Yang Shaoqing, academician of the Chinese Academy of Sciences: China's terminal-sensitive missile is the best in the world, destroying a group of tanks in milliseconds
2024-06-27 00:14 Source: Science Knowledge Point Show
Published in: Zhejiang Province
The research and development of high-tech weapons has difficulties that are not understood by the outside world. Take the development of new terminal-sensitive bombs as an example. The United States' research and development in this field has been unable to accelerate the shells to reach the expected design and the strike accuracy is insufficient. As a result, the United States believes that the idea of creating a super terminal-sensitive bomb has failed at this stage.
As a military power, Russia encountered the same difficulties in the development of terminal-guided munitions and was unable to solve them. Similar to the United States, it had to shelve the research and development work and it still failed.
China has caught up with the rest. According to Academician Yang Shaoqing of the Chinese Academy of Sciences, the terminal-sensitive bombs developed by China have achieved important technological breakthroughs and have become the world's leading level. This new type of weapon has an amazing strike efficiency. At a speed of milliseconds, it can destroy enemy tanks and armored groups, achieving a terrifying strike effect.
The terminal-sensitive munitions weapons provided by the United States played a very powerful role on the Russian-Ukrainian battlefield, blowing up many tanks of the Russian army and causing serious losses to the Russian side. It also brought the terminal-sensitive munitions into the world's vision. Many military experts have stated that this weapon will bring greater variables to the battlefield.
However, the United States' terminal-guided missiles have not yet reached the research and development results of the US military. Once further combat effectiveness can be improved, they will have even more terrifying power.
What is the actual situation of the terminal-sensitive munitions developed by China?
Our military experts once said that if we want to compare, we must compare with the strongest level, and see if we can surpass the research and development level of the United States in the field of terminal-guided missiles. What is the result? Has China's terminal-guided missile research and development achieved such an achievement that the world is amazed?
The world's development of terminal-sensitive munitions began in the 1970s, when the Soviet Union was anxious to develop a new type of weapon to counter enemy tank armor.
Therefore, the Soviet military-industrial institutions developed terminally guided munitions to destroy the enemy's tank armor. Although it went through a trial-and-error process with many detours, it laid a certain foundation for terminal-sensitive munitions.
The infrared guidance method used has certain technical defects, and different changes will occur when encountering different weather conditions. The influence of visibility and climate temperature will cause unstable strike effects, thus bringing variables to the weapon.
Once encountering thick fog or other bad weather, the infrared guidance will fail, and the destructive capability of this weapon will be significantly reduced.
my country began to develop terminal-sensitive munitions in the 1980s. Taking into account the lessons learned from the past, my country's terminal-sensitive munitions technology must solve the same problems encountered by infrared guidance, that is, how to deal with the impact of adverse factors such as extreme weather and severe climate.
The technical team faced many problems, but they continued to research and develop and overcome difficulties. By the 1990s, the technology had made a certain degree of progress, and they also increased their research and development on terminal-sensitive bombs.
In this technical field, my country has achieved a breakthrough in far-infrared detection technology for the first time, accurately locating the target coordinates to be hit, and being able to lock and accurately achieve high-speed strikes. It has achieved a composite guidance of millimeter waves and laser scanning. The accuracy is amazing, reaching an 85% accuracy rate of strikes, directly surpassing the United States' inaccurate positioning and strike accuracy of only 60%, and has leapt to the capabilities of the world's most advanced terminal-sensitive munitions.
The terminal-sensitive bomb developed by my country uses three composite guidance modes, which has a greater degree of accuracy improvement and a stronger strike effect. It can break through the situation of insufficient visibility at night and use far-infrared precise scanning to achieve all-weather defense and combat. It directly improves combat strength, tracks the locked target until the strike is completed, and enhances the strike power and effect.
So far, the unknown bomb developed by China has surpassed the United States in terms of comprehensive performance and has leapt to the world's leading level, and can achieve a millisecond-level strike speed. After continuous upgrades by the scientific research team, it has been able to achieve a millisecond-level strike speed.
The withdrawal force can directly hit the enemy's tank battle group and armored vehicles, achieving efficient destruction. China's pastoralists have upgraded their research and development from a single mode of infrared guidance to three forms of composite guidance, which has improved the accuracy and demonstrated innovation and rising comprehensive strength in the field of technological upgrading of China's military industry.
Even more terrifying is the Momin bullet developed by China, which can splash like a continuous downpour of rain and steel needles. Its speed is dozens of times more powerful than similar weapons in other countries, truly becoming the nemesis of tanks and armor.
Behind this technology is the breakthrough of multiple patented technologies of my country's terminal-sensitive projectiles, which have achieved the improvement of destructive intensity, including how to make the terminal-sensitive projectiles launch accurately, strike accurately, achieve armor-piercing effect, and quickly kill the protective layer of armor. These are the strike effects that can only be achieved by high-tech means. After armor-piercing, the explosives are detonated, resulting in further enhancement of the destructive power. These are the technical upgrades achieved by my country's military industry, and also the further development of my country's research and development of military weapons.
