.    Chapter 589 Second-generation missile

In the US coastal shipyards, among the various shipyards in Japan, ships are constantly being launched. In the factories in these two countries, aircraft are constantly turning from parts to components, and then components to finished products in the workshop.

China's factories and docks are also completing such work. However, from the perspective of progress and output, China obviously has a certain quantity disadvantage.

The industrial capacity of the United States is extremely terrifying. After this emerging industrial beast has adjusted its war potential to stimulate the process, its huge industrial capacity can easily fill the quality differences with quantity.

On the other hand, even though China has developed rapidly for decades, its foundation is still far inferior to the industrial heritage accumulated by the United States for hundreds of years.

What's more, there is another Japan that has obtained the raw materials for war again. If it wants to rely on its current progress, the Chinese Navy will definitely be dragged down by the United States and Japan and will be dragged to death.

However, in response to this situation, the Chinese Navy did not wait to die. After Ran Long and Jinglong two 50,000-ton aircraft carriers that can carry take-off and landing jet fighter jets into the Chinese Navy, the two 40,000-ton aircraft carriers, Yinlong and Tenglong, will soon be delivered and used within ten days.

China's military preparations are far more than that. The weapons proposed by Chen Yongtang, head of the Navy General Equipment Department, to the head of state Chen Jiongming, have now entered the stage of mass production after the final experiment.

Due to its unique geographical location, the Beibu Gulf waters formed by Hainan and Leizhou Peninsula in China have always been a natural test site for China's new navy's new weapons and ships.

Because it is in a geographical location that is easy to defend and difficult to attack, even after the Sino-Japanese war, it coveted the southwest of the Hualian at that time, especially Japan, which was located in Guiliu Industrial Zone, and its Japanese navy returned in vain under the intensive protection of Chinese submarines.

At that time, Japan tried to use its own navy's strength to land directly, but the two cruisers and four destroyers sent were attacked by Chinese submarines before they entered the Beibu Gulf. None of the four destroyers survived to become iron coffins under the sea.

The two cruisers, relying on their thick skin, withdrew their disabled bodies and returned to Japan to disintegrate. The Japanese naval commander at that time reported that there were countless torpedoes fired from the bottom of the sea to the Japanese test fleet.

The white trajectory of torpedoes passing underwater at high speed from time to time appears on the sea. Even if they take the z-shaped route, they cannot avoid being attacked. The helmsman of the two cruisers arrive behind, and the captain directly ordered the helmsman to constantly change the course left and right.

The steering movement that had never stopped exhausted the helmsman. In the end, four helmsmans whose arms were so tired that they could not be raised could barely escape from the hunting of the Chinese submarine formation.

It is precisely because the results of this small naval battle were extremely unsatisfactory that Japan dispelled its plan to attack the Beibu Gulf from the sea.

It is precisely because of the Beibu Gulf that the Beibu Gulf and the Bohai Sea have become the inland seas of the Chinese Navy, and many naval weapons and equipment are conducted at sea trials or training here.

However, China's heavy industrial zones are in the south, especially the Beibu Gulf is adjacent to the Guangdong-Guangdong-Guangdong area where China was established. This is a matter of being close to the water and being the first to get the moon. The Beibu Gulf is much more than the Bohai Sea.

Looking at today's posture, you will know that it is another experiment of a new weapon. The tugboat slowly dragged several Australian-US coalition warships that surrendered in the Battle of Port Augusta to the predetermined target area.

Under the sea, the submarine responsible for close observation was cruising around the target ship, stretching out a large and large periscope to continuously peek at the movements of the target ship from all angles.

The destroyers and patrol ships on the periphery were constantly directing and guiding civilian ships and unrelated ships to leave this sea area.

At 11:00 a.m., the clearing of the sea surface ended, the target ship and the target aircraft were in place, and the combat units responsible for launching the experimental weapons were in place, and all communication units were ensuring smooth communication, and all submarines were submerged to the depth of the periscope to prepare for observation records.

At 11:00, 50 kilometers away from the target ship, two small tonnage speedboats with slightly different sizes appeared. One of them was relatively rough in appearance, and two huge oblique tubes were modified on the small body. People with savvy eyes could see at a glance that this was an old modified missile speedboat designed by Wang Gongshu, the former 833 Institute.

The huge launch tube is inserted diagonally into both sides of the hull of the missile speedboat, and the traces of the newly added steel beams and welding after the hull are visible outside the hull after the keel is cut off to ensure the strength of the hull.

Not far away is another type of speedboat of the same class, but it is not the catamaran swagger that ship design engineer Kuang Bo would rather use.

It is worth noting that there is also a set of tubes with the same missiles on the body of this type of speedboat. However, unlike another missile speedboat carrying a huge launch tube, the anti-ship missile carried by this missile speedboat is obviously much smaller in size than the anti-ship missile.

It is so small that it is placed cross-over on the stern of the speedboat. This body and placement not only does not destroy the internal structure of the speedboat's hull, but also has two more than only carrying two.

In the sky, an early warning aircraft was flying continuously ninety kilometers away from the target ship. Among the distance between the missile speedboat and the early warning aircraft, two jet fighters, namely the naval ship-based version and the shore-based version, are constantly approaching the target ship at high speed.

On the old anti-ship missile speedboat, a series of data and launch instructions were entered after multiple command procedures. After two loud noises breaking through the air, the thick anti-ship missile quickly left the missile speedboat. The thick smoke burned from the huge propellant even obscured the missile speedboat.

From a distance, there was only smoke on the sea surface but no missile speedboats, which reminded many people of the scene when the "undercurrent" submarine-launched ballistic missile was experimented on the coast of Guangdong.

"I believe that people on this old-fashioned anti-ship missile speedboat are very depressed. After launching the anti-ship missile, they become blind people for a short time. Let's record that in the future, the speed of this old-fashioned missile speedboat will decrease, and there will be no too many islands allowed to appear in the launching waters, especially when there are islands, ships should pay more attention when appearing in front of these old-fashioned missile speedboats."

After observing the movement of the old anti-ship missile flying out of the missile speedboat, a major general shook his head and asked the recorder to record the new regulations added to the operating manual.

In this experiment, the old anti-ship missile was just to experiment with whether it could be loaded on the old torpedo speedboat and become a missile speedboat. Kuang Bo, an engineer at the Ship Research Institute, determined from a higher military perspective that this modified missile speedboat is not suitable for the future Chinese Navy.

But his starting point was to consider the future of the Chinese navy, but he forgot that this modified missile speedboat that was outdated shortly after it appeared also has the value of existence. Of course, this value is not in the naval organization of the Chinese navy, but in the naval organization of Chinese countries like Vietnam, Thailand, and Singapore.

The main missile speedboats of the Chinese Navy in the future will be equipped with a twin-body wave-through and certain anti-radar reconnaissance missile speedboat. This missile speedboat modified from the old torpedo speedboat is definitely an attractive thing for those young navy members who follow China.

These anti-ship missiles pose little threat to the Chinese Navy, but their combat capabilities are still an excellent choice for other countries.

Especially those pro-China countries always need some advanced equipment to support the storefront. This old-fashioned missile speedboat has become one of the equipment that has extremely high product added value and is very attractive to the country.

When Western powers were unable to install missiles, they had two missile speedboats to support the facade, which was enough to be beautiful.

This thing is not very attractive to the future Chinese navy, but it doesn't matter. After World War II, it will eliminate the country's brothers who are sold to China at high prices to make supplies. Anyway, it is your love and I will do it, so why don't you do it?

Another speedboat equipped with a new type, the second-generation anti-ship missile, is undergoing equally intense pre-launch preparations here.

Compared with the first generation of old anti-ship missiles, the new anti-ship missile not only loses a lot of weight in size, but also simplifies the launch preparation procedures. There is no previous large amount of launch data entry, nor is there a cumbersome pre-launch inspection. Even the launch status indicator light has changed from a long line of previous arrangements to just five short bullets.

"The radar captures the target and automatically enters the data!"

"The correction target is completed!"

"Missile self-test is normal!"

"The first and second anti-ship missiles on the left side of the speedboat are ready to be launched!"

"Command, close the doors of the speedboat, pull the missile launch combat alarm, right steer twenty degrees! Adjust the launch angle!"

"Undersurge—Missile Speedboat No. 001, No. 1 and No. 2 anti-ship missile launches!"

Unlike the huge harsh roar of the first-generation anti-ship missiles, the second-generation anti-ship missile with small body does not have the loud noise of the first-generation.

The small body accelerated much faster than the first generation under the strong propulsion of the giant launch main engine. Soon, two small anti-ship missiles disappeared into the sky, and even their tails dissipated in the air faster than the first generation.

In the shooting range, two old-fashioned anti-ship missiles had hit their respective targets, but they did not explode. They just made two holes in their respective target ships. The unburned propellant formed a small explosion and quickly burned.

It’s a pity that there were not many combustible objects on the target ship to exert their power, and the fire quickly went out due to the completion of the propellant combustion.

The first generation of anti-ship missiles has used too many records to prove their power. This experiment is just to test whether the missile speedboat with large missiles in small boats is really capable of loading and launching and has practical combat significance.

Being able to hit the target ship has proved its value and significance. There is no need to install a warhead to verify the explosive power of the missile.

These target ships were prepared for their descendants, that is, the second-generation anti-ship missiles.

The two new anti-ship missiles launched by the missile speedboat also approached the target ship at a subsonic sprint speed. After calculating the flight time of the anti-ship missile, the submarine monitored near the target ship quickly issued a remote control command. After a banging sound, several metal aluminum foil belts of varying sizes quickly appeared around the target ship.

Unlike the US military's more panic and blind interference, the metal aluminum foil transmitters and what they emit on these target ships are the guys developed by the Chinese.

The Americans are not sure how to effectively interfere with the guidance capabilities of anti-ship missiles, but China is clear about it. The aluminum foil launched is definitely targeted to interfere with the new anti-ship missiles. The spear or the shield they make themselves is powerful, it depends on the attack within the last twenty seconds.

The sound of new anti-ship missiles whistling in the sky was faintly heard. All the submarines responsible for recording opened their "eyes" that stretched out from the water. The high-speed film machine connected to the periscope can now hear the internal high-speed motor rotating rapidly.

They faithfully record all the performances of the new anti-ship missile entering its field of view at a high-speed shooting speed of hundreds of frames per second.

Two new anti-ship missiles hit only one, and the other one was interfered with aluminum foil and did not hit the target. However, anyone with a clear eye can see that this interference anti-ship missile passed through the densest and most intensely interfered aluminum foil.

It can be seen from this that the reflection size and intensity of the interference source do play a certain role in the automatic judgment on the anti-ship missile. However, how big the effect is and how strong the force is, it is still necessary to wait for the next batch of new anti-ship missiles to be tested again before the answer can be obtained after analysis.

"One of two is 50 to 50." On the early warning plane, a young lieutenant was whispering the battle report just now. His rumor quickly spread to the various combat compartments in the early warning plane through whispering. The non-commissioned officers and officers were talking in a low voice.

"Everyone focuses on your attention. If you want to achieve better results, focus your attention on the instrument in front of you!" The commander stopped the communication on the early warning aircraft in a timely manner.

However, he also knew that the next experimental project of his team was the highlight of today's live-fire experiment, so he cleared his throat and continued to talk.

"The strongest spear and the strongest shield are just the initial tests. The two missiles cannot finalize their success or failure. If the strongest shield is used to interfere with the intercepting of anti-ship missiles, if it is replaced with the first generation of anti-ship missiles, I believe that one out of ten can be hit, and two will be good."

"So don't carry a burden, and there is no need to be afraid of the interference of the test. Let go of your hands and feet, and show your true combat level. Show the true power of the second-generation anti-ship missile is victory!"

With the commander's brief encouragement, the small storm inside the early warning aircraft was finally suppressed. Under the commander's encouragement, everyone stopped talking and focused on completing the work at hand.

In the combat data command module of the early warning aircraft, several technical officers with thick glasses squeezed into the small space. They were analyzing the data detected on the airborne radar here, and another task was also being carried out quickly.

"Undersurge—001 missile speedboat radar has been shut down, and the radars of two new missile fighters carrying air ships have been shut down. Now all launch combat units are in a blind spot. Sir, will this guided combat project be started!"

“Start now!”

"yes!"

The second batch of new anti-ship missiles are not pre-launch data entry and preparation simply by missile speedboats searching for targets, but are tactical guidance and command before launch through early warning aircraft.

"Data connections have been made with three combat units!"

"The data connection between the two combat units of No. 1 and No. 3 is unobstructed, and the data abnormality occurred at point No. 2! It is suspected that the communication connection is disturbed!"

"Change the frequency immediately to ensure accurate data transmission!"

"The Communication Center immediately ordered No. 2 and No. 3 air combat units to be lifted to missile launch height, and No. 1 sea combat units are ready to enter the launch state immediately."

"yes!"

The work in the combat data compartment is proceeding in an orderly manner, while the communication center on the early warning aircraft quickly informs the three combat units of relevant data such as the predetermined area and distance of the target to the target.

On the two fighter jets, the anti-ship missiles under the belly slashed through the air with the speed given by the fighter jets. Compared with the silkworm pupa shape of the first-generation anti-ship missile, the figure weighing only more than 700 kilograms seems to be full of signs.

The well-proportioned cylinder shape and the x-shaped elastic wings and tail wings also look more beautiful and murderous than the first generation.

"No. 2 and No. 3, you are about to reach the launch area, accelerate to 900 kilometers per hour, and climb to 3800 altitude." Under the background sound of the roaring plane, the two pilots clearly heard the flight instructions issued by the early warning communication commander to themselves from their headphones.

"I understand, the height is 3,800 and the speed is 900." With a light pulling of the joystick, the two aircraft quickly began to accelerate and climb up.

"Report, No. 2 and No. 3 have accelerated their flight speeds, and the missile data transmission is unstable." The combat data center quickly discovered the digital changes on the screen, and their voices made everyone's hearts tight.

"How much does transmission affect?" The commander quickly ran to the combat data center and checked the digital changes that were beating on the screen.

"It's only fifty percent of the normal value. If the speed is faster, the transmission speed will be reduced. Do you need them to slow down?" The captain of the combat data center pushed his glasses that were slightly slipping down due to tension on his nose.

"No need, when they climb to the specified height, the adjustment of the angle will be the time when the data transmission is completed!" After seeing the digital changes on the screen, the commander quickly calculated the time left for the data transmission to be completed in his mind.

Don’t underestimate the commander’s calculation ability and judgment. On the battlefield, it may bring completely different results and even life-and-death endings to combat units.

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