Future super armor for soldiers. đ
Russia is âtotally serious about this.â
Category: weapons – Page 3
Looks like we have a real lightsaber now.
James Hobsonâs lightsaber is not a toy.
The YouTuber and his team at Hacksmith Industries in Kitchener, Ont., have created a hyper-realistic, retractable plasma lightsaber that reaches a scorching heat of 2,200 C.
âThatâs above the melting point of most metals,â Hobson told As It Happens host Carol Off. âItâs pretty dangerous.â
Video of them testing their prototype lightsaber.
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Circa 2018
If youâve been a grunt, then you probably have a love-hate relationship with body armor. You love having it in a firefight â it can save your life by stopping or slowing bullets and fragments â but you hate how heavy it is â itâs often around 25 pounds for the armor and outer tactical vest (more if you add the plate inserts to stop up to 7.62mm rounds). Itâs bulky â and you really canât move as well in it. In fact, in one firefight, a medic removed his body armor to reach wounded allies, earning a Distinguished Service Cross.
;oooo.
YouTuber and engineer, the Hacksmith, has created the worldâs first retractable, âplasma-basedâ lightsaber, and it burns at 4,000 degrees Fahrenheit.
Circa 2018
Measuring one million times less than the width of a human hair, graphene is harder than diamonds and 200 times stronger than steel. Small, strong, and flexible, it is the most conductive material on earth and has the potential to charge a cell phone in just five seconds or to upload a terabit of data in one. It can be used to filter salt from water, develop bullet-stopping body armor, and create biomicrorobots.
These incredible properties have captured the attention of scientists and industry specialists around the world, all seeking to harness grapheneâs potential for applications in electronics, energy, composites and coatings, biomedicine, and other industries.
Derived from graphite, the same graphite used in pencils and many other common use products, graphene is, ironically, one of the most expensive materials on the planet. This is because the process of chemically peeling off, or exfoliating, a single layer of graphene from graphite ore is cost-prohibitive on an industrial scale.
ST. GEORGE â An invention that could lead to the end of gunpowder is not just an idea â itâs already been used in a real-world military mission.
Priced at $1 million, ZHeus 3 is not a gun; itâs a âplatformâ that has taken Harvester, a St. George-based inventor, 15 years to design. Harvester could not release his full name because he still has a commitment to national security.
The idea for this invention, along with an improved armor, began some 15 years ago when Harvesterâs best friend died in his arms after being shot during an Air Force mission. The bullet shot straight through his friendâs bulletproof vest and kept going.
| Denver, CO Patch
Expect to hear gunshot testing in downtown Denver Wednesday evening.
Circa 2019
But perhaps soldiers should be glad that the Army didnât go with the infamous Heckler & Koch G11 or the futuristic XM29 OICW, or the ill-fated XM8 assault rifle.
Instead of a very conventional rifle firing the 5.56 NATO round, the Army is now rapidly progressing towards developing and field-testing a new weapon that can double the muzzle speeds of a bullet.
The primary advantages to this new (and no-so-new) technology are insane armor-penetration capabilities at close ranges, and next-level accuracy at longer ranges.
Oâ.o carbon nanotube suit.
Researchers announce new military funding in search for body armor skin that could be 300 percent stronger than anything weâve seen before.
In Christopher Nolanâs Batman Begins, thereâs a scene where inventor Lucius Fox, played by Morgan Freeman, explains that Wayne Enterprises has created a prototype body armor for the U.S. infantry thatâs as light as Kevlar but bullet- and knife-proof. Bruce Wayne asks why it never went into production. âThe bean counters figured a soldierâs life wasnât worth the 300 grand,â Fox replies.
In real life, and with Defense Department money, researchers from Florida Atlantic University, or FAU, are using advanced polymers and carbon nanotubes to engineer a new type of body fabric that could prove 300 percent as strong as todayâs state of the art, but just as light.