Beijing E-Town Half Marathon

Where Human Runners Race Alongside Humanoid Robots

Beijing E-Town Half Marathon – the half marathon that places humans and humanoid robots on the same 21.0975 km endurance course.

The Beijing E-Town Half Marathon (北京亦庄半程马拉松) is a half-marathon event held in Beijing E-Town, the Beijing Economic-Technological Development Area.

Since 2025, the event has developed a distinctive technology-focused identity by bringing human runners and humanoid robots together on the same half-marathon course.

The 2026 edition, officially presented as the 2026 Beijing E-Town Half Marathon and Humanoid Robot Half Marathon, was held on April 19, 2026, combining a 21.0975-kilometer human race with a dedicated humanoid robot competition. More than 12,000 human runners and over 100 humanoid robot teams took part.([北京政府外国人服务网站][1])

The event represents an unusual intersection of:

“Running + Robotics + Embodied AI + Urban Technology”

Rather than demonstrating robots inside a laboratory or exhibition hall, the race places humanoid robots into a demanding outdoor environment and asks them to complete a real endurance challenge.

What Is the Beijing E-Town Half Marathon?

A 21.0975-kilometer road race – with a parallel half marathon for humanoid robots.

The Beijing E-Town Half Marathon is a 21.0975-kilometer road race held in Beijing E-Town.

The human race includes separate men's and women's half-marathon categories, while the humanoid robot competition is organized as a separate competition alongside the human race.([亦庄半程马拉松][2])

The event is notable for its integration of technology into a conventional road-running event.

In 2026, human runners and humanoid robots started at the same time and used the same overall course, while physical barriers or green belts separated the robot and human lanes for safety.([北京政府外国人服务网站][1])
This created a unique race environment in which human athletes and humanoid robots could be observed running through the same urban landscape.

2026 Beijing E-Town Half Marathon

The Human-Robot Half Marathon – Sunday, April 19, 2026 in Beijing E-Town.

The 2026 edition was held on Sunday, April 19, 2026, in Beijing E-Town.

The event's theme was:

“亦马当先”

The race began at 7:30 a.m.

The human half marathon was designed for 12,000 participants, while the humanoid robot competition attracted more than 100 teams.([北京政府外国人服务网站][1])

The 2026 event was also recognized as a China Athletics Association A1-level event, marking a higher level of professional organization for the road race.([北京市政府][3])

The Human Race

21.0975 Kilometers Through Beijing E-Town – men's and women's titles on the line.

The human half marathon follows a 21.0975-kilometer course through Beijing E-Town.

The route combines:

• Urban roads
• Technology and industrial districts
• International automotive-racing infrastructure
• Parks and ecological areas
• Local landmarks

The course connects Beijing E-Town's technology-oriented urban environment with its green spaces, creating a distinctive combination of technology, city life and ecology.([亦庄半程马拉松][4])

In 2026, the men's title was won by Zhao Haijie (赵海杰) in 1:07:47, while Wang Qiaoxia (王巧霞) won the women's race in 1:18:06.([北京市政府][3])

The Humanoid Robot Half Marathon

A full 21.0975-kilometer endurance test – not a short indoor sprint.

The humanoid robot competition is the most distinctive feature of the Beijing E-Town Half Marathon.

Rather than competing on a short indoor track, humanoid robots are required to complete a full 21.0975-kilometer half-marathon distance.

This creates a very different engineering challenge from short-distance robot demonstrations.

A robot must manage:

• Long-duration locomotion
• Balance
• Gait control
• Battery consumption
• Thermal management
• Navigation
• Terrain changes
• Mechanical reliability
• Recovery from unexpected situations

The 2026 course included more than ten types of terrain and road conditions, including flat sections, slopes, curves and narrow sections, increasing the difficulty of the challenge.([北京政府外国人服务网站][5])
The race therefore functions as both a competition and a real-world test of humanoid robot endurance.

Two Competition Modes

Autonomous Navigation and Remote Control – two technical categories on the same course.

The 2026 humanoid robot half marathon introduced two technical categories:

The two categories were held as part of the same event and used a mixed timing system.([北京市政府][6])

According to the Beijing Economic-Technological Development Area, approximately 40% of the participating robots used autonomous navigation, representing a significant expansion of autonomous participation compared with the previous edition.([北京市政府][3])

The 2026 Robot Race

Shandian (闪电) takes the title – 21.0975 km in 50 minutes 26 seconds.

The 2026 humanoid robot half marathon produced a clear winner.

Shandian (闪电) from Team Monkey King (齐天大圣队) completed the 21.0975-kilometer course in:

The result made Shandian the champion of the 2026 humanoid robot half marathon.([北京政府外国人服务网站][5])

Thunder & Lightning Team (雷霆闪电队) finished second, while Spark Ignition Team (星火燎原队) took third place.([北京市政府][3])

The competition also included additional awards designed to recognize specific aspects of robot performance, including:

• Best Endurance
• Best Gait Control
• Best Design

These awards were intended to recognize capabilities beyond simply achieving the fastest finishing time.([北京市政府][3])

Why a Half Marathon Matters for Humanoid Robots

Endurance Is Different From Speed – 6 engineering pillars exposed only over long distance.

Humanoid robotics demonstrations often focus on spectacular short-duration movements:

• Running
• Jumping
• Kicking
• Dancing
• Backflips
• Object manipulation

A half marathon introduces a different problem:

“Can a humanoid robot continue walking or running efficiently for tens of kilometers?”

Long-distance operation exposes engineering limitations that may not appear during a short demonstration.

For these reasons, a humanoid robot half marathon can be viewed as an endurance and reliability benchmark, rather than simply a race.

A Real-World Test Environment

Beyond the Laboratory – a demanding, long-duration outdoor urban environment.

One of the most important characteristics of the Beijing E-Town event is its outdoor environment.

Humanoid robots are not competing on a perfectly controlled laboratory floor.

They must operate within a real urban environment containing:

• Long straight sections
• Curves
• Slopes
• Narrow passages
• Different road surfaces
• Changing surroundings
• Long operating durations

This makes the event particularly relevant to the development of embodied intelligence.

A humanoid robot ultimately needs to operate in the physical world.

The ability to maintain stable movement over a long distance is one small but important part of that challenge.

Human-Robot Co-Running

Sharing the Same Course – human athletes and humanoid robots race the same 21.0975 kilometers.

The defining visual feature of the event is human-robot co-running.

Human runners and humanoid robots begin their races around the same time and follow the same overall course.

For safety, the two groups are separated by physical barriers or green belts.([北京政府外国人服务网站][1])

This creates an unusual sporting environment.

Both face the same fundamental challenge:

“Complete 21.0975 kilometers as efficiently and reliably as possible.”

The format transforms robotics from something watched on a screen into something people can experience directly in the city.

A Race for Embodied Intelligence

From “Can It Walk?” to “Can It Keep Going?” – 7 layers run together over 21.0975 km.

The significance of the event extends beyond the finishing order.

A humanoid robot that can run a few hundred meters demonstrates locomotion.

A robot that can complete a half marathon demonstrates something more:sustained physical operation.

The race therefore provides an opportunity to evaluate several aspects of embodied intelligence simultaneously:

The result is a practical test of how well the robot's hardware, control systems and AI work together.

Robotics Meets Urban Life

Beijing E-Town as a Robotics Testbed – robots move from athletes to event service providers.

The event is closely connected with the identity of Beijing E-Town as a technology and industrial hub.

The race route passes through areas associated with technology, manufacturing and robotics, while also incorporating parks and ecological spaces.([北京市政府][3])

In 2026, the event included a number of robotic service roles beyond the competitors themselves.

Robots appeared as:

• Photographers
• Pacers
• Cheerleaders
• Supply assistants
• Food-service assistants

This expanded the role of robots from athletes to event service providers.([北京市政府][3])

The result is effectively a small-scale demonstration of human-robot coexistence in a public environment.

Technology Integrated Into the Race

A Digitally Connected Marathon – BeiDou-based badges, real-time trajectories and digital services.

The 2026 event incorporated a number of technology systems to support both runners and robot competitors.

Robot participants were equipped with dedicated shoulder badges incorporating BeiDou-based spatiotemporal intelligent technology, providing high-precision positioning and real-time trajectory transmission.([亦庄半程马拉松][7])

The event also provided digital services covering areas such as:

• Registration
• Participant verification
• Race information
• Results
• Image downloads
• Video services

This reflects the event's broader objective of combining sports with digital technology.

A Growing Robotics Competition

From a Demonstration to a Major Event – 100+ teams, companies, universities and 5 international entries.

The 2026 competition expanded substantially compared with the previous edition.

More than 100 humanoid robot teams participated, with teams coming from companies, universities and research institutions.

Participants included organizations such as:

• Beijing Humanoid Robot Innovation Center
• HONOR
• Unitree
• Booster Robotics
• Tsinghua University
• Peking University
• University of Science and Technology of China

The event also attracted five international teams, including teams from Germany, France, Portugal and Brazil.([北京市政府][3])
The expansion demonstrates the growing interest in using physical competitions to evaluate humanoid robots.

2026 Beijing E-Town Half Marathon at a Glance

Key event data, winners and categories in a single table.

The key event information and results above are supported by official Beijing and event-organizer sources.([北京政府外国人服务网站][1])

Why the Beijing E-Town Half Marathon Matters

Two very different athletic forms — one very visible public benchmark.

The Beijing E-Town Half Marathon is unusual because it combines two very different forms of athletic performance.

For human runners, the half marathon is a test of:

“Endurance, pacing and athletic performance.”

For humanoid robots, it is a test of:

“Locomotion, energy efficiency, navigation, control and reliability.”

Bringing them together creates a compelling public benchmark for the development of humanoid robotics.

The race does not answer every question about humanoid robots.

A robot that can run 21 kilometers is not necessarily ready for a factory, warehouse or home.

But it demonstrates an important capability:

“The ability to sustain physical activity in the real world.”

That is one of the foundations on which more capable embodied AI systems can be built.

The Beijing E-Town Half Marathon and the Future of Humanoid Robots

From Laboratory to Commercial Application – a visible milestone on the long road of embodied AI.

The long-term significance of the event lies not simply in who crosses the finish line first.

It is about how quickly humanoid robots are moving from:

The Beijing E-Town Half Marathon occupies an unusual position in this evolution.

It takes one of the world's most familiar human sporting challenges and gives humanoid robots the opportunity to attempt the same distance.

In doing so, it creates a highly visible test of a question that is becoming increasingly important in robotics:

“How well can intelligent machines operate in the physical world?”