And it has the remarkable characteristics of small size, high efficiency, high reliability, low cost, etc., and it has overturned the traditional technology route. At the same time, they developed a prototype of a six-way solid-state laser pointer coherent synthesis principle in the laboratory and built a set of tactical laser weapon demonstration platforms. The appraisal concluded that “the project has reached the international leading level”. In 2015, the team, together with several academicians, jointly suggested that China should give priority to the development of key technologies for a certain type of laser weapon, and received high attention from relevant national departments.
Some media pointed out that this laser is similar to the “Chinese version” of the US multi-fiber laser, but its technology is more advanced, indicating that China has taken the lead in the world in the development of laser weapons. In this regard, the airborne green laser pointer weapon must have the corresponding technical support and meet many conditions, such as the power to reach weapon-level standards, that is, 100 kilowatts or more, and the power of single-mode fiber lasers must be very high.
To have advanced beam synthesis Laser Engraver technology, an advanced aiming and tracking system, a self-stabilizing platform, and so on. This is a highly integrated system integration process, with a very high technical content, and it takes time to enter the engineering phase. However, it is certain that with the continuous development of technology, it will be a very necessary and inevitable thing to install laser weapons on aircraft in the future.