Full-Process, All-Element Test Run Conducted for 2026 Beijing E-Town Humanoid Robot Half-Marathon

The 2026 Beijing E-Town Half-Marathon, featuring a unique Humanoid Robot Half-Marathon, is set to commence on April 19. In preparation for this event, the Beijing Economic-Technological Development Area (BDA), commonly referred to as Beijing E-Town, conducted a comprehensive test run from the evening of April 11 to the early hours of April 12. This full-process exercise aimed to simulate essential scenarios such as track navigation, scheduling, equipment coordination, and emergency support, thereby ensuring readiness for the official race. The upcoming competition, recognized as the world's first humanoid robot marathon event brand, has expanded significantly in scale and technological complexity. This year, the number of participating teams has surged to over 100, nearly five times the number from the previous year. The teams are divided into two main categories: autonomous navigation and remote control, with autonomous teams making up almost 40% of the participants. This increase in diversity and technological representation necessitated the full-process drills to enhance operational efficiency and team coordination. Technological innovation remains a focal point of this event, particularly with the large-scale implementation of autonomous navigation technology. Robots are challenged by the complexities of their environments, which test their decision-making capabilities and computing power. Additionally, the demands of long-distance running assess the robots' endurance, energy management, and dynamic balance, particularly during high-speed maneuvers and sharp turns, where precise posture adjustments are critical to prevent falls. This year's event has also introduced systematic upgrades in regulatory frameworks, encompassing stricter human intervention rules, refined start and movement protocols, clearer scoring criteria, standardized equipment management, and enhanced safety procedures. These improvements aim to address the challenges presented by the competition and ensure a smooth execution of the race. The primary objective of the recent test run was to validate technical processes, refine operational protocols, and mitigate risks, thereby ensuring the official race proceeds in a safe and orderly manner. The drill followed the complete official race route of 21.0975 kilometers and adhered to established timelines and support systems. It involved both autonomous and remote-controlled teams, simulating various scenarios across urban and eco-park settings, while focusing on technical competition and service support. Throughout the test, team positioning was meticulously organized based on technical data, ensuring a transparent and fair process. The results of this simulation were intended for reference only and did not influence official rankings. As the competition approaches, some teams express optimism that their robots may achieve half-marathon times comparable to elite human athletes. The event, scheduled for April 19, promises to advance the robotics industry and facilitate the transition of humanoid robots from experimental settings to practical applications.

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