Super Weapon Swap System

Facing the saturation attack of anti-ship missiles, it is the bounden responsibility of Aegis system! On the side of the formation, the York City immediately started the highest level alarm. The double arm launchers at the bow and stern, with fire and white smoke, have flown into the sky. After the two launchers are completed, the launchers will return to their original position. Then, the automatic loading system will hang up the two missiles, launch the second time, and start again!

At this time, the smoke from the first two missiles had not completely dissipated, and the second launch began. Within a few seconds, the whole warship had been covered by the smoke from the missile launch.

The target irradiation radar on the bridge also began to aim at the first target and provide target irradiation. The first two missiles launched launched launched the first attack against the formation of dense leech like anti-ship missiles!

What about the rear launch?

Since the number of target irradiation radars is only eight and cannot be used at the same time, only four irradiation radars on one side of the ship can irradiate four targets. The remaining missiles are launched first and fly according to the command. After the first irradiation is completed, they are transferred to irradiate the next one to guide the next wave of missile attack, This is the operational principle of the Aegis system.

Because their radar is a passive phased array, it can not directly gather some beams for target irradiation. However, this defect has been overcome in the Aegis system of Han country. The radar of Han country is an active phased array and does not need target irradiation. As long as a small piece of radar beams are gathered, it can irradiate the target. Only this system, To have the real ability to resist saturation attacks.

At this time, the missile formation has approached a distance of 30 kilometers. Because it is flying at an ultra-low altitude, it is not easy for the Aegis system to capture them at this distance.

"Destroy the target!" shouted the radar officer. The first target intercepted by the two missiles had disappeared on the radar screen. They successfully intercepted the first missile.

Then there is the second, the third.

The first group of missiles have been successfully intercepted, and then the second group! The target irradiation radar quickly irradiates the targets of the second group. At this time, the targets of the second group have approached the distance of 20 kilometers!

The second group, also successfully intercepted!

Group three!

At this time, on the York City, there was no time to cheer the success of the interception. They knew that only a small part was intercepted, and a large number of missiles were flying towards them.

No!

In the interception of the third group, one missile actually made a serpentine turn and made a serpentine maneuver at a distance of two meters above the sea. Then, the two standard missiles in charge of interception actually flew into the air.

"There's a missed one. Come on, assign it to the sea Sparrow!"

This missile has passed through the firepower network of standard missiles. It is impossible to intercept it with standard missiles. Nearby destroyers equipped with sea sparrow missiles can only be reissued with sea sparrow missiles.

Aegis system has advanced performance. It can not only use its own missiles to intercept targets, but also allocate targets to nearby warships for unified and coordinated interception to avoid repeated interception and omissions.

The destroyer on one side also began to flash fire. The sea sparrow missile jumped at the target. After more than ten seconds, the target finally disappeared on the radar screen.

However, the radar officer did not breathe a sigh of relief. There are still many targets. Their system has begun to overload at this time.

Yes, it's overloaded. The target irradiation radar continues to irradiate the target, but many targets will fly by before they can allocate irradiation.

Continue to allocate to other warships!

When assigning targets, aegis's response will slow down and it will be unable to take care of it. Now, after intercepting nearly 20 anti-ship missiles, the number of missed nets intercepted by York City is increasing, and the nearby warships are already too busy.

"Come on, dense array!" after losing more than 20 missiles, finally, the first anti-ship missile rushed through layers of interception and rushed to the Yorktown. The Aegis system on the Yorktown was invalid and could only rely on the last means to protect life, dense array system!

When the dense array system is started, it will emit a roar stimulated by the hydraulic motor that makes people's teeth soft. With the roar, mk149 mod2 depleted uranium shelling armor piercing shells roar out of the six tube rotating M61 muzzle. Each shell weighs about 100g and the muzzle initial speed is about 1113m / s. These shells fly out at high speed, forming a terrible barrage, Maximum firing speed, 6000 rounds per minute!

Shells roared past, forming a dense fire network in the sky. As long as they entered it, they would be destroyed. This is also the last means to protect their lives on the warships of the eagle Navy.

When the anti-aircraft missile interception does not work, when the other party's missile has flown to the front, what interception is used? Naval gun? Even small caliber naval guns cannot shoot fast enough. It is necessary to make a large number of barrages in a short time so that the missile can be hit when it rushes into this barrage, so that the target can be destroyed.

In this way of thinking, the near defense system appeared. Eagle country built a dense array and Xiong country built 730 guns, all of which adopted the scheme of multi barrel rapid fire guns.

Now, the barrage roared past and surrounded the c802 missile. The depleted uranium armor piercing projectile hit the bullet body. In the next one, the bullet body exploded, and a shining explosion fireball appeared on the sea.

Interception succeeded!

However, the dense array has not been relaxed, and the second penetration missile is coming again!

Although the Aegis system assigned the target, the dense array system could not find the target. The operator shouted inside: "no, this missile is vertical!"

The dense array system also has defects, especially their warships, which use the first generation of the earliest dense array system. It is difficult to maintain, vulnerable to seawater erosion and slow reloading. They can tolerate these defects, but another defect is fatal: the reflective radar antenna is difficult to track and detect the target approaching the vertical angle!

Now, another c802 missile flew by. The missile was doing an S-shaped mobile flight on the sea. After completing two turns, it collided vertically with their warship. This vertical angle attack could not be found by the Aegis system.

In this high-speed attack, human response is not enough. We must accurately capture the target with radar, then calculate the trajectory with computer, and launch shells to intercept the target under the most appropriate advance. But now, if these requirements are not met, they can't intercept the target!

C802 missile came towards the cruiser York City, and then, with the momentum of thunder, plunged into the stomach of York City.

"Boom!"