![]() ![]() Lightening the load, as well as improving the thermal properties would do wonders. Speaking of comfort, armor was hot and heavy. Comfort is also something to think about. Promising ones I've seen are ones that use floating magnets, foam spines, and even small beads. Since this is something well known today, there exists hundreds of options. Number one for me would be lining the interior with some form of impact absorbing cushion, because blows to the head are no joke. The helmet is where there exists quite a lot of room for improvement. I know at least a few are sold today that do that. An interesting one is non-Newtonian fluids, which become solid upon impact, dispersing some of the energy. Today, soft body armor has nearly the same purpose. An impact absorbing layer, traditionally layers of maille, leather, and cloth, worked well. The materials beneath the plate were also just as important. ![]() I believe that there are some the are superior to steel in regards to protection, although I remember there also being a reason for it not being used in body armor. To make a full suit though, it wouldn't be able to block bullets since it would have to be made thinner.Īlternatively, you could go for some kind of high-strength titanium - aluminum alloy. Modern day bullet resistant steel would probably suit this purpose. Further improvements are then based on optimizing the material based on its purpose with as little tradeoff as possible.įor example, switching from a plain carbon steel to a tougher alloy that is more abrasion resistant would improve the performance against blunt weapons. Simply using high carbon steel is an improvement over iron or low carbon steel they had in the past. In regards to plate armor, a lot of the improvement is based on superior materials than any redesign. ![]()
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