The speed at which the 1130 rapid-fire gun ejects from the muzzle is 1250 meters per second, which means it travels more than a thousand meters per second. If it intercepts a target flying three kilometers away, it will take three seconds for the shell to arrive, and for
For an incoming target flying at Mach 3 speed, it can move a distance of two to three kilometers in three seconds!
Of course, the two or three kilometers are mainly to attack the warship. The distance of lateral movement may be only a few hundred meters, but even a few hundred meters will bring huge errors.
If the target position is not measured in advance, even a rate of fire of 10,000 rounds per minute will not be enough! Not to mention that the ammunition reserve is only 2,500 rounds.
Placing the target closer and then intercepting it can reduce the target's maneuvering range, but at the same time, it also means greater danger: even if the interception is successful and the target is blown up, the fragments may fly towards the warship in a turbulent manner and hit the warship.
Go! Modern warships are made of thin steel plates and may not be able to block this kind of attack.
The fire control system is calculating rapidly, and in the next second, all preparations are completed.
"Fire!"
"Buzz...boom boom...boom!"
The 1130 close-in defense gun is a naval gun driven by external energy, so it must be driven by a hydraulic motor to rotate first, and then it fires. The sound of the 30 mm gun firing is "boom, boom, boom", but the rate of fire is too fast, and these sounds converge together.
, it turned into a roar.
The 11 gun barrels rotate at high speed, shells are fired from the muzzles, and flames emerge. These flames gather together and look like an oversized lighter, and the 30mm shells are flying out at a speed of 183 rounds per second!
The 1130 gun has the highest rate of fire in the world. After the barrel rotates, the rate of fire is 11,000 rounds per minute!
Only with such a high rate of fire can it create enough barrages to intercept supersonic anti-ship missiles! Its rate of fire has far surpassed its opponents, and the rate of fire of the second-ranked close-in defense gun is no more than every 10 seconds.
Only 4,500 rounds per minute.
This terrifying rate of fire also means a terrifying rate of consumption. Once the 1130 gun fires, it is absolutely worth ten thousand taels of gold. In order to pursue lethality, it does not use ordinary 30mm high-explosive bombs, but specially developed tail stabilizer
The warhead of this kind of artillery shell is entirely made of tungsten alloy, which is guaranteed to penetrate the warhead of all anti-ship missiles at a distance of three thousand meters! You know, anti-ship missiles are generally semi-armor-piercing warheads, and the warheads are also very
Hard, so the shells of close-in defense guns must be harder!
There is a tail fin on the back of the bullet core, and a saddle-shaped bullet holder in the middle. It is processed using CNC technology. The cost can be imagined: one shell is worth two thousand yuan!
If you deal with subsonic targets, you only need to fire a short burst of fire and 17 shells will pass by, and you can successfully deal with it. This only costs tens of thousands of dollars. However, to deal with supersonic anti-ship missiles, you need to use many more shells.
Now, in order to pursue the killing effect, the firing lasted for two full seconds, and more than 300 shells flew towards the target.
Hundreds of thousands were burned out like this! This thing is not cheaper than the Red Flag Ten, but the aura is very powerful, which is definitely not comparable to the Red Flag Ten. Just the scene of the cannon firing is shocking enough, and the cannonballs fly out
, even more spectacular!
The dense artillery shells flew towards the target, forming a barrage between the warship and the target. This scene could only be seen when a volley of crossbows was fired during ancient battles! It was also like a dense swarm of locusts, making people shudder.
The combat method of close-in defense artillery is to organize a barrage and block it in front of the target. If the target wants to fly over, it must pass through this barrage and then be hit. This time, the Sunburn anti-ship missile is no exception.
!
It was the last Sunburn missile. Of course, it didn't know what was blocking it. When the barrage appeared, its radar was interfered with, and a large number of echoes flooded its radar, and then transmitted
The missile-borne computer was given to the missile. After a while, the missile-borne computer made a judgment: the platinum bar interfered, and continued to fly forward!
To deal with infrared missiles, thermal bombs are used. For radar-guided missiles, platinum strip interference is naturally used to allow the radar to receive countless echoes, making it impossible to distinguish the target.
However, the Sunburn missile was not fooled. It decided to continue flying forward. As long as it passed through this platinum strip interference area, it could hit the target hard!
At this time, it is still three kilometers away from the target. For it, it only takes three or four seconds. During this time, even if the target is sailing at full speed, it can only sail a distance of tens of meters. It is absolutely impossible to drive half a mile.
The length of a ship is still within its strike range!
Therefore, the Sunburn missile was still flying smoothly, and then, the next second, it plunged into the barrage of 30mm armor-piercing projectiles.
The huge Sunburn missile has a large frontal projection area, so there is almost no suspense. In an instant, an armor-piercing projectile hit its body. The tungsten alloy warhead easily penetrated its titanium alloy shell and penetrated into the equipment inside the warhead.
The cabin rolled inside, messing up all the electronic equipment. Then it continued forward and hit the semi-armor-piercing warhead.
For missiles, the warhead is the warhead, which is the easiest to attack the enemy, but at the same time, it also means that the guidance equipment cannot be placed, whether it is the radar antenna of the radar guidance system or the infrared seeker of the infrared guidance.
They all need to be placed at the front, so the warhead can only be moved backward.
But it doesn't matter. When it hits the target, the front is smashed, and the warhead at the back will naturally be exposed.
All anti-ship missiles are almost all semi-armor-piercing warheads, with hard metal on the outside and explosives on the inside.
How strong is this layer of hard metal? There is no specific data on the supersonic Sunburn missile, but the YJ-8 anti-ship missile sold at home and abroad can penetrate a 120 mm thick 52
No. 1 steel plate, then continue to drill forward a few meters before exploding.
As for the Sunburn missile, this data will only be stronger. After all, once it hits a warship, it can smash a big hole in the target at a speed of Mach 2.3. You need to be strong to make iron, and its warhead is absolutely strong.
, the 300 kilogram warhead probably weighs more than 200 kilograms of this piece of metal.
Therefore, even a 30mm tungsten alloy armor-piercing bullet cannot penetrate its warhead.
However, if the electronic equipment in front of the missile can be messed up, the interception mission will be completed. The missile no longer has any accuracy, and it is even impossible to maintain normal flight. It tilted its head and began to fall downwards.
Just when it lowered its head, a second armor-piercing shelling projectile flew over and hit the center of its body.
There was no obstruction from the warhead here, so the armor-piercing bullet successfully smashed in and then came out from the opposite side, punching through it. The next second, white smoke came out of the hole.
The missile hit exactly the fuel tank!
In fact, anti-ship missiles are all the same. After passing the warhead, it is naturally the turn of the fuel tank.
The first generation of anti-ship missiles are all liquid fuel and use rocket engines. The fuel is also toxic and corrosive, so it needs to be refilled before launch. This causes the missile to take a long time to prepare for combat and is not conducive to rapid response.
Therefore, the second-generation anti-ship missiles all use solid rocket motors. Although they only have a range of thirty or forty kilometers, they do not require refueling, so the preparation time is very short and they can be launched quickly.
However, in order to increase the range, anti-ship missiles have evolved to use turbojet or turbofan engines. At this time, liquid fuel is needed, but it is already aviation fuel and can be stored for a long time. It is not as complicated as the first generation liquid fuel.
As for supersonic anti-ship missiles such as Rizhi, they use ramjet engines, so the fuel is also aviation fuel, which is easy to store and easy to burn.
When the liquid fuel evaporates into white smoke, the next second, the entire missile turns into a fireball, and then, poof!
From a height of seven meters, it only takes one or two seconds to fall. It is definitely too late, but it is faster than that. The entire interception process is completed instantly.
However, the distance was too close. It was intercepted at a distance of three kilometers. When the missile was hit and fell into the water, there was only about one kilometer left from the Onaizai!
Seeing the missile fall into the sea, Kayani breathed a sigh of relief. Fortunately, it was finally shot down, otherwise...
If it is not shot down, the missile will self-destruct according to the pre-arrangement. However, it is still dangerous after all. If the detonation time is too late, the fragments can still hit it.
However, since you dare to conduct such an exercise, you are confident!
Four missiles were all shot down, and they were all shot down in different ways!
When watching these performances, Americans fell silent.
So far, the Americans do not have a good way to intercept supersonic anti-ship missiles. Although their Aegis system is very advanced and standard missiles can also complete the interception mission, what if something slips through the net?
Their Phalanx cannot be stopped, and their Ram missiles are not 100% reliable. At least they don't dare to do this kind of experiment like the guys below.
The protective power of the Aegis battleship is so powerful!
Ah San was even more silent.
What else can Asans say? Their BrahMos anti-ship missiles are indestructible and can kill the Eastern aircraft carriers? Not to mention the aircraft carriers, even the Aegis ships can't be killed!
Long-range, medium-range, short-range, all have airtight interception capabilities!
Although the missiles intercepted at long distances are Mach 2.3 missiles, the missiles fly in a straight line at this time. There is no difference between Mach 2.3 and Mach 3. At close range, even Mach 3 with snake-like maneuvers can be stopped by the Aegis battleship!
"If we were attacked, would we be able to intercept it?" Sunil asked.
No one answered.
"Mukherjie, what do you think?"
"No, even if our Kolkata class is equipped with four-sided phased array radar and Barak air defense missiles, it is impossible to intercept supersonic missiles."
"Why?"
"The Barak missile is too slow to respond effectively. I think we should develop a new anti-aircraft missile..."
What's new? Their Barak anti-aircraft missiles are already brand new! Sunil wants to vomit blood.
In fact, if Asan can calm down, develop in a down-to-earth manner, and improve on the Shikili anti-aircraft missiles they imported from Lao Maozi, perhaps it will be able to continue to improve its performance like the Eastern Red Flag Sixteen, and eventually become
into area air defense missiles.
However, if you can really calm down, then you are no longer Ah San. How can an Ah San who does not aim too high still be a normal Ah San?
Because they were blindly superstitious about the technology of the Davidians, they decided to introduce Barak missiles from the Davidians. However, Asan always had his sights set high and required the range of this missile to reach 70 kilometers. You know, the Barak missiles
The LAC was originally a short-range missile, and the original Barak-1 had a range of only ten kilometers.
Up to now, the latest Barak missile only weighs 275 kilograms, has a missile length of 4.5 meters, and a diameter of only 22.5 centimeters. At first glance, it is at the level of a short-range missile. Let’s look at the Hongqi 16 missile, which has a missile length of 5.7 meters.
Diameter 40cm, weight 720kg.
The missile body is light and the range is still far, so the Davids can only reduce the speed of the missile. After all, the lower the speed, the smaller the resistance. This maximum speed is only Mach 2, which is impossible to intercept supersonic anti-ship missiles.
Ah San felt uneasy deep in his heart. They were falling behind again. They needed to catch up. They must not let Dongfang's technology surpass them!
Laoba Navy Command Hall.
"All four Sunburn missiles were shot down!"
At this moment, the entire command hall burst into excited cheers.
"Success!"
"Our Jubail-class destroyers are the strongest!"
"Thank you Eastern Technology!"
Everyone's face is full of pride and everyone is very excited.
Salman looked at Qin Tao: "Mr. Qin, your Eastern technology is the strongest in the world. Even Mach 3 anti-ship missiles can be easily intercepted by us!"
"This is also due to the user's good operation." Qin Tao said with a smile on his face: "Of course, we will continue to work hard to further improve the performance of our weapons. There is no best, only better."
"Further improvement? We think it's already perfect."
"No, there is still room for improvement. For example, this close-in defense cannon can be improved." Qin Tao began to introduce.
Before the 1990s, the Eastern Navy was almost blank in the field of air defense, and its ship-based close-in defense guns only had concepts and no products.
However, at that time, the Chinese Navy proposed the theory of future airspace windows, believing that close-in defense artillery should not simply fire at the target prediction point and create a large number of barrages, but should create a uniformly distributed barrage centered on the target prediction point.
The artillery shells are dispersed in the area, thereby improving the interception efficiency.
Whether it is 730 or 1130, it seems chaotic and chaotic, but firing directly is actually very sophisticated.
As the flying speed of targets continues to accelerate, the rate of fire of close-in defense guns needs to increase. To deal with Mach 3 targets, a high rate of fire of 10,000 rounds per minute is needed. So what if the flying anti-ship missiles are faster?
If the speed of the missile is increased to Mach 3.5, the rate of fire needs to reach 18,000 rounds per minute! Will there be a 20-barrel machine gun in the future?
Of course not! This requires improving technology!
"Take the close-in defense artillery as an example. Currently, we have two directions for improvement. One is precision guidance. We will make the artillery shells also have guidance capabilities, so that they can easily fly to the target. Only a dozen artillery shells are needed.
Can kill the target."
The development direction of artillery shells must be precision guidance. Now large-caliber artillery shells already have precision guidance shells, but they are more expensive. With the development of miniaturization of electronic equipment, 30 mm caliber artillery shells can also have precision guidance capabilities!
"The other type is the electromagnetic gun. At present, we have made brilliant progress in the field of electromagnetic gun. When it matures in the future, the electromagnetic gun can also be used for close-in defense guns. The shells can fly out at high speed, so that they can hit the target more accurately.
…”
There was expectation in everyone's eyes. What Mr. Qin said sounded really good! If the tinkering becomes mature in the future, the warship's protective power can be improved to a higher level.
"President Qin, can our warships intercept ballistic missiles?"
Finally someone raised higher demands!
It is quite difficult to intercept ballistic missiles, which has entered the category of anti-missile!
"Of course, no problem." Qin Tao nodded: "For now, our Hongqi-9 missiles can easily intercept missiles such as Scuds. As for ballistic missiles with longer ranges, you should not encounter them in actual combat.
In fact, no one can hit you with ballistic missiles at sea."
The only country in the world that has anti-ship ballistic missiles is Dongfang, so the big dogs don't have to worry about anyone attacking them with ballistic missiles!
As for using warships as mid-course anti-missile equipment? Today's big dogs don't have this worry. No one will aim ballistic missiles at them. Even if they are aimed at them, they can hide in the desert. The land area is so large.
Cities are easily destroyed, but their countries are not so easily destroyed.
"Everyone, in order to celebrate the successful interception, we are going to hold a grand banquet!" Salman announced excitedly: "When the soldiers return in triumph, we will celebrate with them!"
Xu Zhengyang frowned. This was unplanned. Would it increase the risk? However, looking at Qin Tao's high spirits and thinking that it would not be easy for Qin Tao to come out again, Xu Zhengyang was embarrassed to object.
"I think it is more appropriate to hold the banquet on a warship." Qin Tao said, "We can celebrate with the soldiers."
"That's right!" Salman nodded.
Is there enough space on a warship?
If it is just a canteen on a warship, of course it is not enough. After all, warships work in three shifts. It is enough that the canteen can cater for one-third of the sailors. However, if other spaces are freed up, there will be a big advantage.
place.
For example, hangars and helicopter decks.
Warships above 6,000 tons all have double hangars. The Jubail class is specially designed for big dogs. One of the hangars can also park a private jet. The hangar door can be opened and connected to the helicopter landing platform behind.
This part of the space is enough to organize a banquet for hundreds of people.
Therefore, when the Onaizai was on its way back, the two carrier-based helicopters flew to the land airport. By the time the Onaizai docked at the port, the hangar and helicopter landing platform had been vacated!