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Soldiers


— Drones

Handheld Black Hornet Nano drones issued to U.K. soldiers

Drones have become a valuable asset for any military force in recent years for both combat and surveillance. But while scanning a warzone from miles away is great from a tactical standpoint, unmanned aircraft can be just as useful in the hands of troops on the ground. That's why British soldiers in Afghanistan have been issued several Black Hornet Nanos, a palm-sized UAV that can scout around corners and obstacles for hidden dangers. Read More
— Military

Future military uniforms could automatically transform into hazmat suits

While there are already protective cover-all suits that offer protection against chemical and biological agents, it’s unrealistic to suggest that soldiers should carry such suits with them at all times, and hurriedly pull them on in the event of an attack. Instead, research teams from several institutions are developing something a little more practical – uniform fabric that automatically becomes impermeable to toxic substances, when it detects them in the area. Read More
— Military

U.S. Army to test female-specific body armor

Body armor is a blessing and a curse for soldiers. Modern tactical armor has saved thousands of lives from bullets and bombs, but it can also be a major problem if it doesn’t fit properly. That’s what the women who make up 14 percent of the U.S. Army face on a regular basis. Now, according to the Army News Service, the Army is preparing to test a new armor that is tailored to the female form to replace the standard men's armor that the women now use. Working on data collected in studies overseas and at stateside army bases, the Program Executive Office (PEO) Soldier has identified several problem areas and has developed a new armor that will be tested in 2013. Read More
— Environment

U.S. Army tests renewable energy systems for soldiers in the field

In a bid to mitigate the risks associated with fuel transportation and to make soldiers’ work less technically complex, U.S. military scientists have started to test microgrids that would provide clean energy to soldiers in the field. Since 2009, scientists from the Communications-Electronics Research, Development and Engineering Center (CERDEC) have been developing two systems – RENEWS and REDUCE – which are being tested at the Fort Irwin National Training Center in California, and by U.S. Africa Command. Read More
— Health and Wellbeing

Mask stuffed with micro-components could work miracles for severe facial burn patients

Engineers and researchers at the University of Texas, Arlington in collaboration with military medical institutions aim to develop a mask that would use mechanical, electrical and biological components to speed up the healing process following severe facial burns. The flexible polymer face mold is to be fitted with sensors for the monitoring of the healing process. If necessary, embedded components would selectively administer the appropriate pharmaceuticals to the right section of the wound. The aim of the Biomask project is not only to prevent further disfigurement, but also to facilitate facial tissue regeneration in injured soldiers. Read More
— Health and Wellbeing

Bio-synthetic material could replace soft tissue

Soldiers whose faces have been marred by explosions could be among the recipients of a new biomedical material, designed to permanently replace soft tissue. Developed at the Johns Hopkins University School of Medicine in Baltimore, PEG-HA is a composite consisting of synthetic and biological materials. Lab tests have indicated that it doesn’t break down like pure biologicals, or get rejected like some synthetics. Read More
— Military

Student-designed device to fight battlefield hypothermia

For U.S. troops, the most common type of battlefield fatality involves blood loss due to trauma. When a soldier does experience blood loss, their chance of survival drops by 22.5 percent once hypothermia sets in. Needless to say, if that reaction can be minimized or delayed, then less fatalities should occur. A team of biomedical engineering students from New Jersey’s Stevens Institute of Technology is working towards that goal, by developing a blood-warming system device known as Heat Wave. Read More
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