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In addition to the first two interception methods, we also have a third interception method, which is also the interception mode we mainly recommend.

Zhou Yonghui then continued to introduce Lin Jiaming to the two of them: "Have you noticed the four booster-style structures on the tail of the missile in the middle of the platform?"

Isn't this a booster? Zhang Jun asked?

no. Zhou Yonghui shook his head and said: "This anti-missile intelligent penetration missile is actually a sub-munition. These four small rockets similar to boosters are actually a missile, but a high-speed interceptor.

These four missiles are mounted on the mother bomb and together form a complete anti-missile intelligent penetration missile. And the number of high-speed interceptor missiles can be continuously adjusted according to mission needs, which can be four or two.

These four high-speed interceptor missiles will not play any role when the mother bomb is flying. When an anti-aircraft missile strikes, the missile-borne anti-aircraft missile incoming warning and sensing system will guide and control the four high-speed interceptor missiles to intercept the incoming air defense missile. attacking anti-aircraft missiles.

Compared with the previous two interception methods, this interception method is more convenient, faster, more accurate, and has a higher interception success rate.

Even these high-speed interceptors can confuse the enemy's air defense and anti-missile systems and cover the penetration of anti-missile intelligent penetration missiles.

When the missile-borne anti-aircraft missile incoming early warning sensing system detects the incoming air defense missiles, it will release and launch the high-speed interceptor missile mounted on the missile body.

These high-speed interceptors will adopt special flight trajectories, and the high-temperature tail flames ejected from their tails can display very obvious infrared heat signals. As a result, some infrared-guided air defense missiles may change their targets to track these high-speed interceptors, thereby providing cover for anti-missile intelligent penetration missiles, allowing them to take the opportunity to break through the enemy's air defense network and attack the enemy's layers of protection. important goals. "

At this point, Zhou Yonghui paused and then continued: "In fact, it is not only active interception. When this missile-borne anti-aircraft missile incoming warning and sensing system detects the incoming anti-aircraft missile, it will control the missile to maneuver and avoid it." Intercept these anti-aircraft missiles, and then look for air strikes from their air defense systems to penetrate them."

After hearing Zhou Yonghui's introduction, Wu Hao nodded slightly, which was also a good response. Conventional missiles do not have this function. They will only fly according to predetermined instructions and will not actively evade incoming missiles, let alone detect incoming missiles.

The valuable thing about this system is that it allows the missile to detect incoming missiles and take corresponding countermeasures in advance, whether it is controlling the missile to maneuver to avoid interception by enemy anti-aircraft missiles.

Or use the interception weapon system of the missile's own thin belt to intercept the incoming air defense missiles. This is a very good response plan. It should be said that it has set a precedent in terms of anti-missile, anti-air defense and penetration. No, it should be said that it has opened up a new path.

Such an anti-missile smart penetration missile would probably be very expensive, right? Zhang Jun asked at this time.

Zhou Yonghui smiled and nodded and responded: "Of course it's expensive. Missiles are expensive, and anti-radiation missiles that specifically deal with local air defense systems and radars are even more expensive, not to mention this kind of anti-missile intelligent penetration missile.

Because it is expensive, this kind of anti-missile intelligent penetration missile is destined to only be used for some important tasks, or to perform some special strike tasks. For example, in the early days of the war, this kind of anti-missile intelligent penetration missile was used to deal with the enemy's well-defended air defense network. It was specially used to attack key protected radar stations, air defense missile positions, important command centers, and communication centers. Transportation hubs, supply and ammunition warehouses, and more.

Or it can be used to penetrate the enemy's tight air defense system and attack its important and high-value targets.

It can also be used to equip some ammunition systems that are easily intercepted, such as unmanned aerial vehicle systems and cruise missile systems. Whether it is a drone or a cruise missile, it is easy to intercept because its speed is not fast and its flight altitude is not high.

If equipped with such an anti-aircraft missile incoming early warning and sensing system, it will greatly increase the battlefield survivability of these drones and cruise missiles and improve their strike efficiency. "

Speaking of this, Zhou Yonghui paused for a moment, then looked at Wu Hao and Zhang Jun and lowered his tone and said: "Actually, there is another role, that is, we can consider equipping it on our strategic weapons in the future, thereby increasing the surprise of these missiles. defense capabilities and enhance deterrence.

On the other hand, it can also be considered to equip some important satellites to deal with enemy anti-satellite weapons, thereby increasing the wartime survivability of these important satellites. "

This is a very good idea. Wu Hao's eyes lit up when he heard this, and he couldn't help but admire it.

Indeed, modern war is actually about informatization, and the role of satellites in war is obvious to all. Whether it is reconnaissance satellites, communication satellites, or navigation and positioning satellites, these are all modern weapons. Equipment services. Once they have problems, no matter how advanced the weapons and equipment are, they will be useless.

For example, drones that rely on precision guidance, precision-guided bombs, glide bombs, cruise bombs, cruise missiles, etc., as well as other weapons and equipment, such as aircraft, tanks, ships, etc., will all be affected.

Therefore, in recent years, various countries have attached great importance to the research of anti-satellite weapons, increased investment, and achieved very impressive results. It can be said that once some large-scale war breaks out, these satellites with various functions in space orbit will definitely be the primary target of attack.

Therefore, in recent years, while countries are conducting research on anti-satellite weapons, they are also studying how to prevent attacks by anti-satellite weapons. In this field, the most mainstream response method is to increase the orbit-changing ability of satellites and use the orbit-changing ability of satellites to get rid of enemy tracking, thereby avoiding being hit by anti-satellite weapons.

However, it is still not enough to deal with the threat of anti-satellite weapons. Mainly because countries are currently closely monitoring satellites orbiting in space. Not to mention satellites, even a fragment of more than ten centimeters can be tracked and monitored, let alone those satellites that weigh tens of tons.

Therefore, even if it changes orbit again, it will still not be able to avoid the enemy's tracking and monitoring, and naturally it will not be able to avoid the enemy's anti-satellite weapons attack.

Therefore, how to deal with the threat of anti-satellite weapons to these high-value satellites is also a headache for all countries and a problem that they all want to solve.

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