This Bio-Inspired Robot Has Fins That Can Move In Opposing Directions
Rahul Kalvapalle — June 19, 2018 — Tech
Germany-based engineering company Festo is not new to the world of bio-inspired robots, having previously unveiled bots inspired by bats and spiders, but its latest and greatest creation is truly unique in that it moves just like a cuttlefish.
Dubbed 'BionicFinWave,' this particular bio-inspired robot predominantly makes use of 3D-printing technology. Its design comprises a pair of fins operated by nine arms that are hooked up to a pair of motors. This setup allows the two fins to move at differing speeds and directions, offering similar flexibility to that of real cuttlefish. It also comes equipped with a third motor that allows the robot to bend its body in order to move up or down, while the robot's innards also include cavities that enable it to control its buoyancy.
In addition to showcasing innovative mechanical techniques, this bio-inspired robot's unique locomotion abilities could make it invaluable for machine inspection applications.
Dubbed 'BionicFinWave,' this particular bio-inspired robot predominantly makes use of 3D-printing technology. Its design comprises a pair of fins operated by nine arms that are hooked up to a pair of motors. This setup allows the two fins to move at differing speeds and directions, offering similar flexibility to that of real cuttlefish. It also comes equipped with a third motor that allows the robot to bend its body in order to move up or down, while the robot's innards also include cavities that enable it to control its buoyancy.
In addition to showcasing innovative mechanical techniques, this bio-inspired robot's unique locomotion abilities could make it invaluable for machine inspection applications.
Trend Themes
1. Bio-inspired Robotics - Companies should explore the potential of bio-inspired robotics to develop unique machines with flexible, adaptive features.
2. 3D Printing Technology - The use of 3D printing technology in creating robots can revolutionize robot design capabilities and reduce production time and costs.
3. Flexible Robotics - Flexible robots with the ability to move in different directions at varying speeds can offer unique opportunities in machine inspection and other industries.
Industry Implications
1. Robotics - Robotics companies should experiment with bio-inspired designs and 3D printing technology to create more flexible and efficient robots.
2. Manufacturing - Manufacturing companies can incorporate 3D printing technology in their production process to create complex and flexible components for use in machines and tools.
3. Inspection - Inspection companies can utilize flexible, bio-inspired robots to perform precise and detailed inspections of difficult-to-reach areas and equipment.
3.5
Score
Popularity
Activity
Freshness
