The power of many torch-like laser pointer

The finished products of laser pointer should be kept in the warehouse
In summary, in accordance with the current progress of the study, the ATL will soon enter the procurement stage, the ATL will be based primarily on weapons utility test to study the control of laser beam propagation in the atmosphere, measures against anti-, collateral damage situation. . Skyguard laser air defense system (Skyguard). Skyguard system is Northrop's Grumman in July 2006, successfully developed, is developed in the early models on the basis of the tactical high energy laser weapon capable of defending against short-range ballistic missiles, short-range, remote rockets, artillery shells, mortars, unmanned aerial vehicles and cruise missiles and other attacks, the military, military facilities, residential or industrial areas to provide protection, the protection area of up to 8 square kilometers. The power of many torch-like  laser pointer are higher than 500 milliwatts.
Skyguard system can be loaded in three standard 20 × 8 foot container volume THEL system, only 14 compared with the earlier system, and easy to assemble, and thus the mobility greatly improve. In addition, the DF chemical laser system uses a higher power, beam diameter is greater pollution, overall performance is quite good. Allegedly the first set of "Air Sentry" system between $ 1.5 to 200 million U.S. dollars, the mass production cost of $ 30 million, while the single launch cost is only $ 1,000. In October 2006, the U.S. Department of Homeland Security selected Skyguard system to protect civilian aircraft and commercial transports against the threat of portable anti-aircraft missiles.  laser pointer has a wide application in the intelligence -intensive enterprises.
In March 2008, "Air Sentry" system at White Sands Missile Range live-fire test, the test results is less than ideal. 36 analog dummy only eight intercept test results far below the goal of Northrop Grumman Corporation was promised to Israel "at least block 21. In the end, the Israeli Ministry of Defense did not use the Skyguard system. Northrop Grumman had to the overall improvement of the system. At the same time, Israel from 2006 began the development of a similar solid-state laser Skyguard anti-missile system, successfully developed in 2008. Allegedly, this new anti-missile system performance is better than a Skyguard missile launch its track and lock.  1996 the Army began to develop second-generation systems, and in 1998 developed using 0,5 kW YAG laser type "Zeus" system, and conducted the first test. October-November 2002, improved system field tests, trials were excluded more than 800 mines and unexploded ordnance, the success rate of 99,93%. In December 2002, the "Zeus" system was deployed to Afghanistan, became the first laser weapon systems deployed to the theater.