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Before anyone else says this, or is oblivious to it, with no offense to you, buoyancy has nothing to do with weight, it is density that affects floating. The gel decreases density until it is less than water, and the suit will then float.--[[User talk:Kre 'Nunumee|Kre 'Nunumee]] 23:29, 26 December 2008 (UTC) | Before anyone else says this, or is oblivious to it, with no offense to you, buoyancy has nothing to do with weight, it is density that affects floating. The gel decreases density until it is less than water, and the suit will then float.--[[User talk:Kre 'Nunumee|Kre 'Nunumee]] 23:29, 26 December 2008 (UTC) | ||
It should be noted that a SPARTAN-II in armor is 1000 pounds; the armor itself doesn't weigh 1000 pounds. | It should be noted that a SPARTAN-II in armor is 1000 pounds; the armor itself doesn't weigh 1000 pounds. | ||
It could be the hydrostatic gel layer... That stuff would have to utilize stored air to decrease density to the point that 1,000 lbs. of muscle, bone, and titanium float, but it could be done... [[User talk:Bruce2401|Bruce2401]] 07:53, September 24, 2010 (UTC) | |||
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