WINNER OF TIME BEST INVENTIONS, THE FULL METAL JACKET WAS HAILED BY WIRED AS “THE VIRUS-KILLING COAT OF THE FUTURE.”
Viruses and bacteria can’t live on copper
Disease resistant clothing will become a requirement in the future, which is why we’re starting to work with copper now. It’s biostatic, so bacteria and other life forms can’t grow on it. It also has exceptional antimicrobial properties which means bacteria and viruses die when they make contact with it. The copper releases electrically charged ions which first make it difficult for a microbe to breathe, before punching holes in its outer membrane, moving in and completely wiping out its DNA, preventing it from developing any future resistance.
Copper was used to create the earliest recorded medical tools in ancient Egypt, and NASA are now using it to develop new medical tools for space missions.
IT’S BUILT WITH THE SAME MATERIAL AS THE FIRST SPACEX STARSHIP BOUND FOR MARS.
STAINLESS STEEL IS TAKING US TO MARS
While the human body is not built for the cryogenic temperatures of outer space, stainless steel thrives out there. At about 2.7 Kelvin, or -270°C, its strength increases by 50%, which is one of the many reasons the entire outer body of the SpaceX Starship will be built out of it. The most powerful rocket ever built has been developed so it can not only be reused, but relaunch just an hour after each landing. So stainless steel’s toughness and extreme temperature resistance won it the job. It can cope with temperatures of up to 870°C – allowing Starship to withstand the hundreds of re-entries into Mars and Earth’s atmospheres it’s being designed for.
The 20th century was practically built from stainless steel. Now it has its sights set on building the 21st century too. Starting with rockets and clothing.
How the jacket looks and feels
It doesn’t feel like you’re wearing metal when you put the Steel Field Jacket on. It’s malleable, soft and lightweight. But it holds its shape slightly more than normal materials, so each jacket develops unique crease patterns in areas like the sleeves. You’ll also feel a subtle grain under your fingers when you touch it – and these are the steel fibres you’ll be feeling. The shoulder construction looks like overlaid steel plates. And by combining 24% stainless steel with 76% nylon, we’ve created a fabric that appears to warp and shift as the light hits it.