rcraft, usually the C-130 aircraft. On board are visible and infrared surveillance and acquisition sensors provide the weapon operator scene images of increasing resolution for finding and engaging targets. The ATL uses a close-cycle, chemical oxygen-iodine laser with an appropriate beam control. It can demonstrate its power from a moving platform by slicing a metal plate in half from about nine miles away. It can be so far away and still observe that it cannot be attacked by small arms fires keeping the soldiers at a safe range. The safe distance can be seen in this video. The ATL does have other benefits besides killing. It can provide powerful capabilities for both lethal and non-lethal ultra-precision engagements of threats with little or no collateral damage. This weapon is very critical in Urban environments and congested areas that are vulnerable to terrorist activities or insurgent operations. It provides a laser weapon that can also be used for less than lethal engagements that can help control high risk purposes for both the military and the humanitarian purposes. Its high resolution can make observations and surveillance capabilities much more possible in highly density areas. In order to be used in the field however, it must pass some certain requirements. The ATL is required to be a sealed exhaust chemical oxygen iodine laser that eliminates the soldiers exposure to chemical materials. Boeing has met most of the requirements and is almost ready to be used. The ATL will be available around 2009. The prime contractor for the ATL is the Boeing Companies Rocketdyne Division. The ATL is expected to cost 180 million dollars.
Sources
http://www.globalsecurity.org/military/systems/aircraft/systems/atl.htm
http://www.popsci.com/bown/2008/product/boeing-advanced-tactical-laser
Space war.com
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