
Robots Run Half-Marathon in 50 Minutes, Beat World Record
A humanoid robot just ran a half-marathon faster than any human in history, completing the Beijing race in 50 minutes and 26 seconds. The breakthrough shows how quickly robot technology is advancing, with this year's machines running three times faster than last year's models.
Humanoid robots just proved they can outrun the world's fastest humans, and the leap forward happened in just one year.
More than 100 humanoid robots joined 12,000 human runners for a half-marathon in Beijing on Sunday. The fastest robot crossed the finish line in 50 minutes and 26 seconds, beating the human world record set just last month by Jacob Kiplimo of Uganda.
The winner was built by phone maker Honor and finished more than 10 minutes ahead of the fastest human competitors. That's a stunning achievement for machines that are designed to move like people, with legs and arms instead of wheels.
Even more impressive is how far these robots have come in just 12 months. Last year's inaugural robot half-marathon featured only 20 entries, and the fastest one stumbled through the course with multiple errors in two hours and 40 minutes. This year's champion cut that time by more than half.
The race took place on a 21.1-kilometer circuit through Beijing, giving the robots the same challenging course as their human counterparts. While several robots beat all the human runners, others still struggled to complete the distance, showing the technology is still developing.

The Bright Side
For the engineers behind these machines, beating humans in a footrace isn't really the point. The half-marathon serves as a real-world test for building robots that can move smoothly and maintain balance over long distances, skills that could eventually help in factories, hospitals, and homes.
Running requires constant adjustments to balance, terrain changes, and energy management. Solving these challenges helps researchers create more capable robots for everyday tasks.
Some experts note that running ability doesn't automatically translate to practical commercial uses. Manual dexterity, real-world perception, and handling varied tasks beyond repetitive movements remain bigger challenges for making humanoid robots truly useful.
Still, the dramatic improvement in just one year suggests the technology is advancing faster than many predicted. What seemed impossible 12 months ago became routine on Sunday in Beijing.
The race shows that humanoid robots are moving from science fiction to reality, one step at a time.
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Based on reporting by Google: marathon world record
This story was written by BrightWire based on verified news reports.
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