Floating Robotic Exoskeleton for Olympic Swimming and Triathlon Training

Well, the 2012 Summer Olympics are almost here, and the competition is becoming tougher each year. One thing I’ve noticed is that the apparatus for the athletes is becoming better, and also the trainers are employing computer science, data mining, and more advanced engineering in training. This is allowing the athletes per slight incremental profit every year.

Some might say that is cheating, Lifeguard Training but it’s not as every nation does this, and most of the training methods which are now being done in each country are marginally different, which helps every one get better while progressing the technologies forward – using many additional applications for everyone.

The other evening, I had been talking to someone regarding exo-skeleton and the way they might help folks who are physically challenged and/or have slight brain damage figure out how to workaround the damaged portions of their brain to recover their motor skills. It seems to me that perhaps not only can these exoskeletons help people that are disabled in some way, or have suffered some type of injury or accident, however they’re also able to help the fit test amongst us get better. Just how do you ask?

Well, allow me to propose a brand new theory for you. What when we chose a robotic exoskeleton, one which was light weight and might float on water? Afterward, we merely put a human being indoors, and allowed them to swim laps at the pool. While they were going they’d be training their entire body and gaining perfection and muscle memory to get the many efficient and ergonomic stroke throughout their swim. Since these moves became more like a reflex, as well as their brain accommodated and people muscular memories formed, they could be just one together with perfection and efficiency.

No wasted motion would provide them the benefit while in the water contrary to other human pilots after that robotic exo skeleton had been removed. Could this job? Actually, I don’t see how it mightn’t do the job, and it makes sense to do this. Also, if we took it one step further, wouldn’t it makes sense to own this type of system designed for Navy SEALs to get with their goals, and pull themselves out in to the sea for pickup? Can it also help for those lifeguards to go out charging in to the rough surf, through riptides, and also assist them in preventing a drowning swimmer?

Would the United States Coast Guard use some thing like this? It sounds you can find all sorts of software to get a swimming alloy exoskeleton. Therefore, somebody needs to make one, designing it, and consider all I’ve said here now. Really I hope you may please think over all this and consider it, if you’re a engineer, go make it.

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