In today's war environment, rocket artillery, as a kind of powerful fire support and long-range strike capabilities, is more and more favored by all countries. However, although the power of rocket artillery is powerful, its accuracy and reliability have always been the key factors restricting its performance. In order to improve the accuracy and reliability of rocket artillery, many countries are exploring ways to connect them with an external training power source. This paper will analyze the problems related to the external training power supply of rocket artillery, and analyze its feasibility and application prospects.
1. The background and significance of the external training power supply of rocket artillery.
Rocket artillery is a kind of artillery with unguided technology**, and its range and accuracy have always been the focus of attention. In traditional use, rocket artillery relied mainly on simple mechanical aiming and manual operation to carry out the firing. However, due to the slow flight speed, single flight trajectory, and great influence of meteorological conditions, the accuracy of rocket artillery is often difficult to guarantee. Especially at night or under complex meteorological conditions, the firing accuracy of rocket artillery is seriously restricted.
In order to improve the accuracy and reliability of rocket artillery, many countries are exploring ways to connect them with an external training power source. This method can improve the accuracy and reliability of the rocket artillery by providing external energy for the rocket artillery, so that the rocket artillery can achieve functions such as electric aiming and electric firing. In addition, the external training power supply can also provide rocket artillery with faster response speed and higher mobility, so that it can better adapt to the needs of modern warfare.
Second, the technical scheme of the external training power supply of rocket artillery.
The technical scheme of the external training power supply of rocket artillery mainly includes the following aspects:
1.Energy ** system.
The energy system is the core part of the external training power supply of rocket artillery, which needs to provide stable and reliable electrical energy for rocket artillery. Generally speaking, the energy ** system can use energy equipment such as batteries or generators, and provide electrical energy for rocket artillery by cable or wireless transmission. At the same time, the energy system also needs to have high safety and reliability to avoid accidents in the combat process.
2.Electric sighting system.
The electric targeting system is one of the important components of the external training power supply of rocket artillery, which can realize the aiming and positioning of rocket artillery by electric means. Generally speaking, the electric targeting system can be composed of electric motors, encoders, position sensors, etc., and realize automatic aiming and positioning of rocket artillery by receiving aiming instructions from the fire control system. At the same time, the electric targeting system also needs to have a high response speed and accuracy to achieve high-precision strikes by rocket artillery.
3.Electric firing system.
The electric firing system is another important component of the external training power supply of rocket artillery, which can realize the firing of rocket artillery by electric means. Generally speaking, the electric firing system can be composed of electric motors, transmission mechanisms, firing devices, etc., and the automatic firing of rocket artillery can be realized by receiving firing instructions from the fire control system. At the same time, the electric firing system also needs to have a high level of safety and reliability to avoid accidents during the combat process.
3. Application prospect of external training power supply for rocket artillery.
As a new type of artillery technology, the external training power supply of rocket artillery has a wide range of application prospects. First of all, it can improve the accuracy and reliability of rocket artillery, so that it can better exert fire support and long-range strike capabilities in combat. Secondly, it can improve the mobility and response speed of rocket artillery, making it better adapted to the needs of modern warfare. Finally, it can provide reference for other artillery systems and promote the continuous development and progress of artillery technology.
In short, as a new type of artillery technology, the external training power supply of rocket artillery has a wide range of application prospects and important strategic significance. In the future, with the continuous progress of technology and the continuous expansion of application scenarios, its application prospects will be broader.