Re: Teoria TV Fakery (parte 2)
Inviato da Paxtibi il 14/8/2008 1:05:04
Potrebbero aver visto questo:
The Joint Air-to Surface Standoff Missile (JASSM) is an autonomous, stealthy, long range conventional, air-to-ground, precision standoff missile used by the US Air Force and US Navy. The weapon is designed to destroy high value, well defended fixed or relocateable targets, from ranges of over 200 nm. The 14 foot long missile weighs 2,250 pound is employed as a fully autonomous "Fire and Forget" weapon.
The missile uses autonomous navigation, based on inertial and GPS navigation systems, to follow a pre-planned route which will bring it to the target area. Once in predesignated location, the missile uses its imaging infrared seeker and on-board, real-time Automatic Target Correlating (ATC) algorithms to precisely locate and guide the missile to the desired target aimpoint. Lockheed Martin's ATC algorithms use an insensitive, redundant approach and real-time processors to provide a robust system that significantly reduces the missile's impact circular error probability (CEP) any time of the day or night. This allows the missile to hit a precise spot, such as a specific point in a hardened bunker, cave entry or ventilation shaft, using a target model that was built months earlier.
The Joint Air-to Surface Standoff Missile (JASSM) is an autonomous, stealthy, long range conventional, air-to-ground, precision standoff missile used by the US Air Force and US Navy. The weapon is designed to destroy high value, well defended fixed or relocateable targets, from ranges of over 200 nm. The 14 foot long missile weighs 2,250 pound is employed as a fully autonomous "Fire and Forget" weapon.
The missile uses autonomous navigation, based on inertial and GPS navigation systems, to follow a pre-planned route which will bring it to the target area. Once in predesignated location, the missile uses its imaging infrared seeker and on-board, real-time Automatic Target Correlating (ATC) algorithms to precisely locate and guide the missile to the desired target aimpoint. Lockheed Martin's ATC algorithms use an insensitive, redundant approach and real-time processors to provide a robust system that significantly reduces the missile's impact circular error probability (CEP) any time of the day or night. This allows the missile to hit a precise spot, such as a specific point in a hardened bunker, cave entry or ventilation shaft, using a target model that was built months earlier.
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