Chapter 1113: It Doesn't Work (More Updates, Thanks for the Reward)

When it was first developed, the P-500 missile was only intended to replace the first-generation, immature P-5 missile. This missile only solved the problem of whether or not it had a missile, but it could not carry out effective attacks at all. At the same time, it was a subsonic missile.

As a supersonic long-range heavy missile, the P-500 solved the problem of attacking US aircraft carriers. However, the Soviet Navy was well aware of the disadvantages of this missile. For example, this missile had no maneuverability, which was its biggest flaw. Not only the Phoenix missile, but also the Sparrow missile and even the Sidewinder missile of the US Naval Aviation could shoot it down!

Therefore, improvements must be made! Replacing the entire guidance system is a good solution, but the cost of this method is high, and it is no different from developing a new missile. After the P-700 missile is already available, it is undoubtedly a waste to re-produce these missiles that have already been produced.

Therefore, the Soviet Union only adopted the simplest method, using data link remote control!

This type of missile is originally remotely controlled. The long missile flies at high altitude, searching for targets, and the bullets fly below, receiving guidance information from the long missile. In fact, these bullets are being remotely controlled.

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At the same time, the aircraft carrier formation also has the ability to remotely control long-range missiles. Now, the Black Sea Fleet is using this method!

Under the supervision of the early warning aircraft, they knew that the US Navy was intercepting their missiles, so they had been waiting for this opportunity, waiting until the opponent's missiles were about to arrive and then making an evasive maneuver!

Because the remote control capability of this type of missile is limited, for example, the aircraft carrier formation can only remotely control long missiles, and when the long missiles remotely control the bullets, they are remotely controlled at the same time, so all the missiles will eventually turn in unison and it is impossible to control a single missile!

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Even so, the effect is already good!

In this first round of attack, the Tomcat fighters only shot down eight incoming P-500 missiles, three of which were long-range missiles!

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In the formation below, the thrust of the ramjet engine of a missile increased to its maximum, and it climbed up from low altitude, taking over the long missile that was shot down and continuing to act as the leader.

Intercept, intercept!

After intercepting one wave, the Tomcat fighters could no longer intercept the second wave because those missiles were less than ten kilometers away from them and would soon pass by them, leaving them with no interception window at all!

They can’t launch missiles again, but they can still make an interception!

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Pilot Ashus pushed the joystick, swept the wings back, and the huge Tomcat fighter swooped down from the sky like an eagle!

No matter how fast a computer is, it is not as fast as the human brain!

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Asus felt the huge overload, his body was pressed tightly against the seat, as if several people were pressing on him. He raised his arms hard and switched his weapon to the machine gun.

A hot line has formed on the HUD, and with the assistance of the radar, various data on the HUD are jumping rapidly.

The target has entered the range of the HUD!

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The starting point of the hot line is a cross, representing the muzzle, while the farthest point corresponds to the maximum range designed into the sight.

There is a movable aiming circle on the hot line. The characteristic point at the center of the circle is commonly known as the hot spot. The distance between the impact point it represents and the muzzle is exactly equal to the distance between the aircraft and the target.

When it is expected that the target's movement trajectory is about to coincide with the hotspot, fire is opened one time in advance that a shell needs to fly to the target distance; when the machine gun is in a state of continuous firing, when the HUD shows that the target coincides with the hotspot, the target is hit by the shell!

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The Tomcat was in a dive, and the radar operator in the back seat had nothing to do at this point. The only thing he could do was to hope to hit the target and then pull up!

The target was flying at an ultra-low altitude of thirty meters!

"Boom boom boom." Following the prompt on the HUD, Arthur pressed the machine gun fire button.

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The M61A1 "Vulcan" 20mm six-barreled machine gun roared at this moment. As the machine gun roared, the fuselage shook, and bullets poured down on the P-500 missile that was flying at a speed of Mach 2!

675 rounds of spare ammunition were completely used up!

"Boom!" The missile hit the barrage in front. With a huge explosion, the missile exploded into a fireball on the sea!

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At this moment, Ashus pulled the lever and hugged him tightly in his arms.

"Come on, baby!" Ashus shouted loudly. The overload change at this moment almost made him, the radar operator in the rear cabin, vomit.

The nose of the Panda fighter changed from a dive to a pull-up! At this time, it was less than ten meters from the sea surface! The two engines at the tail rushed up waves several meters high in the sea water!

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Successfully intercepted one! Ashus was extremely excited. This missile could destroy a large warship, and there were hundreds of people on a warship! He saved hundreds of lives!

Almost at the same time as he dived, all the other Tomcat pilots made the same choice.

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Unfortunately, the results of the battle are limited. Machine gun attacks, in addition to technique, really depend on luck!

In this second round of interception, only three missiles were destroyed. Among them, one Tomcat was pulled up too late and plunged into the sea, with its fuselage shattered!

The second echelon at the rear, F-18 fighter jets, have been lined up neatly to form a wall in the air.

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Continue to aim two missiles at one target! Only now the missiles have been replaced with Sparrow missiles!

The AIM-7M missile, trailing tongues of fire, flew out from under the wing. This advanced missile has completely occupied the US Navy's arsenal, and those backward Sparrow missiles have been thrown to the US's allies.

Two, one target!

"Boom!" A Sparrow missile successfully exploded on the side of the P-500 missile. The 40-kilogram warhead charge, carrying countless broken-rod warheads, flew towards the P-500 missile!

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However, it was too slow. When it exploded, the P-500 missile had already flown halfway over the body! Only a small amount of broken rods hit the titanium alloy shell of the rear half of the P-500. These broken rod warheads found that they could not destroy it!

There was the sound of metal colliding, and pits appeared on the titanium alloy shell, but it still flew forward as if nothing had happened!

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Many of the Soviet anti-ship missiles are built with titanium alloy shells. This is to ensure that they have strong radiation resistance at sea and can stay in the launch tube without maintenance. At the same time, they have other uses, such as resistance to attacks!

The Soviet Union once used titanium alloy to make bulletproof plates that could protect against automatic rifle shooting, but now, these broken rods are ineffective when hitting the titanium alloy shell!