high computational performance and real-time decision-making.
Maintaining balance and stable movement over long distances requires precise posture adjustments within milliseconds, reducing the risk of falls during the race.
Endurance and energy challenges
Beyond navigation, teams must also address challenges related to battery life and energy efficiency.
Long-distance running places strain on power systems, requiring careful management to ensure robots can complete the race without interruption.
Engineers are also focused on improving gait control to maintain speed and stability over extended periods.
Stricter rules and improved safety measures
This year’s competition features updated regulations, including tighter restrictions on human intervention and more standardised race procedures.
Organisers have introduced clearer scoring systems, improved resupply protocols, and enhanced safety and emergency frameworks.
These measures aim to ensure fair competition while maintaining high safety standards.
Milestone for robotics industry
Officials say the upcoming race represents a significant step in advancing humanoid robotics beyond laboratory environments.
With improvements in speed, some teams are expected to approach performance levels comparable to elite human runners in terms of completion times.
The event is seen as a milestone that could accelerate the adoption of humanoid robots in practical, real-world applications.
