The Self-Sustaining Robo-Jelly Could Roam the Ocean for Months
Meghan Young — April 1, 2013 — Eco
As much as robot technology is becoming more advanced, it can be argued that it is becoming just as equally creepy, which the Robo-Jelly shows. Modeled after a jellyfish, the Robo-Jelly has a steel spider-like body that has been covered with a fleshy silicone skin. Since it drapes over the mechanical parts rather loosely, this 'skin' appears to be an odd fit. Nevertheless, the Robo-Jelly has a lot of potential.
The Robo-Jelly is part of a multi-university five million dollar project for the US Navy led by Virginia Tech professor Shashank Priya. It is a self-sustaining design that could survive in the ocean for months on end. Thus it could be used for military surveillance, to clean oil spills and monitor the environment.
The Robo-Jelly is part of a multi-university five million dollar project for the US Navy led by Virginia Tech professor Shashank Priya. It is a self-sustaining design that could survive in the ocean for months on end. Thus it could be used for military surveillance, to clean oil spills and monitor the environment.
Trend Themes
1. Robotic Oceanic Surveillance - The development of self-sustaining, jellyfish-like robots for military, environmental and oil spill monitoring could lead to new opportunities for robotic oceanic surveillance.
2. Silicone Skins for Robotics - The use of fleshy silicone skins for robotics could lead to more organically inspired and adaptable robot designs.
3. Multi-university Robotics Collaborations - Collaborations between multiple universities on advanced robotics projects like the Robo-Jelly could lead to breakthroughs in robotic technology and applications.
Industry Implications
1. Defense and Military - The Robo-Jelly's potential as a robotic, self-sustaining surveillance tool could lead to new opportunities in defense and military technology.
2. Environmental Science and Cleanup - Jellyfish-like robots such as the Robo-Jelly could provide innovative solutions to environmental issues like oil spills and environmental monitoring.
3. Robotics and Technology Research and Development - Collaborative efforts between universities on innovative robotics projects could push the boundaries of robot design and technology.
5.2
Score
Popularity
Activity
Freshness
