!!

The fight started, and the most popular thing was not the air battle, but the Fourth Fleet that was about to suffer a catastrophe.

After receiving the news that six J-13bs were shot down, Xiang Yinghui immediately asked the naval aviation water patrol plane to the pilot's parachuting water area, and then looked at the large screen in the center without saying a word.

Whether the Japanese Fourth Fleet can be annihilated depends on whether the first round of attacks can achieve the ideal effect.

48 c-604 anti-ship missiles are definitely not vegetarian

This heavy supersonic anti-ship missile, which was finalized at the end of last year, is not only a "weapon" in the hands of the Republic, but also a "tailor-made" anti-ship missile to deal with the US Navy aircraft carrier battle group. Compared with the previous generation of C-603 anti-ship missiles, it uses a "rocket stamping integrated" rush-604, but has a longer range and faster speed, and can also carry more powerful warheads and more guidance equipment.

The biggest feature of c-604 is its powerful autonomous attack capability

To deal with the US aircraft carrier combat group air defense network composed of carrier-based fighter jets, regional air defense missiles, point air defense missiles and terminal interception systems, to ensure the safety of the carrier aircraft. In addition to allowing the carrier aircraft to launch missiles at the longest distance, anti-ship missiles must have strong penetration capabilities

Whether it is to increase flight speed or reduce flight altitude, it can only limit the penetration capability of missiles.

Only by using multiple guidance modes to improve the anti-jamming capability of the missile and setting up multiple attack methods to increase the missile's penetration method can the missile's penetration capability be effectively improved

c-604 anti-ship missile has three autonomous guidance modes: active radar, passive radar and infrared/ultraviolet double band phases: three autonomous guidance modes: active radar and passive radar and infrared/ultraviolet double band phase.

During the test firing before finalization, the guidance system + test of the c-604 anti-ship missile was successfully discovered and locked in an extremely complex electromagnetic environment, and destroyed the target.

C-604 anti-ship missiles have two attack methods: one is high-altitude dive attack and the other is sea-piercing attack

The speed of high-altitude dive attack is faster and the end ballistic is extremely steep, which increases the difficulty of interception of enemy air defense missiles, seafly attack, low flight altitude, and shortens the interception time of enemy air defense systems.

Practical confrontation proves that two attack methods can be used in combination to achieve the ideal effect

In order to enhance the strike capability, the c-604 anti-ship missile is equipped with a variety of combat units

In addition to dealing with aircraft carrier ground armor-piercing warheads, cruisers and destroyers and other large warships, and high-explosive warheads, and fixed target ground high-explosive warheads, there are two special warheads, one is rarely used in anti-ship missiles, the ground mother-child warheads, and the other is specialized in electronic equipment ground electromagnetic interference warheads.

What role can these two warheads play when attacking sea surface warships? Pilots from the HNA Test Force are most clear

As the commander of the test force, Xiang Yinghui knew very well what was going to happen next

Among the 48c-604 anti-ship missiles launched by 12 j-13b fighters, 12 are equipped with mother-child warheads, 12 are equipped with electromagnetic interference warheads, and the other 24 are all equipped with semi-armor-piercing warheads.

As anti-ship missiles entered the interception range of the fleet's air defense system, Yu Hashimoto also noticed the upcoming disaster.

After the failure of the intercepting fighter aircraft group, the "King Kong" and "Atgo" air defense destroyers immediately changed to anti-missile interception state. Relying on the target information provided by the early warning aircraft, the two destroyers each launched 24 "Standard-6" air defense missiles before the missile entered the detection range of the Aegis radar.

Due to the number of fire control channels, the two air defense destroyers can only guide 24 missiles to intercept 12 air targets.

At this moment, 12 anti-ship missiles suddenly climbed and entered a high altitude

The situation changed drastically, and the officers and soldiers on the air defense destroyers were not in a hurry. They immediately relied on the target data obtained by the "Aegis" radar and issued guidance instructions to 12 "Standard-6" missiles that had just been launched. Then, the fire control radars on the two destroyers were activated to prepare to illuminate the anti-ship missiles approaching from high altitude.

In passive guidance mode, the probability of "Standard-6" air defense missile destroying high-altitude targets exceeds 95%

Two "Standard-6" deal with an anti-ship missile, with a probability of destruction exceeding 99%, which is considered a silly

However, the officers and soldiers on the Japanese warships were not able to be proud for a long time

Just now, four anti-ship missiles were shot down, and the remaining 8 anti-ship missiles suddenly "disintegrated". Dozens of "targets" appeared on the radar screen of the two air defense destroyers. With the powerful fire control computer, the fire control systems of the two air defense destroyers quickly made a judgment. They were not dozens of missile fragments, but dozens of "missiles"

Now, the Japanese officers and soldiers on the warship were stunned.

The fire control system was not "stunned". Without human intervention, the fire control radars of the two destroyers quickly locked the 8 most threatening targets and guided the remaining 16 "Standard-6" air defense missiles to intercept.

After reacting, the fire control officer on the air defense destroyer immediately adjusted his tactics.

The remaining 24 "Standard-6" air defense missiles re-locked their targets and shot at the "anti-ship missiles" approaching from high altitudes. Facing dozens of "missiles", 24 "Standard-6" seem to be a waste of money.

In a blink of an eye, 48 "Standard-6" were just launched and consumed

The problem is that the two air defense destroyers in front of Yu Hashimoto carry a total of 72 "Standard-6". 24 were wasted when intercepting fighter jets, and the remaining 48 were all fired without missiles. Radar performance

, there are more than 20 targets at high altitude, and at least 30 t3 bullets at low altitude

With a point defense system with limited capabilities, it is impossible to shoot down all anti-ship missiles.

The captains of the "King Kong" and "Atgo" did not hesitate

Faced with the aggressive anti-ship missile, both captains ordered the use of "Standard-3 air defense missiles for interception in accordance with the air defense operation regulations.

At this time, the "anti-ship missile" approaching from a high altitude was only 25 meters away from the Fourth Fleet flagship.

It's not time for me. The computer-controlled warship air defense system will ignore whether it is cost-effective to use a "Standard-3 sea-based anti-missile missile worth tens of millions of dollars to intercept anti-ship missiles worth millions in just over ten seconds. The mk41 vertical launch system on the two air defense warships launched 24 "Standard-3 air defense missiles at a speed of one per second.

At the same time, the point air defense systems on the flagship and general destroyers were also put into combat

Although the maximum range of "Advanced Sea Sparrow" is 40 kilometers, its range is only 20 kilometers when dealing with missile-type targets.

Each general destroyer can only block 4 aerial targets at the same time

Because the missiles came from the front of the fleet, only the flagship Hinata helicopter destroyer and the 2 "Hao Wa" class general destroyer participated in the fleet air defense operations in time. The 4 "Murayu" class general destroyer was located behind the two anti-submarine teams and could only stare at the 4 "Murayu" class general destroyer.

At this moment, the Aegis radar of the "King Kong" and "Atgo" identified the "identity" of the high-altitude target.

Yu Hashimoto and Captain 2 shouted that he was fooled, but the battle was not over

As the "Standard-3 air defense missiles shot down the "warheads" from high altitudes one by one, the second batch of 12 c-604 anti-ship missiles rose from low altitudes and smashed towards the Fourth Fleet along the parabolic ballistic.

24 "Advanced Sea Sparrow" launched by 3 destroyers headed on

2 The air defense destroyer continued to work hard and fired all the remaining "Standard-3 air defense missiles out.

In a place invisible to the naked eye, the 12 C-604 missiles that reached the apex of the ballistic dropped the bulky ramjet engine. The warhead rotated rapidly under the control of the miniature rocket engine, and threw away the thermal shield wrapped outside. The safety of the electromagnetic interference device was automatically released under the action of centrifugal force and entered the working state

The high-energy electromagnetic pulses that are invisible to the naked eye spread at the speed of light, sprinkling to the fourth fleet.

The air defense radar and fire control radar on the destroyer immediately became the ears of deaf people, and snow-like white light spots appeared on the screen of the air defense command.

Air defense missiles were not spared, all of them were off the target

The Japanese officers and soldiers on the warship were suddenly panicked and didn't know what to do

The 24 C-604 anti-ship missiles that were struck by the sea did not stop moving forward. Although they were subjected to electromagnetic interference and the active radar on the missile could not be used, the infrared/ultraviolet double-band phase-based guidance device could still detect maritime warships and accurately identify warships.

Japanese warships have not completely lost their self-defense capabilities

The self-defense weapon system controlled by optical/infrared detection equipment discovered an anti-ship missile flying from the sea, and then automatically entered the combat state.

2 The "Hylam" self-defense system on the "Hylam" class general destroyer fired first, and fired several "Hylam" anti-missile missiles in succession at 2 seconds intervals.

The fleet's air defense and anti-missile operations have entered the final, most thrilling stage

After the detection system of 24 C-604 anti-ship missiles was discovered, it immediately compared with the target characteristic signals stored in the fire control computer to find the "primary attack target", and the power section, which accounts for three-quarters of the missile's volume, was automatically separated from the combat part, weighing 550 grams, and the warhead equipped with 200 grams of high-energy explosives, launched the final sprint at a speed of up to 3 Hz with the help of 64 rocket attitude control engines placed around the aerodynamic center point.

The target suddenly changed, and "Helam" regarded the more obvious "elastic body" as the "high threat target"

At the last moment, the "intensive array" rapid-fire gun on the destroyer automatically aimed and fired, and fired a 20-meter tungsten core armor-piercing projectile at a speed of 4,500 rounds per minute toward the approaching missile combat headquarters.

Unfortunately, the "intensive array" was designed only considering the subsonic anti-ship missiles

Even the block3c "intensive array" system can only barely deal with supersonic anti-ship missiles with speeds below Mach 2 and no combat part-left technology.

Faced with the Republic's most advanced anti-ship missiles, the "intensive array" seems a little overwhelmed

The penetration rate of 24 c-604 anti-ship missiles reached 75%, and the overall penetration rate also reached 375%.

All 18 "war headquarters" hit the Hinaga helicopter destroyer, King Kong, and Atago air defense destroyer located in the center of the fleet.

As long as you kill the flagship and air defense destroyers, the second round of attack can easily kill six general destroyers.

If we consider in advance that the air defense destroyer will use up all long-range air defense missiles, I am afraid that Di Boqing and others will not make such arrangements when setting fire control parameters.

It doesn't matter whether it's first attacking an air defense destroyer or a general destroyer first, the outcome of the Japanese Fourth Fleet will be similar.

damn it*
Chapter completed!