The laser pointer company is developing the new technology of laser pointer

The laser pointer company is developing the new technology of laser pointer
U.S. laser weapons faster amazing. U.S. ABL laser fighter. U.S. forces engaged in high-energy laser weapons technology over 40 years of history, to obtain a wealth of research results. Up to now, has been initially developed many types of laser weapons platforms on land, sea and space-based equipment. In recent years, these new systems and new concepts such as the mushrooming progress rapidly, showing good prospects for battlefield use. These new laser weapon system Airborne Laser, Advanced Tactical Laser, "Zeus - Hummer laser ammunition disposal system, the Laser Avenger, Laser Area Defense System," Skyguard "as the representative. The power of torch-like  laser pointer reaches a technical grade.
Airborne Laser. U.S. Air Force's first aircraft airborne laser weapons Boeing 747-400F as a platform, under the U.S. Air Force at Edwards Air Force Base, No. 00-0001. By the Missile Defense Agency (MDA), U.S. Air Force and Boeing, Lockheed Martin, Northrop Grumman cooperation developed. The aircraft loaded with power COlL high-energy chemical laser to destroy ballistic missiles in the boost phase. The Airborne Laser system's main components: the sensor system (passive infrared sensors); high-energy laser device (COIL chemical laser) i targeting and tracking system (beam control). The trial is the ABL aircraft successfully hit for the first time a ballistic missile target, reached a new milestone to mark the project. U.S. Missile Defense Agency, laser anti-missile weapons, the test is successful, the U.S. military to combat multiple enemy ballistic missile launches, but, compared with land-and sea-based anti-missile weapons, the ABL system more cost-effective. Users should put on safety eye shields when handling lasers of some high-power  laser pointer . In September 2006, high power ColL laser first ground firing test. In October, Boeing installed in a modified C-130H transport aircraft, one 50-watt low-power solid-state lasers as an alternative, and flight test of the fixed and mobile tracking ground target.  When the missile is destroyed, its rocket engine is still at work. In less than one hour later, a "hound Brent weather, foot arrow from St. Nicholas Island was launched, but this intercept, the ABL beam" Wo calibration failure occurs, the target has not been destroyed, the test only partially successful. Intercept tests, high-energy laser on the liquid-fuel missile killing capacity beyond the expected.