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— Military

U.S. Navy investigates use of fuel-saving Rotating Detonation Engines

By - November 4, 2012 2 Pictures
With around 430 gas-turbine engines on 129 of its ships burning about US$2 billion worth of fuel every year, the U.S. Navy is examining the potential of using Rotating Detonation Engines (RDEs) to improve fuel consumption and cut costs. Researchers at the Naval Research Laboratory (NRL) estimate that retrofitting RDEs to its fleet could save the Navy approximately 300 to 400 million dollars a year. Read More
— Military

Mine Kafon: the low-tech tumbleweed minesweeper

By - November 1, 2012 5 Pictures
An Afghan designer has come up with a novel tumbleweed-esque device to find and detonate mines, a device that has evolved from the wind-powered toys he made as a child. Massoud Hassani's Mine Kafon is made mainly from bamboo and biodegradable plastics, but the simple addition of a GPS chip means the wind-swept spheres can be monitored to reveal the location of mines. Read More
— Military

CHAMP missile test flight knocks out electronic devices with a burst of energy

By - October 25, 2012 7 Pictures
This week, science fiction became science fact as a Boeing CHAMP missile knocked out a building full of electronics in the Utah desert at Hill Air Force Base. There was no explosion and no flying shrapnel. There was only the sound of the missile’s engine as it flew overhead and the sputtering of sophisticated computers crashing as they were hit by a beam of high-energy microwaves. Read More
— Military

Ministry of Defence developing new anti-laser eyewear

By - October 14, 2012 5 Pictures
Laser pointers may be great fun to tease the cat with, but for pilots they are a major hazard. The United States FAA reports over 2,000 incidents every year of planes having lasers pointed at them - some of them powerful enough to pop a balloon. To combat the danger that lasers pose to aviation, the U.K. Ministry of Defence (MoD) is developing new eye wear that can filter out a wide range of laser wavelengths. Read More
— Military

DARPA opens registrations for for first FANG challenge

By - October 2, 2012 1 Picture
Earlier this year, DARPA revealed it was embracing the crowdsourcing model to develop a new amphibious infantry vehicle known as the FANG (Fast, Adaptable, Next-Generation Ground Vehicle). Now designers and engineers with expertise in drivetrain and mobility systems who wouldn’t mind an extra US$1 million lining their pockets can express their interest with DARPA now opening registrations for the first of three planned challenges that will kick off in January 2013. Read More
— Military

DARPA's CT2WS technology uses "mind reading" to identify threats

By - September 20, 2012 2 Pictures
A new Defense Advanced Research Projects Agency (DARPA) project crosses the line between man and machine, with a threat detection system that uses “mind reading.” No, the Cognitive Technology Threat Warning System (CT2WS) doesn’t pick up the thoughts of approaching baddies. Instead, it uses a combination of a digital imaging system, computer algorithms and an electroencephalogram (EEG) to help observers scan areas for threats with much greater accuracy by making them aware of things that they’ve seen, but aren’t consciously aware of. Read More
— Military

Most powerful military explosive tamed for use

By - September 10, 2012 4 Pictures
The advent of unmanned combat vehicles is generating a need for smaller weapon systems to fit their reduced dimensions. As a result, more powerful explosives are being sought to get the most performance from smaller warheads. Introduction of new explosives is a rather slow process, as premature detonation of an explosive is extremely embarrassing. The desire for higher-performance explosives persists, though, so explosive chemists get used to dancing along the edge of instability. Fortunately, new chemistry occasionally appears that pushes the edge back a bit. The recent synthesis of a stable, high-performance explosive by a research team at the University of Michigan indicates that such new chemistry is now at hand. Read More
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