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First test run completed for 2026 humanoid robot half marathon

CGTN

A humanoid robot participates in the practice test for the 2026 Yizhuang humanoid robot half marathon, scheduled to kick off on April 16 in Beijing. /CMG
A humanoid robot participates in the practice test for the 2026 Yizhuang humanoid robot half marathon, scheduled to kick off on April 16 in Beijing. /CMG

A humanoid robot participates in the practice test for the 2026 Yizhuang humanoid robot half marathon, scheduled to kick off on April 16 in Beijing. /CMG

The first practice test for the highly anticipated 2026 Yizhuang humanoid robot half marathon, scheduled to kick off on April 16 in Beijing, was successfully completed early on Sunday morning.

More than 20 participating teams, including squads from enterprises and universities, took part in the trial.

New autonomous navigation competition

A humanoid robot participates in the practice test. /CMG
A humanoid robot participates in the practice test. /CMG

A humanoid robot participates in the practice test. /CMG

According to the event organizers, this year's racecourse features a fully upgraded racecourse with innovative design changes. With more teams participating, especially the addition of autonomous navigation teams, the technical requirements for the course and testing have increased.

A humanoid robot in the practice test. /CMG
A humanoid robot in the practice test. /CMG

A humanoid robot in the practice test. /CMG

Last year, all robot teams were manually controlled, either by technicians following alongside or guiding them from the front. This year, the newly introduced autonomous navigation teams will rely entirely on the robots themselves, using electronic maps to make real-time decisions and navigate independently.

Higher difficulty, more scenarios

A humanoid robot in the practice test. /CMG
A humanoid robot in the practice test. /CMG

A humanoid robot in the practice test. /CMG

This year's course includes more challenging sections, such as urban ramps, undulating roads and eco-paths within parks. These complex conditions place higher demands on the robots' terrain adaptability and motion control algorithms.

A humanoid robot in the practice test. /CMG
A humanoid robot in the practice test. /CMG

A humanoid robot in the practice test. /CMG

The practice test mainly aimed to validate technical compatibility and comprehensively assessed the robots' autonomous movement capabilities in real urban environments. Key evaluation included environmental perception, self-navigation, real-time decision-making and battery endurance, verifying their adaptability to complex road conditions and multi-scenario challenges.

The trial also tested the coordination across event management, safety and traffic control, which will help optimize race rules and safety plans, providing valuable practical experience to ensure the smooth execution of the official marathon.

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