comscore Researchers develop 3D-printed robot that moves in wave-like motion
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Researchers develop 3D-printed robot that moves in wave-like motion

The 3D-printed robot can move in wave-like motion which enables it to climb over obstacles, swim or crawl through sand, grass and gravel. The robot can be miniaturized to a diameter or centimeter for medical purposes.

  • Updated: August 3, 2016 12:05 AM IST
3d-wave-robot

Researchers have developed a 3D-printed robot that can move forward or backward in a wave-like motion, enabling it to climb over obstacles, swim or crawl through unstable terrain like sand, grass and gravel. “Researchers all over the world have been trying to create a wave movement for 90 years,” said one of the researchers David Zarrouk from Ben-Gurion University of the Negev (BGU) in Israel. “We succeeded by finding a simple, unique solution that enables the robot to be built in different sizes for different purposes. For example, it can be scaled up for search and rescue and maintenance, or miniaturized to a diameter of one centimeter or less to travel within the human body for medical purposes, such as imaging and biopsies of the digestive system,” Zarrouk explained. Also Read - India's first virtual science lab launched for students: Here's what the govt wants to acheive with it

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The first single actuator wave-like robot (SAW) moves much like a worm would in a perpendicular wave. Its minimalistic mechanical design produces an advancing sine wave with large amplitude, using only a single motor with no internal straight spine, described a paper published in the journal Bioinspiration & Biomimetics. The robot can crawl through unstable terrain like sand, reaching a top speed of 57 centimeters per second.

The robot’s innovative wave movement also enables it to climb through tunnels at a rate of eight centimeters per second when touching both sides. A waterproof version can swim at six centimetres per second, the researchers said. By adding spiny traction enhancers to each link, the team was able to propel the robot 13 per cent faster than its own wave speed.

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The robot is easy to manufacture, strong, reliable, and energy efficient, which enables long-distance travel, Zarrouk said. “I believe it will be useful for travelling through the intestine for imaging and biopsies, and for infiltrating problematic, complex security areas, such as tunnels, destroyed buildings and pipes,” Zarrouk noted.

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  • Published Date: August 3, 2016 12:00 AM IST
  • Updated Date: August 3, 2016 12:05 AM IST



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