Pentagon Seeks Mini-Weapons for New Age Of Warfare

In an effort to cut costs and avoid civilian casualties, manufacturers are developing small ‘smart bombs,’ drones that resemble model planes and microscopic crystals to tag enemy targets. Under mounting pressure to keep its massive budget in check, the Pentagon is looking to cheaper, smaller weapons to wage war in the 21st century.

A new generation of weaponry is being readied in clandestine laboratories across the nation that puts a priority on pintsized technology that would be more precise in warfare and less likely to cause civilian casualties. Increasingly, the Pentagon is being forced to discard expensive, hulking, Cold War-era armaments that exact a heavy toll on property and human lives.

At L-3 Interstate Electronics Corp. in Anaheim, technicians work in secure rooms developing a GPS guidance system for a 13-pound “smart bomb” that would be attached to small, low-flying drone.

Engineers in Simi Valley at AeroVironment Inc. are developing a mini-cruise missile designed to fit into a soldier’s rucksack, be fired from a mortar and scour the battlefield for enemy targets.

And in suburban Portland, Ore. Voxtel Inc. is concocting an invisible mist to be sprayed on enemy fighters and make them shine brightly in night-vision goggles.

These miniature weapons have one thing in common: They will be delivered with the help of small robotic planes. Drones have grown in importance as the Pentagon has seen them play a vital role in Iraq, Afghanistan and reportedly in the raid on Osama bin Laden’s hideout in Abbottabad, Pakistan.

Now, engineers in Southern California and elsewhere are refining drone technology to deliver a powerful wallop with increasingly smaller robotic planes — many of which resemble model aircraft buzzing around local parks.

This work is aimed primarily at one buyer —the Pentagon, which is seeking a total of $671 billion for fiscal 2012. Of that, drones represent $4.8 billion, a small but growing segment of the defence budget — and that doesn’t include spending on robotic weapons technology in the classified portion of the budget. This comes at a time when expensive weapons programmes, like Marine Corps amphibious assault vehicles and Navy cruisers, are being eyed for trims.

Although some mini-weapons may resemble toys, they represent a new wave of sophisticated technology in modern warfare, which has forced the military and weapons-makers to think small. And they are just a few under development that have been disclosed. “There are a lot of weapons in the military’s arsenal,” said Lt. Col. Brad Beach, an official who coordinates the Marines’ drone technology. “But what we don’t have is something small.” The military is flush with multi-ton bunker-busting bombs designed to reduce fortified buildings into smouldering rubble.

But Marines on the front lines in Afghanistan say there is an urgent need for a weapon that is small and powerful enough to protect them from insurgents planting roadside bombs. Marines already have small spy drones with high-powered cameras, but what they need is a way to destroy the enemies that their drones discover.

Looking to fill the need, the 13-pound “smart bomb” has been under development for three years. The 2-foot-long bomb is steered by a GPS-guided system made in Anaheim. The bomb is called Small Tactical Munition, or STM, and is under development by Raytheon Co. “Soldiers are watching bad guys plant” roadside bombs and “can’t do anything about it,” said Cody Tretschok, who leads work on the program at Raytheon. “They have to call in an air strike, which can take 30 to 60 minutes. The time lapse is too great.”

The idea is that the small bomb could be slung under the spy plane’s wing, dropped to a specific point using GPS coordinates or a laser-guidance system, and blast apart “soft” targets, such as pickup trucks and individuals, located 15,000 feet below. Raytheon does not yet have a contract for the bomb and is building it entirely with its own money “We’re proactively anticipating the military’s need,” said Tretschok, who is testing the technology at the Army’s Yuma Proving Ground in Arizona.

Source: LA Times

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