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US Army

— Medical

US government licenses Unreal game engine to train FBI agents and army medics

By - April 5, 2012 9 Pictures
Video game developer, Epic Games, is known for giving players realistic experiences thanks to its popular Unreal Engine platform. But while games like Batman: Arkham City and Gears of War are certainly entertaining, virtually beating up thugs and fighting subterranean creatures doesn't exactly translate into real world skills. However a new agreement with teaching software developer, Virtual Heroes, could see Epic's platform used to create more practical experiences and train medical staff and law enforcement officers to handle high-stress situations. By using Epic's Unreal Engine 3, some United States government agencies like the FBI and US Army are hoping to give their employees tools for virtually practicing their skills in a more realistic environment and better prepare them to save lives. Read More
— Military

U.S. Army develops “Kevlar underpants” to protect soldiers' nether regions

By - February 23, 2012 1 Picture
When it comes to the many “life-changing” injuries that can result from an IED blast, the loss of a limb is probably the first one that springs to mind. But injuries to the pelvic region that leave soldiers with the inability to have children can obviously be just as devastating. That’s why the U.S. Army has developed a Pelvic Protection System - dubbed “Kevlar boxers” or “combat underpants” by some soldiers - to protect dismounted soldiers patrolling Afghanistan roads. Read More
— Robotics

Boston Dynamics releases amazing video of its PETMAN bipedal robot

By - October 31, 2011 2 Pictures
If you were tasked with testing clothing that was designed to protect soldiers from chemical weapons, it goes without saying that you wouldn't dress an actual person up in those clothes, then fire chemicals at them. If you just put those clothes on an inanimate mannequin, however, it wouldn't provide any information on how effective those clothes were when in motion, or in a wide variety of body positions. Well, that's where Boston Dynamics' PETMAN (Protection Ensemble Test Mannequin) humanoid robot comes in. The self-balancing clothes-testing machine can walk, run, crouch, and even do push-ups. Today, PETMAN's creators released the first-ever public video of the robot being put through its paces - and it's pretty impressive. Read More
— Robotics

U.S military to field-test “throwable” robots in Afghanistan

By - October 4, 2011 13 Pictures
Robots are a perfect tool to provide soldiers in the field with “eyes” on a potentially hazardous situation without placing themselves in harm’s way. With soldiers often operating in difficult terrain or entering buildings, the easiest way to get such robots into place is to throw them. Currently, many units use a small tactical robot called the Small Unmanned Ground Vehicle 320 that is equipped with video reconnaissance technology. However, this robot weighs 32 pounds (14.5 kg) so the call has been put out for a lighter robot that is more easily transportable by dismounted units on the move and is able to be thrown into forward locations such as buildings and caves. To this end, the U.S. military is set to put three different types of lightweight, “throwable” robots through a series of combat assessments in Afghanistan. Read More
— Aircraft

The airship finally takes off - Hybrid Air Vehicles has first civil customer

By - September 6, 2011 10 Pictures
The famous and well documented Hindenburg disaster of 1937, when the hydrogen-filled airship burst into flames whilst attempting to tether to its moorings in New Jersey, killed off the 'lighter-than-air' aircraft industry, as well as 35 unfortunate souls. Since the 1970's however, a determined band of, mostly British, aviation engineers has been battling to design and build a commercially viable 'air vehicle'. Many false starts, experimental craft and research projects followed (funded mostly by the U.S. military) but viability remained elusive, until now. Read More
— Military

Lockheed Martin’s SMSS autonomous vehicle headed for Afghanistan

By - August 7, 2011 6 Pictures
As a result of winning the Project Workhorse Unmanned Ground Vehicle (UGV) competition sponsored by the U.S. Army, four Lockheed Martin Squad Mission Support System (SMSS) vehicles will be sent to Afghanistan as part of a three-month Military Utility Assessment (MUA). The 11-foot-long (3.3 m) SMSS, which can carry more than half-a-ton of a squad’s equipment on rugged terrain, will be the largest autonomous ground vehicle ever to be deployed with infantry. Read More
— Military

Long Distance Tele-Operation system for remote control of unmanned ground vehicles

By - August 3, 2011 1 Picture
The U.S. military is currently able to operate unmanned aircraft systems (UAS) in far away countries from the U.S., while ground robotic systems such as the TALON can be remotely operated at distances of up to 1,000 m (3,280 ft). Now U.S. Army engineers have provided unmanned ground vehicles (UGVs) with the long distance tele-operation capabilities of a UAS to allow them to be controlled from anywhere in the world and keep soldiers even further out of harm’s way. Read More
— Health and Wellbeing

U.S soldiers in Afghanistan develop simple prosthetic leg using local resources

By - July 17, 2011 1 Picture
While we’ve covered many developments in the field of prosthetics, such high-tech advances are beyond the reach of those in the developing world where the rates of amputation due to war are highest. Now U.S. Army soldiers stationed in Afghanistan have developed a simple prototype prosthetic leg that can be constructed using local resources to allow the victims of improvised explosive devices (IEDs) and land mines to get back on their feet quickly and cheaply. Read More
— Robotics

HULC robotic exoskeleton undergoing biomechanical testing with the U.S. Army

By - July 3, 2011 2 Pictures
Following lab evaluation tests, Lockheed Martin’s ruggedized HULC (Human Universal Load Carrier) robotic exoskeleton is now undergoing biomechanical testing at the U.S. Army Natick Soldier Research, Development and Engineering Center in Natick, Massachusetts. The biomechanical testing will assess the effectiveness of the HULC in improving the endurance and reducing the risk of injury to soldiers by comparing the performance of soldiers carrying identical loads, both with and without the device. Read More

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