Bipedal robot training to become world's fastest
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What is as tall as a human, has the legs of a bird, and can鈥檛 think for itself?
ATRIAS, which stands for Assume The Robot Is A Sphere, is currently being designed by researchers in the Dynamic Robotics Laboratory at Oregon State University to become the fastest bipedal robot in the world. The robot is modeled after the fastest two-legged runners in nature:聽birds, specifically ones that spend most of their time on the ground, such as chickens.
"When this robot gets up to speed for walking, not even running yet, it will be the fastest bipedal robot in the world," Jonathan Hurst, an associate professor and robotic expert in the OSU College of Engineering, told KGW News.
The robot鈥檚 legs are made with a lightweight carbon-fiber mechanism that is mounted on fiberglass springs, which store mechanical energy and provide suspension so that it can be as fast and agile as possible on uneven terrain.
, 鈥淎TRIAS is designed to move like a simple 'spring-mass' model, a theoretical model which is comparable to a pogo stick. This springy model can both walk and run with remarkable energy economy and in a fashion highly similar to humans and other animals. By building ATRIAS like this model, we are targeting similar performance.鈥�
In training, the robot has easily kept its balance while withstanding kicks, punches, and .
Researchers working on the project believe that the robot could eventually be used to enter disaster areas that are too dangerous for humans. The technology also has potential applications in building prosthetic limbs that will better mimic natural movement.
ATRIAS has its own and posts first-person updates on its progress each day.
