Human-Machine Co-Running Starts a New Journey: The 2026 Beijing Yizhuang Humanoid Robot Half Marathon Unlocks New Heights of Intelligence
2026-04-13
When mechanical feet step onto the urban track, when autonomous navigation systems accurately capture the path ahead, and when more than 300 humanoid robots run side by side with human runners, a feast spanning technology and sports is quietly kicking off. On April 19, 2026, the Beijing Yizhuang Half Marathon and Humanoid Robot Half Marathon will fire the starting gun. As the world's first A1-level event featuring "human-machine co-running" with humanoid robots, it is not only a competition of speed and endurance, but also an important milestone for China's humanoid robot technology to move from the laboratory to actual combat and from demonstration to large-scale application, witnessing the vigorous rise of the embodied intelligence industry.
Compared with the first event last year, the 2026 Robot Half Marathon has achieved an all-round leap, with both the scale and technological content hitting a new high. According to the event preparation team, this year's event has attracted more than 100 participating teams, an increase of nearly 5 times compared with last year, covering 13 provinces, municipalities directly under the Central Government and Hong Kong and Macao regions of China. It has gathered more than 300 humanoid robots from 26 mainstream robot brands, including cutting-edge products from enterprise teams, innovative achievements from universities and training camps, and 4 international teams coming from afar, forming a diversified competitive pattern. More than 50 teams from Beijing participated, including last year's champion "Tiangong" and runner-up Songyan Power and other established strong teams, as well as many new faces, demonstrating the event's attractiveness and the industry's vitality.
Technological breakthrough is the most dazzling highlight of this event, and the large-scale application of autonomous navigation technology is the top priority. Different from the mode where most robots relied on remote control last year, the newly added autonomous navigation group accounts for as high as 38% this year, becoming the core focus of the event. These robots do not require manual intervention. With their own environmental perception, real-time decision-making and motion control capabilities, they can independently respond to various complex scenarios on the track—whether it is the traffic interference on urban main roads, high-speed driving on GT racing sections, or the undulating roads and 90-degree bends in Nanhaizi Park, they can accurately adapt and move forward smoothly. To encourage the research and development of autonomous technology, the event also formulated a differentiated timing rule: the net time of the remote control group needs to be multiplied by a factor of 1.2, while the autonomous navigation group is ranked according to the actual net time. This innovation in competition system forces enterprises and research teams to continuously tackle key problems in core algorithms.
To ensure the fairness and safety of the event, the organizing committee has introduced a number of cutting-edge technical guarantees. All robot participants are equipped with special shoulder badges integrated with Beidou space-time intelligence technology, which can achieve centimeter-level positioning and real-time track backhaul, allowing the organizing committee and the audience to clearly grasp the progress of each "robot runner". It not only ensures the event order, but also provides reliable support for the collection and analysis of technical data. Earlier, from the evening of April 11 to the early morning of April 12, the event completed a full-process and full-element test. More than 70 teams tested the robots' traffic capacity, equipment coordination and emergency response on the simulated track to escort the official competition. At the test site, many robots showed amazing speed, with some models reaching a running speed of 5 to 6 meters per second, nearly 3 times higher than last year. Many enterprises even set the sprint goal of finishing the half marathon in "less than one hour", challenging the level of human elite runners.
The significance of the event is far more than competition; it is more about building a technical verification platform in real scenarios and promoting the commercial landing of humanoid robot technology. This year, the event launched the "Robot Service Officer" system for the first time, allowing robots to be both participants and service providers—robot dogs act as pacers, cleaning robots are responsible for cleaning garbage on the track, and other robots undertake support work such as food supply and cheerleading performances. A total of more than 50 robots participated in the event services, fully demonstrating the practical application value of embodied intelligence. At the same time, the Robot Warrior Challenge will be held concurrently with the event, setting 17 obstacle events such as narrow bridge crossing, flood fighting and dam building, and plum blossom pile challenge, covering three types of robots: humanoid, quadruped and quadruped wheeled, further expanding the application scenarios of robot technology.
From an industrial perspective, this robot half marathon is a microcosm of the accelerated development of China's humanoid robot industry. According to a report by the International Data Corporation (IDC), the global shipment of humanoid robots in 2025 was about 18,000 units, with Chinese manufacturers occupying a dominant position. 2026 is the key inflection point for the industry to move from "1-10" to "10-100" large-scale development. The strong joints, excellent perception and long battery life of robots tempered in the event can be widely applied in many fields such as industrial inspection, logistics and distribution, emergency rescue and disaster relief, and elderly care and assistance in the future, injecting strong momentum into the development of new quality productive forces. As the host of the event, Beijing Economic and Technological Development Zone (Yizhuang) has built an ecological closed loop of "policy guidance + standard output + industrial incubation" relying on the event, established a 200 million yuan industrial fund, opened resources such as computing power centers and test roads, promoted in-depth industrial chain collaboration, and made Yizhuang a "cradle" for humanoid robot industry innovation.
"Robots running marathons are not to defeat humans, but to prove that they can better serve humans." As the relevant person in charge of the event said, this human-machine co-running event breaks the boundary between humans and machines and demonstrates the future vision of "intelligent manufacturing symbiosis". When the mechanical feet of robots cross every obstacle on the track, when autonomous navigation systems are continuously optimized and upgraded, and when more core technologies achieve breakthroughs, what we see is not only the progress of science and technology, but also the infinite possibilities for humans and intelligent machines to move forward hand in hand.
On April 19, in Beijing Yizhuang, more than 300 humanoid robots will step onto the 21.0975-kilometer track together with human runners, interpreting the power of technology with speed and precision. This event is not only a technical competition and a scenario verification, but also a window for China's intelligent manufacturing to show its strength to the world. It will surely promote the humanoid robot industry to usher in a new wave of development and write a new chapter of human-machine symbiosis.
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