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Fashionable Man-Lover

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Do we possess the technology to produce powered armor? If so, what would be the best material for it and what power source would we use? Would it be feasible, or would the cost and fuel required for such be way too extreme and stupidly unnecessary?

For those of you that do not know, powered armor is something like Iron Man: a suit that isn’t much larger than the driver. A mecha is something much larger (although, to be honest, I would like to know whether powered armor is more feasible than a mecha-like creation).

Fanatical Zealot

In a way, but at the moment no, we have no way of producing even really weak muscle like structures, let alone something way stronger than could move armor.

If we had a strong suit, that could carry thousands of pounds, but be human sized, you could carry around a lot of armor, and potentially be protected from all kinds of things. It might take a lot of energy but if it was a really powerful exoskeleton you could carry your power source, say even an engine, maybe a hydrogen fuel cell, with you. But since replicating human muscle has proven difficult, inefficient, and expensive, the idea of having a large suit capable of carrying around something, let alone something that could replicate the strength and dexterity of just a normal human arm, is pretty far in the future.


The advantage, in my mind, would be armor. 2 inches of steel all over your body could pretty much stop .50 cals and armor piercing 40mm grenades; more if it was high strength steel, which would be easily possible. 2 inches is about 5 cm, and steel has a density of about 7.85 grams per cubic centimeter. The human body has about 2 square meters of surface area; compensating for areas you could just smooth over (say, your ears), and for overlapping segmented joints, you'd likely be at about 2 square meters or so.

5 cm at 2 square meters = 20,000 cubic centimeters x 5, or 100,000 cubic centimeters, or 785 kilograms, or about 1700 pounds. For just 2 inches of steel which only provides moderation protection and couldn't say, stop an RPG or other armor piercing rounds. Granted with some slat armor and explosive reactive armor you could likely stop one but the point is, for a soldier to be defended against modern threats (something like 1/3 terrorists have an RPG or something) you would need a ton of armor, super heavy, and not really available at the moment. Even if t was the same strength as Kevlar it would be 345 pounds for a full body suit. But, if you could say, idk, lift 20 times more than your average human, so your legs could easily carry 200 x 20, or 4000 pounds worth of stuff, or your body weight like you were walking, with ease, then 1700 pounds of armor suddenly becomes easy to do. And so basic protection if you're smart from land mines, ak-47's, IED's, and indirect hits (or direct hits if you use slat armor and some more intelligant stuff) becomes possible. I guess you could have .50 caliber machine guns for hands or carry around a lot of anti-air or tank missiles, but they're expensive and would result in a lot of casualties.


But money isn't the issue so much as even being able to do it.

So far we have nothing with the dexterity of strength of a human, let alone a gorilla or something 100 times stronger.
We've got technical concepts, things that can be used to aid lifting or to retrain people who've suffered trauma to walk again, things like that. Nothing meant to physically protect the wearer from gunfire or anything. Also, as far as I know they're all wall socket bound.

The technical capacity to store enough energy to do any of the kind of things iron man does simply does not exist. We just don't have batteries that work like an arch reactor.
s**t i wish we had something to block ******** rpg's

Greedy Consumer

maybe people could create powerful magnets or something, electrically operated as a defense system to curve shells paths so they miss their targets, or something similar to attract or repel heat seaking rockets away, otherwise all there is are anti-missile turrets that fire lasers eventually, instead of ammunition.
Fuel-Cells appear to be the best technology at the moment for powering these (Zinc–air battery appearing to be the most plausible).

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