This Robot Makes Use Of a 3D-Printed Slatted Design
Rahul Kalvapalle — July 28, 2016 — Tech
References: in.bgu.ac.il & gizmag
A group of engineers and scientists working out of the lab of Dr. David Zarrouk over in Israel's Ben-Gurion University have developed an extraordinary crawling robot, dubbed the Single Actuator Wave-like Robot, that is designed to be able to crawl in what is a single pure wave motion by making use of a singular motor design.
What makes this particular crawling robot stand out from other bio-inspired robots capable of crawling is the fact that it features a linked slatted design that was developed by making use of 3D-printing technology. The motor rotates the robot's spine, resulting in a continual wave motion.
This crawling robot could be used to infiltrate and inspect hard-to-reach areas such as pipes or areas suspected of containing hazards.
What makes this particular crawling robot stand out from other bio-inspired robots capable of crawling is the fact that it features a linked slatted design that was developed by making use of 3D-printing technology. The motor rotates the robot's spine, resulting in a continual wave motion.
This crawling robot could be used to infiltrate and inspect hard-to-reach areas such as pipes or areas suspected of containing hazards.
Trend Themes
1. Slatted Crawling Robots - Opportunity for designing bio-inspired crawling robots with 3D-printed slatted designs.
2. Single Actuator Wave-like Robots - Potential to develop robots capable of single pure wave motion utilizing a singular motor design.
3. Infiltration and Inspection Robotics - Disruptive innovation opportunity for using crawling robots to explore hard-to-reach areas or hazardous environments.
Industry Implications
1. Robotics - Potential for robotics industry to develop advanced crawling robots with slatted designs.
2. Engineering - Opportunity for engineers to create innovative wave-like robots with single actuator designs.
3. Inspection Services - Disruption potential for inspection services industry to utilize crawling robots for exploring inaccessible areas.
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