Runners have finally completed a sub 2-hour marathon, but another running world record was recently smashed — this time by a humanoid robot. Here's how.
The D1 humanoid robot, built by a smartphone manufacturer, has beaten the human-held world record by around seven minutes.
An autonomous humanoid robot built by the smartphone maker Honor has shattered the human half-marathon record.
Called the Honor Robotics D1, the mech-inspired, vibrant-red bot completed the 13.1-mile (21.1 kilometers) race in 50 minutes, 26 seconds at the 2026 Beijing E-Town Humanoid Robot Half-Marathon, eclipsing the previous human record of 57 minutes, 20 seconds, which was set by Ugandan runner Jacob Kiplimo in March.
Another separate robot that Honor representatives revealed at Spain's MWC Barcelona (formerly known as Mobile World Congress) in March completed the race even faster — in just 48 minutes, 19 seconds. But this humanoid machine wasn't awarded the win because it was remotely controlled, rather than being fully autonomous, and was thus given a 20% time increase penalty.
The result is especially notable when you compare it with last year's race, when the winning model achieved a finishing time of 2 hours, 40 minutes. Both the second and third runners-up in this year's content were also Honor robots, crossing the line at around 51 minutes and 53 minutes, respectively.
Honor's first robot, that it showcased at MWC Barcelona, is 5 feet, 3 inches (1.6 meters) tall, weighs 176 pounds (80 kilograms) and demonstrates 20 degrees of freedom, with human-like, five-fingered hands. This is unlike D1, which was optimized for aerodynamics with simple, blade-like appendages.
Honor's robot wears the gold medal after the event.
Whereas the MWC bot topped out at 2.5 mph (4 km/h), D1 reached a remarkable average speed of 15.6 mph (25.1 km/h) in Beijing.
A critical part of D1's ability to sustain that speed over long distances is a powerful liquid-cooling system developed primarily in-house. It's a self-developed closed-loop liquid-cooling system adapted from Honor's smartphone technology. A pipeline covers core heat-generating components, especially joint motors, with two high-speed micro pumps with flow rates up to 6 liters per minute of water circulation.
A close up of Honor's Robot Phone.
Honor has a long history of incorporating compact cameras, sensors and artificial intelligence (AI) chips into electronics, although these developments have been focused on the company's smartphones. The bridge to humanoid robots is most apparent in another technology Honor debuted at MWC: the Robot Phone.
The Robot Phone combines embodied AI interaction with robotic motion and cinematic imaging capabilities. It has a pop-up camera that serves as the device's "head," and it can bop along to music, track motion, and identify sounds.
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The D1 that competed in Beijing is equipped with autonomous perception and navigation, as well as an in-house high-dynamic motion system. Company representatives said in a statement that it's capable of providing real-time interactive feedback during motion. This ability is enhanced by light strips and signature gestures, and Honor intends to deploy it for events such as urban night runs and street sports.
By contrast, the robot that Honor debuted at MWC is positioned more as an assistant. Honor representatives said that the robot can serve multiple everyday support roles, like helping with shopping or workplace inspections, or in a more general role as a "supportive companion."
April has been a staggering month for breaking world records in marathon running. The success of the D1 humanoid robot in the half-marathon shows us just how far these machines have come in such a short space of time. Although we're used to seeing viral clips of humanoid robots fumbling around the house, unable to perform basic chores, the mechanical advancements are accelerating.
First, this feat shows that actuator power density has increased dramatically to enable sustained high-speed operation over several miles, including thermal management systems capable of handling extended high-intensity activity.
It also proves that autonomous navigation is reliable enough for unstructured outdoor environments at running speeds and that Honor could incorporate battery energy density to support over 50 minutes of continuous, maximum-power operation. With a three-times improvement in completion time between last year's competition and this year's, we eagerly anticipate how these humanoid robots get on in 2027.
