Shear-thickening liquid hardens upon impact, makes for lighter and more effective body armor

Scientists at BAE Systems in Bristol, UK have come up with a “shear-thickening” (or dilatant) liquid that can be combined with Kevlar to create a new, more powerful bullet-proof material. Similar to the “body armor” used by some Olympic skiers, shear-thickening material acts as a lubricant at low velocities, but quickly hardens upon impact. The scientists describe it as “bullet-proof custard,” which shouldn’t make us hungry but is for some reason. According to the company, recent tests in which a large gas gun fired metal projectiles at over 300 meters / second into both thirty-one layers of untreated kevlar and ten layers of kevlar combined with the liquid have determined that the liquid armor could be used to effectively protect soldiers from bullets and shrapnel.

Shear-thickening liquid hardens upon impact, makes for lighter and more effective body armor originally appeared on Engadget on Fri, 09 Jul 2010 13:14:00 EDT. Please see our terms for use of feeds.

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DARPA putting scopes that ‘see’ wind turbulence into the hands of snipers

It’s been years since DARPA put out its original RFI for a “one shot” sniper system, and if you’re the type that prefers to kill at extremely long ranges we have some great news for you. The program, which is developing laser scopes that detect and compensate for wind, seems to be somewhat on track (which must really freak DARPA out). It was hoped that the technology would let shooters take down targets at 2,000 meters while enduring forty mile-per-hour crosswinds. Currently, we’re looking at something like 1,100 meters and eighteen mile-per-hour winds — still no mean feat. The next step? To get fifteen field-testable prototypes into the hands of soldiers by next year, to the tune of $7 million.

DARPA putting scopes that ‘see’ wind turbulence into the hands of snipers originally appeared on Engadget on Wed, 26 May 2010 10:51:00 EDT. Please see our terms for use of feeds.

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DARPA program will detect your anomalous behavior, eliminate you

Crime prevention is boring — crime prediction, on the other hand, is tres exciting! Indeed, we’ve seen a few pre-crime projects in the past, but very little that existed outside the realm of cockamamie. That is, until we laid eyes on a new project from DARPA called SMITE (or Suspected Malicious Insider Threat Elimination). This one actually seems — dare we say it? — feasible. Details are sketchy (they’re still in the RFI stages) but essentially the idea is to create a database of actions that correspond to “malicious” behavior; for instance, espionage. It’s hoped that behaviors can be detected before they lead to an actual crime, which leads to all sorts of ethical and philosophic questions that we quite frankly don’t have the energy to ponder on a Friday afternoon. Luckily for all of us, this is DARPA we’re talking about — so chances are this won’t go anywhere. But if it does? As The Register kindly points out, the “e” in SMITE stands for “elimination.” Nice. [Warning: PDF source link]

DARPA program will detect your anomalous behavior, eliminate you originally appeared on Engadget on Sun, 23 May 2010 14:21:00 EDT. Please see our terms for use of feeds.

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SantosHuman’s Virtual Soldier recruited by Ford for assembly line detail

Future Combat Systems has given us plenty of fun over the years, from Land Warrior high-tech uniforms to field ready Xbox 360 controllers, and while the program was scuttled early last year, the technology keeps popping up all over the place. For instance, Ford’s just announced that it’ll be using SantosHuman’s virtual soldier, a biofidelic (true to the human body) computer simulation, to predict long-term ergonomics and safety concerns on assembly lines. Developed at the University of Iowa for the DoD, this guy has a complete biomechanical muscular system and physics engine capable of registering body strength, fatigue, motion, and strain. From easing the physical strain of soldiers to helping our beleaguered auto workers — that’s what we call progress. Now how about a little help for all of us long-suffering tech bloggers? PR after the break.

Continue reading SantosHuman’s Virtual Soldier recruited by Ford for assembly line detail

SantosHuman’s Virtual Soldier recruited by Ford for assembly line detail originally appeared on Engadget on Fri, 21 May 2010 01:28:00 EDT. Please see our terms for use of feeds.

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HP developing wrist PC for military, finally putting that flexible display to good use

Looks like that flexible plastic display Hewlett-Packard has been talking up since 2008 is finally ready to hit the big time. According to Carl Taussig, director of information surfaces at HP Labs, the company is developing a wrist PC at the behest of the US military. Behind the display, a thin strip of metal-coated plastic (merely 50 microns thick) is printed with transistors for, you know, displaying stuff. The thing will be solar powered and, like the display, the solar panels will also be printed, using a technology called PowerFilm. With any luck a prototype should be ready within a year. Now, can we get a PIP Boy already?

HP developing wrist PC for military, finally putting that flexible display to good use originally appeared on Engadget on Thu, 20 May 2010 16:32:00 EDT. Please see our terms for use of feeds.

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Cubic’s COMBATREDI combat simulator takes augmented reality to new, awesome levels

Cubic Corporation is a defense contractor that’s been kicking around in some form or another since the early days of the Cold War, although you’re more likely to know them as the operator of the New York City MetroCard system. What brings ’em to our space, you ask? Another cutting edge wargadget, of course! Indeed, the company has just been contracted to supply 27 of its COMBATREDI training systems to the Florida Army National Guard (to the tune of $4.8 million). The combat simulator features a hi-def, helmet mounted OLED video display for a 60 x 45-degree field of view, an integrated 3D stereo headset for sound, and a wireless “surrogate” rifle that performs like a real one, right down to the need for fresh magazines and various firing modes. The user’s movements are tracked by way of a REDITAC tactical computer worn on the back, with a suite of sensors that can also determine where he’s looking, and whether he’s standing, kneeling, or lying on the ground. Of course, the company is selling this as the most realistic way to train our troops yet, although we can see it for what it really is: possibly the most bad-ass first-person shooter ever. PR after the break.

Continue reading Cubic’s COMBATREDI combat simulator takes augmented reality to new, awesome levels

Cubic’s COMBATREDI combat simulator takes augmented reality to new, awesome levels originally appeared on Engadget on Wed, 19 May 2010 15:55:00 EDT. Please see our terms for use of feeds.

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Boeing’s unmanned Phantom Ray makes dramatic video debut, set to take off this December

The big new trend among wargadget makers seems to be the elimination of the fleshy operator, and we’re seeing it happening with helicopters, boats, and even space shuttles. The Phantom Ray is Boeing’s take on how we can do the same to jet fighters, and it’s had its official unveiling in St. Louis this week. Primarily intended to serve as a reconnaissance and intelligence drone, this 36 foot-long airborne robot will be able to cruise at speeds of up to 614mph, and will even do a bit of suppression fire when you need it to. It’s designed to be undetectable by radar and offers a minimal heat signature for missiles to lock on to, as its engine is buried deep within the body. Sounds ominous indeed, but the Phantom Ray will serve as the testbed for even more advanced technologies and will take its first flight in December of this year. See its grand debut on video after the break.

Continue reading Boeing’s unmanned Phantom Ray makes dramatic video debut, set to take off this December

Boeing’s unmanned Phantom Ray makes dramatic video debut, set to take off this December originally appeared on Engadget on Fri, 14 May 2010 03:51:00 EST. Please see our terms for use of feeds.

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Boeing X-37B autonomous space shuttle launched last night, due back ‘whenevs’

Boeing’s X-37B, the test craft that’s been kicking around for the last decade or so, has finally made it into orbit. Formerly a NASA project, we’ve heard little about the thing since it passed into DARPA hands in 2004 — and statements like those of the Air Force’s Gary Payton don’t help much: “in all honesty, we don’t know when it’s coming back for sure.” How’s that for autonomous? Also uncommented upon, yet tantalizing, are the military’s intentions for the unmanned vehicle, which can remain in orbit 270 days at a time. Spy drone? Orbital weapons platform? Plaything for our future robot overlords? (Let’s hope it’s not the last one.) The success of the mission will depend on a couple things, namely: how the return trip goes (it should make it back to California’s Vandenberg Air Force Base via autopilot… sometime) and whether the thing can be re-launched quickly enough. Ideally, the craft should be ready for another flight in fifteen days. Another test is planned for 2011.

[Thanks, One Love!]

Boeing X-37B autonomous space shuttle launched last night, due back ‘whenevs’ originally appeared on Engadget on Fri, 23 Apr 2010 17:14:00 EST. Please see our terms for use of feeds.

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NC State gurus create harder, better, faster, stronger ‘smart sensors’

The year is 1974. Skywalker lives, and a tradition is born. The year is 1983. The odds are ridiculous. The final score leads to an unpremeditated running around the court that’ll live forever in history. Fast forward to 2010, and NC State is hanging onto advancements in science while the blued neighbors in Durham and Chapel-Hill are celebrating back-to-back titles. Regardless of all that, we’re still pretty proud of Dr. Jay Narayan and company, who have just uncovered a new “smart sensor” that will allow for “faster response times from military applications.” Essentially, the team has taken a sensor material called vanadium oxide and integrated it with a silicon chip, forcing the sensor to become a part of the computer chip itself. The new approach leads to intelligent sensors that can “sense, manipulate and respond to information” in a much faster manner than before, providing soldiers with weapons and analyzing tools that can react more hastily to incoming ammunition or other, um, pertinent information. It’s no banner hanging ceremony, but we’ll take what we can get.

NC State gurus create harder, better, faster, stronger ‘smart sensors’ originally appeared on Engadget on Fri, 23 Apr 2010 11:12:00 EST. Please see our terms for use of feeds.

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Ask Engadget: best rugged PMP out there?

We know you’ve got questions, and if you’re brave enough to ask the world for answers, here’s the outlet to do so. This week’s Ask Engadget question is coming to us from Caleb, who is asking not what his PMP can do for him, but what he can do for his PMP. If you’re looking to send in an inquiry of your own, drop us a line at ask [at] engadget [dawt] com.

“My brother is about to leave for the Marines, and I (the geeky brother) want to send something with him to keep him busy. What is a very rugged PMP or similar, with WiFi and a nice UI? A camera is definitely a plus.”

So, dear readers — what would fit the bill here? And remember, we’re not looking for a PMP with a tough coat of plastic. We’re looking for something to last on the battlefield. Oorah! (And Godspeed.)

Ask Engadget: best rugged PMP out there? originally appeared on Engadget on Thu, 01 Apr 2010 23:00:00 EST. Please see our terms for use of feeds.

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