Honor Humanoid Robot Smashes Half-Marathon World Record in Beijing.

Robot Athletes Break Human Records: Honor’s Humanoid Smashes Beijing Half-Marathon Time

At this year’s Beijing Half-Marathon, the spotlight wasn't just on elite human athletes. The robotics exhibition, which featured a race for humanoid robots, took a dramatic turn this year, showcasing a massive leap in mechanical endurance and speed.

The Record-Breaking Performance

The standout performer was a humanoid robot developed by the smartphone giant Honor. It completed the 21-kilometer (13.1-mile) course in just 50 minutes and 26 seconds. This performance is a historic achievement, as it significantly outperforms the human world record of 57 minutes and 20 seconds, held by Jacob Kiplimo.

This is a monumental shift in capability. Only last year, the top-performing robots finished hours behind human winners. Now, they are not only keeping pace they are outpacing the world’s best humans.

The Engineering Secrets Behind the Speed

The Honor engineering team utilized cutting-edge technology to achieve this efficiency:

• Biomimetic Design: The robots were designed with prolonged lower limbs that mimic the gait and physics of professional human runners, optimizing stride length and energy transfer.

• Smartphone-Derived Thermal Management: To prevent overheating during intense, hour-long physical activity, Honor adapted advanced cooling systems typically found in high-performance smartphones to keep the robot's processors and actuators within optimal temperature ranges.

• Unprecedented Participation: The competition saw a record-breaking turnout, with over 300 humanoid robots from 100 different teams pushing the boundaries of what these machines can achieve.

 

Just a year ago, robots were seen as mere "toys" that walked slowly. But the fact that it only took a year to "reduce that time by a few hours" demonstrates that we are entering an era where robotic locomotion has advanced significantly. Today, robot movement is no longer limited by traditional battery power, but utilizes energy-efficiency techniques that mimic human muscle movement.

The use of smartphone cooling technology by Honor is the most interesting aspect. In the future, we may see even more efficient cooling in mobile devices from this competition. These robots aren't just running to win; they are "mobile labs" testing how electronic components can withstand harsh environments.

The participation of over 300 robots signals that humanoid development will no longer be solely the domain of universities or military units, but rather "consumer-focused robotics." Honor, a mobile phone company, entering this market means that robots may be the next type of device we see in daily life, not just in factories or labs.

 

Threads Launches Live Chats Bringing Real-Time Interactivity to Major Global Events.

 

Source: Ars Technica 

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Robot Athletes Break Human Records: Honor’s Humanoid Smashes Beijing Half-Marathon Time

At this year’s Beijing Half-Marathon, the spotlight wasn't just on elite human athletes. The robotics exhibition, which featured a race for humanoid robots, took a dramatic turn this year, showcasing a massive leap in mechanical endurance and speed.

The Record-Breaking Performance

The standout performer was a humanoid robot developed by the smartphone giant Honor. It completed the 21-kilometer (13.1-mile) course in just 50 minutes and 26 seconds. This performance is a historic achievement, as it significantly outperforms the human world record of 57 minutes and 20 seconds, held by Jacob Kiplimo.

This is a monumental shift in capability. Only last year, the top-performing robots finished hours behind human winners. Now, they are not only keeping pace they are outpacing the world’s best humans.

The Engineering Secrets Behind the Speed

The Honor engineering team utilized cutting-edge technology to achieve this efficiency:

• Biomimetic Design: The robots were designed with prolonged lower limbs that mimic the gait and physics of professional human runners, optimizing stride length and energy transfer.

• Smartphone-Derived Thermal Management: To prevent overheating during intense, hour-long physical activity, Honor adapted advanced cooling systems typically found in high-performance smartphones to keep the robot's processors and actuators within optimal temperature ranges.

• Unprecedented Participation: The competition saw a record-breaking turnout, with over 300 humanoid robots from 100 different teams pushing the boundaries of what these machines can achieve.

 

Just a year ago, robots were seen as mere "toys" that walked slowly. But the fact that it only took a year to "reduce that time by a few hours" demonstrates that we are entering an era where robotic locomotion has advanced significantly. Today, robot movement is no longer limited by traditional battery power, but utilizes energy-efficiency techniques that mimic human muscle movement.

The use of smartphone cooling technology by Honor is the most interesting aspect. In the future, we may see even more efficient cooling in mobile devices from this competition. These robots aren't just running to win; they are "mobile labs" testing how electronic components can withstand harsh environments.

The participation of over 300 robots signals that humanoid development will no longer be solely the domain of universities or military units, but rather "consumer-focused robotics." Honor, a mobile phone company, entering this market means that robots may be the next type of device we see in daily life, not just in factories or labs.

 

Threads Launches Live Chats Bringing Real-Time Interactivity to Major Global Events.

 

Source: Ars Technica