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What's more, the current China Ascendas also has the ability and strength to develop such more advanced anti-missile interception systems.

Let alone the gliding warhead of its own anti-ship ballistic missile, and the Second Artillery’s Type 17 mid- and short-range penetration missile, it is because these two weapon systems are closely related to the non-detection-10, which is enough to provide rich correlations. The technical parameters and key points make the development of the LYJ-24 anti-missile interception system more targeted.

In any case, the further the equipment system goes, the fewer people you can follow. In addition to the huge cost input, the key is to have the technical level and experience summary.

There are many people who can build air defense systems. That's because of the popularity of combat aircraft. The maneuverability of related aircraft is formed into parameters and entered into the computer to form a rough modeling of air defense missiles.

There are not many people who can follow missile anti-missile systems. The most fundamental reason is that the number of countries that can possess ballistic missiles has dropped sharply. Related index parameters are used for reference, how to build their own performance parameters according to the actual situation? Really want to talk on paper?

Needless to say, when it comes to near-space aircraft, there are only one or two possibilities to complete the construction, because the development of this type of aircraft is so difficult that it is beyond imagination.

After all, the nearby space between 30 kilometers and 100 kilometers belongs to the kind of weird existence that can't get on the plane and the satellite can't get off.

It has the weightlessness of outer space, but there is still fine air resistance.

This requires this type of aircraft to not only have the flexibility and repeatability of an aircraft, but also have the ability to overcome weightlessness and resist high temperature and high pressure in aerospace.

It is a typical product of the combination of aviation and aerospace.

Only the United States and the former Soviet Union were able to play this way during the Cold War, and even Europe, which claims to be technologically advanced and innovative, was blank in this field.

As for Japan, which claims to be more technologically advanced, you can't even touch it.

It’s not that Japan and Europe don’t want to touch it, but its own technical level is simply not up to the qualifications, because this field tests not only the technical level of a single category, but the highest level of aviation and aerospace. Comprehensive strength of the end.

If not, why did the US "Blackbird" strategic reconnaissance plane be the only one; why did the "Goddess of Dawn" program in the 1980s and 1990s cause the world to tremble?

It is not that the comprehensive aerospace strength that the United States has shown by this is too strong, so strong that it is impossible to despair!

Today, China Ascendas also has such strength. Of course, a company cannot compare with the existence of the only superpower in the world. However, China Ascendas has insisted on the full integration of aviation and aerospace for so many years, but it is well reflected in Wudi-10 superior.

For example, the fuselage skin of Wuzhen-10 uses an integrated carbon fiber-ceramic composite material.

Not only is the material itself very difficult to prepare, but also the processing and craftsmanship are difficult to get out of the sky, because the overall requirement can only be integration. Except for a few maintenance and equipment installation hatches reserved for specific locations, there can be no place for the slightest connection. Otherwise, in the supersonic flight state, the entire UAV may be invaded by high temperature and burned directly.

Before Wuzheng-10, China Ascendas could only manufacture a carbon fiber-ceramic composite integrated molding structure with a length of 5 meters and a width of less than 2 meters, which was mainly used for gliding warheads of anti-ship ballistic missiles, as well as Type 17 mid- and short-range sudden missiles. Anti-missile.

Wuzhen-10 is more than twice the size of the previous product. The key problem is that the increase in size brings a series of changes in structural strength and mechanical characteristics.

Obviously, the original process cannot meet the design requirements. There is no alternative. China Ascendas can only develop a new set of integrated carbon fiber-ceramic composite forming process to solve this problem.

In addition to the material problem, the heat dissipation problem of the Non-Reconnaissance-10 is also a key technology. Unlike anti-ship ballistic missiles or Type 17 mid- and short-range penetration missiles, the guidance components inside the warhead are simpler after all, and the requirements for heat dissipation Although there is, it has not reached the level of harshness. After all, it will be the same in the end. Even if there is, it will not be so complicated.

No detection-10 is different. It not only carries a complete set of UAV control systems, satellites, ground communication devices, synthetic aperture radars, communication relay equipment, command and control systems and other modern electronic information equipment, but also The important thing is No Detection-10 is not a one-time product, but a drone that can be used multiple times.

Therefore, how to allow so many complex and sensitive electronic devices to be used repeatedly in an environment such as high-altitude and high-speed has become the key to success or failure of the non-detection-10, and the most critical problem is heat dissipation.

No way, not only the internal electronic equipment of No Detection-10 will emit heat when working, but the most important thing is that the high temperature generated during supersonic flight can cause fatal injuries to the internal electronic equipment in the extreme time.

Fortunately, China Ascendas has a solid foundation in spacecraft heat dissipation. With so many years of experience in providing relevant heat dissipation devices and systems for satellites, China Ascendas has issued a very efficient and fast heat dissipation system for No Detection-10.

Comprehensive experiments show that when the surface problem of the body rises to a high temperature of 1260 degrees Celsius, the inside of the body can be controlled at 36 degrees Celsius, which is the normal value of human body temperature.

For protecting the internal structure of the body, maintaining the normal operation of the equipment can be said to be indispensable.

In addition to materials and heat dissipation, the fields of aviation and aerospace technology involved in Wudi-10 include, but are not limited to, aerodynamics, aerospace dynamics, aerospace wind tunnel test, aerospace shock wave wind tunnel test, aerospace vibration test, light and strong materials , Anti-mutilation test, etc. hundreds of disciplines.

It is no exaggeration to say that although Wudi-10 is just a drone, it has completely emptied China's accumulated technological foundation for soaring for so many years.

But even so, Wudi-10 still does not reach the ideal state of Zhuang Jianye, because in Zhuang Jianye's plan, Wudi-10 is not a separate model, but should be like the TY-2 UAV built when China took off. Similarly, a category and series should be formed.

Therefore, Zhuang Jianye hopes that Wudi-10 can switch freely in the three states of subsonic, supersonic and hypersonic. Uukanshu.com thus makes its own tactics more adaptable.

However, in order to achieve this goal, Wudi-10 must be equipped with a super variable-cycle engine combining scramjet-turbofan-rocket. This thing is still impossible to reach for the current take-off of China. Naturally, It cannot be achieved. There is no other way but to use two reusable liquid fuel rocket engines as the power source of No Detection-10.

This is not a big pity for Zhuang Jianye, because it means that the combat radius of No Detection-10 has been greatly shortened.

However, for the relevant units of the troop, No Detection-10 is their dream treasure, because with him, there will be no more secrets in the vast sea area between the first island chain and the second island chain. As for the method of dispatching , Just two days before the earthquake occurred in the W area, the troop’s non-detection-10 directly skipped over an island. Not only did it record a large number of critical communications and radar spectrum signals, but more importantly, all of this was not affected by the island. Found any clues.

What does this show?

The real transparency of the battlefield has already begun!