Soft robots are robots which have soft exteriors and are powered by fluid flowing through internal channels. MIT researchers have developed the first autonomous soft robot capable of rapid body motions. Their creation is a robotic fish that can convulse its body and change direction almost as quickly as a real fish.
The researchers used a 3D printer to build a fish mold, and crafted the tail and head from silicone rubber. A polymer ring protects the electronics stored in the fish's guts.
The field of 'soft robotics' is growing in importance as robots become more present in the physical world, due to the reduced dangers associated with soft-bodied robots. Soft robots are also more flexible; this particular robot's fish-shaped body allows it to change direction in a manner that a hinge-dependent robot cannot.
Flexible Robotic Fish
This Soft Robot Fish Looks and Moves Just Like a Real Fish
Trend Themes
1. Soft Robotics - The growing field of soft robotics allows for the development of robots with soft exteriors and fluid-powered internal channels.
2. Autonomous Robotics - The development of autonomous soft robots enables rapid body motions and opens up opportunities for robotic fish and other animal-like robots.
3. Flexible Robotics - The creation of flexible robotic fish showcases the potential for robots to mimic the movements and agility of real animals.
Industry Implications
1. Robotics - The robotics industry can leverage soft robotics and autonomous capabilities to create innovative and safer robots for various applications.
2. Manufacturing - With the use of 3D printers and new materials like silicone rubber, the manufacturing industry can explore the production of soft-bodied robotic components.
3. Marine Technology - The development of robotic fish has disruptive innovation potential in the marine technology industry, enabling efficient underwater exploration and surveillance.