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'Faster than Usain Bolt': Prehistoric carnivore inspires two-legged sprinter robot (VIDEO)

Published time: May 30, 2014 20:13
Edited time: May 31, 2014 09:05
Image: KAIST Mechatronics, Systems, and Control Lab

Image: KAIST Mechatronics, Systems, and Control Lab

South Korean scientists have taken tips from the prehistoric Velociraptor dinosaur to build one of the world's simplest and fastest robots, capable of reaching a speed of 46 kilometers per hour (28.5 mph).

Just like the carnivore that roamed the earth 75 million years ago, the ‘Raptor’ robot has two legs and a mechanism that works like a tail. The machine was built by the Korea Advanced Institute of Science and Technology (KAIST).

According to the scientists behind the project, the spinning rod - which executes the function of the tail - provides stability to the robot, helping it navigate around obstacles.

The mechanism uses carbon/epoxy composite legs - which resemble the running blades used by amputees - for greater durability, IEEE Spectrum magazine reports.

While running on a treadmill, the Raptor is able to outrace the world's fastest man, six-time Olympic champion Usain Bolt, whose maximum speed reached is 43.92 km/hr (27.2 mph).

But the speed of 46 km/hr doesn’t make KAIST’s invention the world's fastest robot; it still trails Boston Dynamics' four-legged 'Cheetah' robot by 1 km/hr (.62 mph).

However, it's Raptor's simplicity – not its speed – which makes it stand out among other running robots that rely on multiple actuators.

Image: KAIST Mechatronics, Systems, and Control Lab


Unlike its counterparts, the Korean robot - which weighs just three kilograms (6.61 lbs) – uses only one motor per leg and an Achilles tendon system to recover energy during motion.

The Raptor's control system is far from complicated as well; it operates on a simple running pattern generator computer program.

The KAIST team is now working on optimizing the robot's speed, stability, and control.

Comments (10)

 

Betty Nyne 04.06.2014 06:46

It's going to quickly fall flat on its cute little robot face when it runs untethered.

 

Anthony Neilly 31.05.2014 12:04

Cheetah did not go faster.

 

paradigm-respawn 31.05.2014 10:22

Simpler + Smaller + Cheaper = Better

View all comments (10)
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