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bfwebster writes "Strategy Page reports that the United States Air Force has announced its first air wing that will consist entirely of unmanned craft. The 174th Fighter Wing has flown its last manned combat sorties; its F-16s will be entirely replaced by MQ-9 Reapers. Reasons cited include costs (maintenance and fuel) and the drone's ability to stay in the air up to 14 hours, waiting for a target to show itself."

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An anonymous reader writes "Flying drones from halfway-across the world used to be considered a cushy military job. But the Iraq and Afghanistan wars have become so dependent on the robo-planes that the Air Force has called in chaplains and psychiatrists to help these remote-control warriors cope. 'In a fighter jet, "when you come in at 500-600 miles per hour, drop a 500-pound bomb and then fly away, you don't see what happens," said Colonel Albert K. Aimar, who is commander of the 163d Reconnaissance Wing here and has a bachelor's degree in psychology. But when a Predator fires a missile, "you watch it all the way to impact, and I mean it's very vivid, it's right there and personal. So it does stay in people's minds for a long time."'"

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longacre writes "With the gaming industry now spending more to develop user interfaces than the Pentagon, the Army has begun putting all that R&D to good use in weaponry and training. Reversing the traditional role of games attempting to simulate real life killing machines, it is now the weapons makers using gaming technology to make their products more effective. Popular Mechanics notes, 'Already, [Mark Bigham, director of business development for Raytheon Tactical Intelligence Systems] says that Raytheon has been experimenting with Wii controllers to explore the possibilities for training simulators and other applications that require physical movement. Just think, one day, the R&D that Nintendo put into Wii bowling could end up influencing basic training.'"

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Dr. Eggman writes "In an interview with the Star-Telegram, the Air Force's chief scientist, Mark Lewis, talks about the USAF's latest research direction. The service is working on hypersonic missile and bombers for the purposes of reconnaissance and attack. In response to Chinese and Russian anti-satellite developments, the Air Force plans to develop weapons capable of sustained travel at Mach 6 to allow them to deploy against and take out anti-satellite launch sites before the enemy can fire their missiles. Furthermore, should the US spy satellite network be brought down, the Mach 6 recon flight systems would be capable of filling in. Air Force officials hope to deploy a new interim bomber by 2018, followed by a more advanced, and possibly unmanned, bomber in 2035." We've discussed on a number of occasions the scramjet technology that would power such vehicles.

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Looks like the Air Force is committing to full scale production of their new "Wasp III" mini-UAV. "Weighing in at a mere 1 pound, the plane's diminutive 29-inch wingspan can still loft a variety of hefty payloads in addition to its infrared cameras that stream video directly to ground control. The Wasp is launched by hand and can be operated either manually or programmed for auto-pilot with autonomous GPS navigation, according to AeroVironment. The Wasp III is part of Air Force's Battlefield Air Targeting Micro Air Vehicle program (BATMAV), which will allow troops to scan enemy targets from 5 kilometers away for up to 45 minutes at a time, according to the company."

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Hugh Pickens writes "As many as three American Airlines passenger jets will be outfitted this spring with laser technology intended to protect planes from missile attacks. The tests, which could involve more than 1,000 flights, will determine how the technology holds up under the rigors of flight. The technology is intended to stop attacks by detecting heat from missiles, then responding in a fraction of a second by firing laser beams to jam the missiles' guidance systems. A Rand study in 2005 estimated it would cost about $11 billion to protect every US airliner from shoulder-fired missiles. Over 20 years, the cost to develop, procure and operate anti-missile systems could hit $40 billion."

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