For this reason, it took another 12 years for China to take off before it achieved this step.

Of course, this does not mean that there is no official combat readiness duty for anti-ship missiles. In fact, since the end of 2007, the Second Artillery Force has tried to install the No. 21 D-type missile for combat readiness duty against large strategic targets at sea.

The conventional warheads used for precision strikes are used, and the attack speed is only Mach 5. In order to increase the hit probability, the No. 21 D missile adopts a double warhead arrangement.

Although there is deterrence against large surface ship targets at sea, there is no guarantee that they will be destroyed in the first battle.

After all, it's not like they don't have countermeasures.

The speed of Mach 5 seems to be very high, but it is only the general attack speed of ordinary ballistic missiles. With the maturity of a series of ship-to-air anti-missile systems such as Standard 6 and the continuous upgrading of "Aegis" ships, although it will give The air defense of the aircraft carrier fleet has caused some troubles, but it is not impossible to deal with it in general.

After all, through the infrared satellite early warning system all over the space, the judgment can be made at the first time when the No. 21 D missile is launched into the sky, and at least 20 minutes of early warning time has been provided for the relevant aircraft carrier formation.

During this period, the aircraft carrier formation can not only complete the arrangement and preparation of the air defense network, but also the aircraft carrier itself will conduct a wide range of agitation and evasion. More importantly, the large supply ships and even the **** capital ships in the formation can release decoy signals in advance to interfere with the attack. The warhead avoids the aircraft carrier.

Under a series of soft and hard killing methods, only the best anti-ship ballistic missile warheads with an attack speed of Mach 5, which actually has an average attack speed of Mach 3, can land on the deck of an aircraft carrier. To be honest, even God wonders. Difficult to estimate.

Because of this, this first-generation anti-ship ballistic missile is simply to solve the problem of whether it exists, to deter the opponent's heart, and to test the feasibility of this technical route. As for the actual combat value, even the relevant domestic units are not very optimistic. .

Therefore, the equipment is also fully spread out. Only two missile launch battalions are equipped in East China and South China, which are used for testing and training the backbone of the troops.

If this was placed in a country like New Delhi or even Russia, it would probably have been advertised all over the world long ago. Deterrence, no matter whether its actual combat value is high or not, anyway, it doesn’t pay taxes when it is said, but it’s all about bragging .

The problem is that the army does not want anti-ship ballistic missiles to save face, but to consolidate their old foundation and to solve the unresolved problem of a certain island in the southeast coast.

Because of this, the army has always been lenient in predicting the strength of the aircraft carrier formation at sea. However, any conditions that cannot meet the conditions of destroying or severely injuring an aircraft carrier are not a perfect strike system.

Based on this, shortly after the first generation of anti-ship ballistic missiles appeared to be installed, the troops started the development of the second generation of anti-ship ballistic missiles, namely the No. An improved air-launched anti-ship ballistic missile.

The improvement of these three missiles only focuses on two points. First, increase the attack speed; second, improve the anti-jamming capability of the attacking warhead.

But in the final analysis, increase the attack speed.

How big is it?

The parameters given by China Tengfei are that it can reach a maximum of Mach 12, and the average attack speed is Mach 10, reaching a true supersonic speed, while the previous Mach 5 warhead was downgraded to a hypersonic speed.

Although supersonic speed and hypersonic speed are just changes in the combination of phrases, their meanings are quite different. As for China Tengfei, an unwritten chain of contempt has formed inside.

That is, Mach 10 is the real hypersonic speed. As for Mach 5 or so, it can only be called pseudo hypersonic speed. This title rests on the head of the Mach 5 attack warhead.

After all, this kind of defense equipment equipped with a Mach 5 warhead will be exported in the future. When introducing it to customers, it is not pleasant to say that this kind of defense weapon is a pseudo-supersonic speed, which makes the customer seem to have bought a fake product. It is called hypersonic speed. It can be distinguished from the real supersonic speed, and it can also give customers the illusion of buying supersonic defense equipment.

There is no way around this, except for the fact that China’s take-off can clearly distinguish between the two. In fact, other countries, including the United States, are still super-high and superb.

The problem is that people can't tell the difference, but the radar knows that's great.

Attacking warheads below Mach 5, because the speed is neither fast nor slow, the continuous wave of the radar can still barely keep up with the trajectory of the warhead, which can also provide good attack parameters for maritime anti-missile weapon systems such as Standard 6. Make sure to hit the bullet accurately.

But the speed can reach Mach 10 or more. No matter how advanced the radar is, the parameters of the beam are determined once and for all. When the warhead is ready to be reconfirmed, the warhead will not know where it has flown, and it will not be able to track continuously. Naturally, it is impossible to calculate the attack. Specific parameters such as angle, speed, height and time.

Unless it is possible to deploy a large-scale phased radar every 3 kilometers on the flight route of the warhead, it is possible to form a radar array to capture such a fast warhead trajectory, or even think about it.

But in doing so, there are not so many sites for you to build, and the cost is too high, so in the face of attacking warheads above Mach 10, neither land-based air defense systems nor sea-based air defense systems are effective.

The hard kill method of the aircraft carrier is abolished, but what about the soft kill?

For example, can electronic jamming and false targets decoy attack warheads?

The answer is still impossible.

Let’s talk about electronic interference first~lightnovelpub.net~A layer of ionized material will be attached to the surface of the attack warhead exceeding Mach 8, which can not only shield the receiving signal, but also prevent the normal internal signal from being emitted.

An extremely special system and frequency band are needed to break through the barrier of the ionosphere and realize the connection between the inside and outside of the warhead.

Based on this, electronic interference is basically useless, because its band cannot even break through the outer ionosphere, so how can it interfere with internal electronic equipment?

Since it cannot interfere with the electronic equipment inside, the composite guidance mode of radar guidance + image matching + satellite guidance + photoelectric guidance set inside it can accurately lock the unique big guy of the aircraft carrier.

This is the same as the Neptune scumbag who is playing at night, no matter how good the supply ship and the **** battleship are, they will wink at the approaching hypersonic attack warhead, shouting "I want me~ I want me~" The high-sonic attack warhead will also see through the scumbag attributes of the opponent's vulgar fans at a glance.

Naturally, she didn't even care about it, and slammed into the arms of a good young woman like an aircraft carrier to taste it. As the saying goes, the world's martial arts can only be broken quickly. If this kind of good young lady strikes late, she will have no chance...