Robots Gear Up for Historic Half-Marathon in Beijing E-Town

Daily Technology

15/04/2026

Beijing E-Town recently conducted a comprehensive, full-process test run for the upcoming 2026 Humanoid Robot Half-Marathon, scheduled for April 19. This crucial drill simulated core race scenarios, including track passage, scheduling, equipment coordination, and emergency support, involving over 70 participating teams to ensure a seamless and safe official event.

Key Takeaways

Over 70 teams, including four international groups, participated in the extensive test run.
The event is the world's first humanoid robot marathon brand, showcasing significant technological advancements.
Challenges include autonomous navigation in complex environments, robot endurance, and dynamic balance.
Regulations have been upgraded across five key areas for enhanced fairness and safety.

A Groundbreaking Competition

The 2026 Beijing E-Town Half-Marathon and Humanoid Robot Half-Marathon is set to be a landmark event, recognized as the world's first humanoid robot marathon brand. This year's competition has seen a dramatic increase in scale, with over 100 teams registered, a nearly five-fold increase from the previous year. The event features two main categories: autonomous navigation and remote control, with autonomous teams making up approximately 40% of the participants. This expansion in participants, technology, and testing scope necessitates rigorous full-process drills to refine operational links and ensure smooth execution.

Technological Hurdles and Innovations

A major highlight and challenge of the competition is the large-scale application of autonomous navigation technology. Robots must navigate complex and dynamic environments, demanding significant computing power for perception and decision-making. The long-distance nature of the half-marathon also tests the robots' endurance, energy management, and long-range stamina. Maintaining dynamic balance, especially during high-speed running or sharp turns, is critical, requiring sophisticated adaptive gait control and millisecond-level posture adjustments to prevent falls.

Enhanced Regulations and Safety

This year's event introduces systematic upgrades to its regulations, focusing on five key areas: stricter rules on human intervention, more scientific start and movement protocols, clearer scoring and penalty criteria, standardized supply and equipment management, and tighter safety and emergency procedures. These enhancements aim to ensure a fair, safe, and orderly competition.

The Test Run: A Comprehensive Simulation

The recent full-process, all-element test run was designed for technical validation, process refinement, risk prevention, and standard consolidation. For the first time, the drill followed the complete official race route of 21.0975 kilometers, adhering to official race timelines, track rules, and support systems. It encompassed two team categories (autonomous and remote-controlled), two scenario types (urban main roads and eco-parks), and two major segments (technical competition and service support). The test involved a full chain of operations, from start-line assembly and track control to battery swapping, finish-line diversion, emergency response, and medical services, all aimed at identifying potential issues and optimizing procedural details.

Future Prospects

Preliminary results from the test runs indicate significant improvements in robot speed, with some teams predicting their half-marathon times could rival those of elite human athletes. The official human-robot co-running half-marathon on April 19 is highly anticipated, promising to provide further impetus for the robotics industry and accelerate the real-world application of humanoid robots.

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