[cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots
Begin forwarded message: From: Mario Profaca [EMAIL PROTECTED] Date: November 22, 2008 4:22:53 AM PST To: [EMAIL PROTECTED] Subject: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots Reply-To: [EMAIL PROTECTED] http://www.foxnews.com/story/0,2933,456384,00.html Bug-Sized Spies: U.S. Develops Tiny Flying Robots Friday, November 21, 2008 AP Nov. 21: This photo taken from computer animation video shows the next generation of drones, called Micro Aerial Vehicles. DAYTON, Ohio — If only we could be a fly on the wall when our enemies are plotting to attack us. Better yet, what if that fly could record voices, transmit video and even fire tiny weapons? That kind of James Bond-style fantasy is actually on the drawing board. U.S. military engineers are trying to design flying robots disguised as insects that could one day spy on enemies and conduct dangerous missions without risking lives. The way we envision it is, there would be a bunch of these sent out in a swarm, said Greg Parker, who helps lead the research project at Wright-Patterson Air Force Base in Dayton. If we know there's a possibility of bad guys in a certain building, how do we find out? We think this would fill that void. In essence, the research seeks to miniaturize the Unmanned Aerial Vehicle drones used in Iraq and Afghanistan for surveillance and reconnaissance. The next generation of drones, called Micro Aerial Vehicles, or MAVs, could be as tiny as bumblebees and capable of flying undetected into buildings, where they could photograph, record, and even attack insurgents and terrorists. By identifying and assaulting adversaries more precisely, the robots would also help reduce or avoid civilian casualties, the military says. Parker and his colleagues plan to start by developing a bird-sized robot as soon as 2015, followed by the insect-sized models by 2030. The vehicles could be useful on battlefields where the biggest challenge is collecting reliable intelligence about enemies. If we could get inside the buildings and inside the rooms where their activities are unfolding, we would be able to get the kind of intelligence we need to shut them down, said Loren Thompson, a defense analyst with the Lexington Institute in Arlington, Va. Philip Coyle, senior adviser with the Center for Defense Information in Washington D.C., said a major hurdle would be enabling the vehicles to carry the weight of cameras and microphones. If you make the robot so small that it's like a bumblebee and then you ask the bumblebee to carry a video camera and everything else, it may not be able to get off the ground, Coyle said. Parker envisions the bird-sized vehicles as being able to spy on adversaries by flying into cities and perching on building ledges or power lines. The vehicles would have flappable wings as a disguise but use a separate propulsion system to fly. We think the flapping is more so people don't notice it, he said. They think it's a bird. Unlike the bird-sized vehicles, the insect-sized ones would actually use flappable wings to fly, Parker said. He said engineers want to build a vehicle with a 1-inch wingspan, possibly made of an elastic material. The vehicle would have sensors to help avoid slamming into buildings or other objects. Existing airborne robots are flown by a ground-based pilot, but the smaller versions would fly independently, relying on preprogrammed instructions. Parker said the tiny vehicles should also be able to withstand bumps. If you look at insects, they can bounce off of walls and keep flying, he said. You can't do that with a big airplane, but I don't see any reason we can't do that with a small one. An Air Force video describing the vehicles said they could possibly carry chemicals or explosives for use in attacks. Once prototypes are developed, they will be flight-tested in a new building at Wright-Patterson dubbed the micro aviary forMicro Air Vehicle Integration Application Research Institute. This type of technology is really the wave of the future, Thompson said. More and more military research is going into things that are small, that are precise and that are extremely focused on particular types of missions or activities.
[cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots
Begin forwarded message: From: Mario Profaca [EMAIL PROTECTED] Date: November 22, 2008 4:22:53 AM PST To: [EMAIL PROTECTED] Subject: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots Reply-To: [EMAIL PROTECTED] http://www.foxnews.com/story/0,2933,456384,00.html Bug-Sized Spies: U.S. Develops Tiny Flying Robots Friday, November 21, 2008 AP Nov. 21: This photo taken from computer animation video shows the next generation of drones, called Micro Aerial Vehicles. DAYTON, Ohio — If only we could be a fly on the wall when our enemies are plotting to attack us. Better yet, what if that fly could record voices, transmit video and even fire tiny weapons? That kind of James Bond-style fantasy is actually on the drawing board. U.S. military engineers are trying to design flying robots disguised as insects that could one day spy on enemies and conduct dangerous missions without risking lives. The way we envision it is, there would be a bunch of these sent out in a swarm, said Greg Parker, who helps lead the research project at Wright-Patterson Air Force Base in Dayton. If we know there's a possibility of bad guys in a certain building, how do we find out? We think this would fill that void. In essence, the research seeks to miniaturize the Unmanned Aerial Vehicle drones used in Iraq and Afghanistan for surveillance and reconnaissance. The next generation of drones, called Micro Aerial Vehicles, or MAVs, could be as tiny as bumblebees and capable of flying undetected into buildings, where they could photograph, record, and even attack insurgents and terrorists. By identifying and assaulting adversaries more precisely, the robots would also help reduce or avoid civilian casualties, the military says. Parker and his colleagues plan to start by developing a bird-sized robot as soon as 2015, followed by the insect-sized models by 2030. The vehicles could be useful on battlefields where the biggest challenge is collecting reliable intelligence about enemies. If we could get inside the buildings and inside the rooms where their activities are unfolding, we would be able to get the kind of intelligence we need to shut them down, said Loren Thompson, a defense analyst with the Lexington Institute in Arlington, Va. Philip Coyle, senior adviser with the Center for Defense Information in Washington D.C., said a major hurdle would be enabling the vehicles to carry the weight of cameras and microphones. If you make the robot so small that it's like a bumblebee and then you ask the bumblebee to carry a video camera and everything else, it may not be able to get off the ground, Coyle said. Parker envisions the bird-sized vehicles as being able to spy on adversaries by flying into cities and perching on building ledges or power lines. The vehicles would have flappable wings as a disguise but use a separate propulsion system to fly. We think the flapping is more so people don't notice it, he said. They think it's a bird. Unlike the bird-sized vehicles, the insect-sized ones would actually use flappable wings to fly, Parker said. He said engineers want to build a vehicle with a 1-inch wingspan, possibly made of an elastic material. The vehicle would have sensors to help avoid slamming into buildings or other objects. Existing airborne robots are flown by a ground-based pilot, but the smaller versions would fly independently, relying on preprogrammed instructions. Parker said the tiny vehicles should also be able to withstand bumps. If you look at insects, they can bounce off of walls and keep flying, he said. You can't do that with a big airplane, but I don't see any reason we can't do that with a small one. An Air Force video describing the vehicles said they could possibly carry chemicals or explosives for use in attacks. Once prototypes are developed, they will be flight-tested in a new building at Wright-Patterson dubbed the micro aviary forMicro Air Vehicle Integration Application Research Institute. This type of technology is really the wave of the future, Thompson said. More and more military research is going into things that are small, that are precise and that are extremely focused on particular types of missions or activities.
Re: [cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots
Wasn't it a year or two ago when they had those fake metallic dragonflies buzzing around protestors in DC? - Original Message - From: RoadsEnd To: Cia-drugs Cia-drugs Sent: Saturday, November 22, 2008 10:23 AM Subject: [cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots Begin forwarded message: From: Mario Profaca [EMAIL PROTECTED] Date: November 22, 2008 4:22:53 AM PST To: [EMAIL PROTECTED] Subject: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots Reply-To: [EMAIL PROTECTED] http://www.foxnews.com/story/0,2933,456384,00.html Bug-Sized Spies: U.S. Develops Tiny Flying Robots Friday, November 21, 2008 AP Nov. 21: This photo taken from computer animation video shows the next generation of drones, called Micro Aerial Vehicles. DAYTON, Ohio — If only we could be a fly on the wall when our enemies are plotting to attack us. Better yet, what if that fly could record voices, transmit video and even fire tiny weapons? That kind of James Bond-style fantasy is actually on the drawing board. U.S. military engineers are trying to design flying robots disguised as insects that could one day spy on enemies and conduct dangerous missions without risking lives. The way we envision it is, there would be a bunch of these sent out in a swarm, said Greg Parker, who helps lead the research project at Wright-Patterson Air Force Base in Dayton. If we know there's a possibility of bad guys in a certain building, how do we find out? We think this would fill that void. In essence, the research seeks to miniaturize the Unmanned Aerial Vehicle drones used in Iraq and Afghanistan for surveillance and reconnaissance. The next generation of drones, called Micro Aerial Vehicles, or MAVs, could be as tiny as bumblebees and capable of flying undetected into buildings, where they could photograph, record, and even attack insurgents and terrorists. By identifying and assaulting adversaries more precisely, the robots would also help reduce or avoid civilian casualties, the military says. Parker and his colleagues plan to start by developing a bird-sized robot as soon as 2015, followed by the insect-sized models by 2030. The vehicles could be useful on battlefields where the biggest challenge is collecting reliable intelligence about enemies. If we could get inside the buildings and inside the rooms where their activities are unfolding, we would be able to get the kind of intelligence we need to shut them down, said Loren Thompson, a defense analyst with the Lexington Institute in Arlington, Va. Philip Coyle, senior adviser with the Center for Defense Information in Washington D.C., said a major hurdle would be enabling the vehicles to carry the weight of cameras and microphones. If you make the robot so small that it's like a bumblebee and then you ask the bumblebee to carry a video camera and everything else, it may not be able to get off the ground, Coyle said. Parker envisions the bird-sized vehicles as being able to spy on adversaries by flying into cities and perching on building ledges or power lines. The vehicles would have flappable wings as a disguise but use a separate propulsion system to fly. We think the flapping is more so people don't notice it, he said. They think it's a bird. Unlike the bird-sized vehicles, the insect-sized ones would actually use flappable wings to fly, Parker said. He said engineers want to build a vehicle with a 1-inch wingspan, possibly made of an elastic material. The vehicle would have sensors to help avoid slamming into buildings or other objects. Existing airborne robots are flown by a ground-based pilot, but the smaller versions would fly independently, relying on preprogrammed instructions. Parker said the tiny vehicles should also be able to withstand bumps. If you look at insects, they can bounce off of walls and keep flying, he said. You can't do that with a big airplane, but I don't see any reason we can't do that with a small one. An Air Force video describing the vehicles said they could possibly carry chemicals or explosives for use in attacks. Once prototypes are developed, they will be flight-tested in a new building at Wright-Patterson dubbed the micro aviary forMicro Air Vehicle Integration Application Research Institute. This type of technology is really the wave of the future, Thompson said. More and more military research is going into things that are small, that are precise and that are extremely focused on particular types of missions or activities. = -- No virus found in this incoming message. Checked by AVG - http://www.avg.com Version: 8.0.175 / Virus Database: 270.9.9/1804 - Release Date: 11/21/2008 6:24 PM
Re: [cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots
Our tax dollars hard at work. This stuff comes from the minds of the same idiots who thought pouring oil on the trails in Vietnam would cause the VC to slip and render the mountain trails insurpassable. They don't keep most of what they do a secret because of national security, but because it would show how absolutely corrupt and incompetent they are. --- On Sun, 11/23/08, Vigilius Haufniensis [EMAIL PROTECTED] wrote: From: Vigilius Haufniensis [EMAIL PROTECTED] Subject: Re: [cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots To: cia-drugs@yahoogroups.com Date: Sunday, November 23, 2008, 1:25 AM Wasn't it a year or two ago when they had those fake metallic dragonflies buzzing around protestors in DC? - Original Message - From: RoadsEnd To: Cia-drugs Cia-drugs Sent: Saturday, November 22, 2008 10:23 AM Subject: [cia-drugs] Fwd: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots Begin forwarded message: From: Mario Profaca mario.profaca@ zg.htnet. hr Date: November 22, 2008 4:22:53 AM PST To: [EMAIL PROTECTED] .com Subject: [SPY NEWS] Bug-Sized Spies: U.S. Develops Tiny Flying Robots Reply-To: [EMAIL PROTECTED] .com http://www.foxnews. com/story/ 0,2933,456384, 00.html Bug-Sized Spies: U.S. Develops Tiny Flying Robots Friday, November 21, 2008 AP Nov. 21: This photo taken from computer animation video shows the next generation of drones, called Micro Aerial Vehicles. DAYTON, Ohio — If only we could be a fly on the wall when our enemies are plotting to attack us. Better yet, what if that fly could record voices, transmit video and even fire tiny weapons? That kind of James Bond-style fantasy is actually on the drawing board. U..S. military engineers are trying to design flying robots disguised as insects that could one day spy on enemies and conduct dangerous missions without risking lives. The way we envision it is, there would be a bunch of these sent out in a swarm, said Greg Parker, who helps lead the research project at Wright-Patterson Air Force Base in Dayton. If we know there's a possibility of bad guys in a certain building, how do we find out? We think this would fill that void. In essence, the research seeks to miniaturize the Unmanned Aerial Vehicle drones used in Iraq and Afghanistan for surveillance and reconnaissance. The next generation of drones, called Micro Aerial Vehicles, or MAVs, could be as tiny as bumblebees and capable of flying undetected into buildings, where they could photograph, record, and even attack insurgents and terrorists. By identifying and assaulting adversaries more precisely, the robots would also help reduce or avoid civilian casualties, the military says. Parker and his colleagues plan to start by developing a bird-sized robot as soon as 2015, followed by the insect-sized models by 2030. The vehicles could be useful on battlefields where the biggest challenge is collecting reliable intelligence about enemies. If we could get inside the buildings and inside the rooms where their activities are unfolding, we would be able to get the kind of intelligence we need to shut them down, said Loren Thompson, a defense analyst with the Lexington Institute in Arlington, Va. Philip Coyle, senior adviser with the Center for Defense Information in Washington D.C., said a major hurdle would be enabling the vehicles to carry the weight of cameras and microphones. If you make the robot so small that it's like a bumblebee and then you ask the bumblebee to carry a video camera and everything else, it may not be able to get off the ground, Coyle said. Parker envisions the bird-sized vehicles as being able to spy on adversaries by flying into cities and perching on building ledges or power lines. The vehicles would have flappable wings as a disguise but use a separate propulsion system to fly. We think the flapping is more so people don't notice it, he said. They think it's a bird. Unlike the bird-sized vehicles, the insect-sized ones would actually use flappable wings to fly, Parker said. He said engineers want to build a vehicle with a 1-inch wingspan, possibly made of an elastic material. The vehicle would have sensors to help avoid slamming into buildings or other objects. Existing airborne robots are flown by a ground-based pilot, but the smaller versions would fly independently, relying on preprogrammed instructions. Parker said the tiny vehicles should also be able to withstand bumps. If you look at insects, they can bounce off of walls and keep flying, he said. You can't do that with a big airplane, but I don't see any reason we can't do that with a small one. An Air Force video describing the vehicles said they could possibly carry chemicals or explosives for use in attacks. Once prototypes are developed, they will be flight-tested in a new building at Wright-Patterson dubbed the micro aviary forMicro Air Vehicle Integration Application Research
