The gun shape laser pointer is more welcomed in the market

The gun shape laser pointer is more welcomed in the market
So, are maturing of laser weapons still faced with the cruel test of the battlefield. In addition, it is worth noting that the results of the Zeus Hummer ammunition disposal system proved an effective way of weapons testing in the battlefield environment is an operational use of the concept. We should also see that while the challenges facing the rapid development of technology also brings a great opportunity for the development of laser weapons. First, the broad prospects of solid-state laser technology. Laser as an important part of the laser weapon system, its power level, volume, weight, beam quality, and features such as severely restricts the development of laser weapons. At present, the rapid development of solid-state laser technology, integration and power levels in the continuous improvement opportunities to the development of laser weapons technology. The document needs to be emphasized on the screen by laser pointer with remote control.
For example, solid state heat capacity laser power in 2006 has reached 67 kilowatts, the beam quality is better than two times the diffraction limit. IPG fiber laser power above several laser weapons applications has reached more than 20 kilowatts. In November 2008, Northrop Grumman successfully developed rugged solid FIRESTRIKE lasers, modular design, a single block of output power of 15 kilowatts, the beam quality of 1.5 times the diffraction limit. March 2009 + Northrop Grumman the JHPSSL project of this type of laser combined solid-state laser power of 105 kilowatts. The rapid development of solid-state laser technology, laser weapons of destruction to improve performance, flexibility, reliability is very important to the meaning, it will promote the future of laser weapons will small, modular, universal direction. Therefore,  laser pointer of high power are not toys. 
January 10, 2010, the ABL aircraft in California, the Naval Air Warfare Center Weapons Division to install a missile instead of the remote target device (MARTI) targets for the capture, tracking, engagement demonstration test. The trial almost simultaneously with ground-based midcourse missile defense system test. The experiments show that the ABL system has been able to successfully capture, track and hit the high-speed targets. The test data obtained for the air in February, anti-intercept test ready. February 3, the ABL aircraft successfully destroyed a solid fuel rocket. February 11, the ABL aircraft took off from Edwards Air Force Base, and within a few seconds to capture a mobile platform from the sea of liquid fuel fired short-range ballistic missiles. Laser of high-power  laser pointer should be carefully handled.
In February 2009, the U.S. Army Model of the LADS system in the White Sands Missile Range test is to test its operational performance and effectiveness.