
The fish use servo-actuated two-link tails and flapping pectoral fins, which allow them to swim like any other fish, going in any direction, making sharp turns, or even swimming backwards. Powered by NiMH rechargeable batteries, each fish controls its own movements using onboard microprocessors for collecting data and processing control commands, and they’re equipped with a pressure sensor to gauge depth, and a 3D compass.
The point? Robo-fish that can school can be used to track things such as oil spills and wildlife, gathering much more information and covering much more distance than single units. This means we can learn more at a faster rate…if we can get them to work in the oceans and not just a safe swimming pool. There is also the issue of how sonar pings that the fish use to communicate with one another might interfere with the sonar used by the wildlife they’re sent to track. And also the issue of…well, there are a whole lot of issues yet to be addressed. Let’s just first see if the things can work accurately, I suppose.
Via cnet; photo of jaws by Stormydog

written by zatcuz, June 13, 2008
written by rory, June 13, 2008
written by Jeff - ScienceSays, June 13, 2008
written by BUHAMUT, June 13, 2008
:-
-serveo fins are less ifficent to motor fan
-battery(should replace w- solar)
-fish will eat
-radio way too short range of ocean(need satilite)
-currently no useful sensors equiped
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written by Johnny Bee, June 14, 2008
JT
http://www.FIreme.to/udi
written by Bahlkaht, June 16, 2008
Surely they will be eaten by a larger fish which will then be poisoned by the chemicals in the mechanical fish batteries.
What if these fish got out of control? They could severely injure bathers.
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