The Army has developed a “Big Dog” that is in fact a robot kind of packhorse that can navigate the treacherous terrain in Afghanistan and that looks like something out of a bad science fiction movie. (It may also come to resemble something out of the Book of Revelations) The think looks like a giant bug or a headless giant spider but it can run 4 miles per hour, clime a 35 degree slope, lie down, get up when kicked and use its “senses” to survey the area for threats. The military is deploying these…”devices”…. To Afghanistan right now in addition to pilotless helicopters that can haul about 6,000 pounds and is called the K-Max. This Helicopter is controlled by some soldier with a video game like console that can fly the chopper with its payload via a camera and deliver its payload to troops with a new design that the loss of a real pilot makes possible. One can only imagine what the future of war fighting, and even police work; holds for us when these computer operated mechanical contraptions can fight our wars, fly the planes and even replace the beat cop. The military has sophisticated spying devices that are made to look like a fly on the wall but that are sophisticated eavesdropping devises that have been deployed in the Middle East to get a jump on our enemies. Cyber insects that are meant to mimic insects but that report to the Pentagon and soon, no doubt, to the Kremlin or Beijing also.
War and Security issues are rapidly changing into a technological race where the latest and greatest computer chips animate remote sensing devices, air craft, and reconnaissance and even at some point cyber soldiers. We’re getting to a very impersonal point in our approach to killing the enemy when we can unleash war fought by soulless mechanical ghouls who advance our foreign policy objectives without a GI bill or the kind of reflection needed before we commit the lives of our young people to war. Devices always follow orders and he who controls such devices can spare his own population entirely while relying on cyber devices to do the killing and controlling. What happens to man when war really does become a video game and the smell of blood halfway around the world can’t be seen, touched or smelled? Technology such as this is will always be sold to the public as “saving lives” such as who do you want to fight the next war: these “smart” robots or your sons and daughters? Are we really saving lives? Or are we just making the selective killing of our opponents so much more economical, selective, and hassle free?
I can’t help but wonder what an Afghan Taliban Terrorist is going to think the first time he gets stalked by a Giant American Cyber Spider before an invisible orbiting drone kills him just as he sees this robot thing ambulate the rough terrain like a mountain goat. Are we really coming to the day when a computer chip does the killing on the battlefield? As bad as war is there’s something absolutely hideous about this branch of technology that eclipses even nuclear weapons as a sin. Nuclear devices are “indiscriminate” and will kill everything in its range while these new robotic warriors will have a cyber “intentionality” and efficiency that would have made Hitler green with envy. Devices such as these are dangerous not just because they’ve been programmed to kill but for their ability to control a population. What good is a suicide bomber going to do by blowing up him and a robot that may have been manufactured by Ford or Chevy?
You really should look at the link below and take a look at the story and the pictures: IT’S AMAZING.
Robots Take Center Stage in U.S. War in Afghanistan
Monday , March 23, 2009
By Matt Sanchez
The U.S. military is calling out the “BigDogs” in addition to its big guns as it deploys more troops to fight terrorists in Afghanistan.
The BigDogs — four-legged robots that can navigate the country’s treacherous terrain — and pilotless helicopters than can transport tons of supplies to very remote bases are just two of the new weapons being tested in Afghanistan.
The war zone is increasingly becoming a development laboratory for machines that don’t eat, sleep, polish their boots or suffer casualties. But can they succeed where man struggles?
It takes a moment for the senses even to comprehend BigDog, a four-legged robot that vaguely resembles a headless pack animal.
The machine’s creator, Boston Dynamics, has a motto — “dedicated to the way things move” — and that’s precisely what is both jarring and fascinating about its invention. Using a gasoline engine that emits an eerie lawnmower buzz, BigDog has animal-inspired articulated legs that absorb shock and recycle kinetic energy from one step to the next.
Its robot brain, a sophisticated computer, controls locomotion sensors that adapt rapidly to the environment. The entire control system regulates, steers and navigates ground contact. A laser gyroscope keeps BigDog on his metal paws — even when the robot slips, stumbles or is kicked over.
Boston Dynamics says BigDog can run as fast as 4 miles per hour, walk slowly, lie down and climb slopes up to 35 degrees. BigDog’s heightened sense can also survey the surrounding terrain and become alert to potential danger.
All told, the BigDog bears an uncanny resemblance to a living organic animal and not what it really is: A metal exo-skeleton moved by a hydraulic actuation system designed to carry over 300 pounds of equipment over ice, sand and rocky mountainsides.
So much for the ground war. With IED attacks in Afghanistan increasing on land, air transportation has become a major focus for the military.
Routine helicopter flights operating 24 hours a day, year round, are crucial for the American mission. The Marine Corps has recently called for unmanned cargo flights to carry essentials to isolated areas that can be reached only by air.
Enter the K-MAX, a remote-controlled helicopter designed to transport heavy loads — even in Afghanistan’s high altitudes.
The K-MAX’s unique rotor design — two intermeshed rotors turning in opposite directions and slightly angled to prevent the blades from colliding — give this unmanned aircraft a distinct advantage.
“All the energy goes into the lift and eliminates the need for the tail rotor,” said Frans Jurgens, spokesman for Lockheed Martin Corporation, which manufactures the K-MAX.
The design enables the relatively small chopper to tow up to 6,000 pounds. “The K-MAX is basically an aerial truck,” Jurgens said.
A ground controller “pilots” the unmanned aircraft using a “digital tablet” — a portable device the size of a clipboard attached to a backpack. The controller has visual contact with the aircraft during takeoff and can see where the K-MAX is going through a camera attached to the unmanned helicopter.
Unlike other unmanned aerial vehicles (UAVs), the K-MAX currently requires some visual contact — ground controllers to launch and retrieve the aircraft.
During a flight, K-MAX’s “autonomous flight brain” calculates the best route to its destination and can automatically re-route itself should an area be designated a “no-fly” zone.
After launch, control transfers to a second ground controller waiting at the point of capture. Once the K-MAX has been sighted, the destination controller discharges the cargo by remote command.
But some in the military remain skeptical that a robot and a distant operator can replace a skilled pilot.
“When you’re dealing with a small area and a very small margin of error, mountains, temperatures, and other factors like heavy unpredictable winds, it’s hard to believe unmanned flights could account for all the variables,” Chief Warrant Officer Timothy Smail, a pilot from Eagle Lift, the 7th battallion 101st Aviation Regiment, told FOXNews.com in a phone interview from Afghanistan.
“Everything those troops have we’re responsible for bringing,” Smail said. “Not saying it can’t be done, I would just be skeptical.”
After two tours in Iraq, Smail is serving a second tour in Afghanistan, which he says is the “most difficult place to pilot in the world.”
But, Jurgens is not concerned.
“The K-MAX will fly repetitive flights that can be predictably programmed,” he said. “Given the fact that traveling by ground convoy is not the preferred transportation, unmanned cargo flights can save pilots from routine unnecessary exposure.”
KMAX has never been deployed to a war zone, but the unmanned aircraft has been a robotic workhorse in the logging industry, where it transfers heavy loads at high altitudes. It has also been used to transport water to fight forest fires.
They’ll never fully replace actual people, but robots and unmanned vehicles will spare soldiers from routine tasks and enable them to focus their experience and skills on missions that require the human touch.