h a l f b a k e r yNot the Happy Cuddle Club.
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One of your problems will be the weight of the compressed gas tanks. The largest one in my link stores 291 cubic feet of helium. That will lift a bit over 18 pounds, once expanded. Of course, the tank itself weighs 160 pounds (though this is probably the weight with helium, the tank alone will weigh more than 18 pounds). Unless you leave all of your tanks behind (quite pricey at $400 apiece, times at least 20 tanks), you'll never get off the ground. |
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If you used hydrogen you could store it as a cyrogenic liquid or bound up as a molocule...or use cyrogenic methane. |
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If we all switch to hydrogen fuelled cars,
this idea might actually be a great way
to enjoy sport-blimping. Given that you
must drive to the gas station to get
your, er, gas, anyway, it kind of makes
sense to put the gondola on wheels and
roll it on over... Brilliant! Do it now! Lift
ship for the central highlands bowl-o-
rama! |
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I'd say this idea was baked, and badly. |
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Flying cars are nothing new (see link) and they always were interesting for their combination, but ended up being a crappy car (made so that it could get off the ground, not a normal requirement) and an even worse airplane (weight, distance, etc.). |
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Also, I agree with [Wordgineer] on issues of storage. Helium and Hydrogen, being the smallest bits of matter out there are notorious for leakage and problems with storage and manufacture. |
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Once you inflate the ballons, how do you get the air back in the tanks? Or is this a one shot and then recharge dealy? |
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May be feasible if used in a carbon fiber, aluminum, or lint car with some kind of magical featherweight and efficient motor. |
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Combine this idea with the steam
balloon idea. |
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