The ultimate robot path is bionic or computer science has not been conclusive, but the bionic robot has come out.
TAUB (Tel Aviv University's ORT Braude Institute), a research team at the Tel Aviv University in Israel, inspired the movement of locusts in natural environments and developed a robot that jumps efficiently with 3D printing technology, though it measures only 5 inches long and 28 grams , But it can jump to a height of 3.4 meters and jump horizontally 1.4 meters, jumping ability to pull the group, the team said the technology can be applied to search and rescue operations. Scientists also hope to be able to add gliding to it to expand the scope of the robot jump.
This compact robot is made of hard charcoal with legs, springs, small battery and microcontroller, and a 3D printed ABS body. Researchers through the study of the perfect spring mechanism that locusts have evolved through billions of years of application are used in the design of leaping robots. Grasshopper bounce is mainly divided into three stages, the first is a song of hind legs, and then keep the hind legs bent under the premise of tension in the leg muscles, and finally quickly release the song from the hind legs to complete the bounce. Through the imitation of these processes, the robot achieved amazing jumping ability. Researchers think this compact robot can be used in search, rescue and reconnaissance missions on rough terrain.
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