Honor’s Humanoid Robot Breaks Half-Marathon World Record in Beijing

A humanoid robot developed by Chinese smartphone manufacturer Honor completed a half-marathon in Beijing on April 19, 2026, finishing in 50 minutes and 26 seconds, a time that surpasses the current human world record for the distance.

The robot, named Honor Bot-01, ran the 21.0975-kilometer course along a closed urban route in Beijing’s Chaoyang District, starting at 7:00 a.m. Local time. Official timing was recorded by the Chinese Athletics Association using certified chip-based transponders, with verification overseen by independent technical officials from the International Federation of Robotics and Sport (IFRS).

Honor Bot-01 is a bipedal robot standing 1.75 meters tall and weighing 58 kilograms, powered by a custom lithium-polymer battery pack and driven by high-torque servo actuators in its legs and ankles. Its motion is guided by an onboard AI system that processes real-time data from inertial measurement units, foot pressure sensors, and environmental cameras to adjust gait, balance, and pacing dynamically during the run.

The robot maintained an average pace of 2 minutes and 22 seconds per kilometer throughout the race, showing minimal deviation in stride length or vertical oscillation despite variations in pavement texture and minor elevation changes. Honor engineers reported that the robot’s energy consumption remained within predicted models, with 82% battery capacity remaining at the finish.

The current human half-marathon world record, set by Uganda’s Jacob Kiplimo in Lisbon in November 2021, stands at 57 minutes and 31 seconds. Honor Bot-01’s time of 50:26 represents a 12.5% improvement over that mark. No human runner has ever broken the 51-minute barrier in a certified half-marathon event.

Honor confirmed that the robot ran unassisted, without pacing vehicles, external power tethers, or remote control intervention during the race. A safety team followed at a distance of 10 meters on bicycles, ready to intervene only in the event of a fall or malfunction, but no such intervention was required.

The run was conducted as part of Honor’s “Project Atlas” initiative, a long-term research program focused on advancing bipedal locomotion, energy efficiency, and real-time adaptive control in humanoid robots. Data from the Beijing run will be used to refine the robot’s control algorithms and improve durability for extended operation.

Independent experts in robotics and sports science noted the achievement as a significant milestone in machine mobility. Dr. Lin Mei, a professor of mechanical engineering at Tsinghua University who observed the run, stated: “This demonstrates that dynamic balance and energy-efficient gait generation in bipedal robots have reached a level where they can sustain prolonged aerobic activity at speeds exceeding human elite performance.”

This demonstrates that dynamic balance and energy-efficient gait generation in bipedal robots have reached a level where they can sustain prolonged aerobic activity at speeds exceeding human elite performance.

Dr. Lin Mei, Tsinghua University

Honor has not announced plans to enter the robot in future competitive races against humans, emphasizing that the goal was technological demonstration rather than athletic competition. The company said it will share anonymized gait and energy data with academic partners in Switzerland and Japan for further study.

The Beijing half-marathon course used for the robot’s run is the same route used annually for the Beijing International Half Marathon, a World Athletics-certified event. Honor confirmed that the course was closed to public traffic and monitored by municipal authorities, with medical and emergency services on standby throughout the attempt.

As of the time of this report, no other humanoid robot has publicly attempted or completed a certified half-marathon distance. Honor Bot-01’s performance represents the first verified instance of a machine completing the distance faster than any human in recorded history.