Canguo said that destroying the US military's maritime base by shelling and opening a new era of betrayal, then the Republic's Navy's application of this naval warfare tactic with a little "anti-anti-old" flavor is far from perfect, and it is not even considered proficient.

According to the combat records of the South China Sea Fleet, the reconnaissance aircraft used infrared detectors to discover the US maritime base of Jinduo kilometers at 3 o'clock in the battlefield time. Because in the US military's combat records, it was also mentioned that at around 3 o'clock in the blade, an aircraft of unknown origin was detected due to the performance limitations of the passive detection system. It was not issued to determine whether the aircraft was a reconnaissance aircraft of the Republic's Navy. At that time, only the reconnaissance aircraft near the US maritime base, so it can be roughly concluded that the combat records of both sides were not cost-effective. The most important thing is that the US maritime base and the South China Sea Fleet were not found.

The longest distance is less than 1,000 meters, and the closest distance is only 1,000 kilometers. In other words, the US military chose a more conservative approach, that is, the ugly module ship formed four tactical maritime bases with one young runway and two functional modules, and a backup base with a smuggling runway. This was supported by the combat record of the Republic's Navy. Before the reconnaissance aircraft was intercepted and turned by US fighter jets, a total of maritime targets were discovered. The radiation characteristics of the four targets were relatively similar, while the radiation characteristics of the other targets were obviously weak.

After discovering the target, the problem was also placed before the commander of the South China Sea Fleet of the Republic Navy.

Although similar situations were considered in the previous tactical plan, the fleet commander still had to fully consider the actual situation during actual operation. Fortunately, technological progress has brought many unexpected benefits to decision makers, such as the success rate and reliability of various tactics. The commander no longer needs to consider it, but is simulated and analyzed by computers, and graded results are given in a very short time. Unfortunately, computers with primary artificial intelligence do not have the ability to apply experience, and it is impossible to learn from past battles, exercises and practices. Naturally, it is impossible to combine experience to make the most ideal choice. More importantly, it is the person who decides to fight, not the machine, so after the computer gives the simulation analysis results, the commander still needs to choose the most appropriate tactics based on personal experience. In the entire decision chain, computers actually only play a role in improving decision efficiency and shortening decision time, rather than making tactical decisions on behalf of the commander.

After receiving the report sent back by the reconnaissance aircraft, the central computer on the flagship used only Miao Zhong to give Qing tactics, as well as the success rate of each tactic, that is, the strike efficiency. These four tactics are also very simple: First, concentrate artillery fire to strike one target from far to near, and after adjusting the target each time, use artillery shells equipped with passive detection sensors to determine the strike situation to determine whether to carry out supplementary strikes; second, divide the fleet artillery fire into two parts, the main firepower accounts for 70% and the secondary firepower accounts for 30%. The main firepower strikes one target at a time, and the secondary firepower is responsible for replenishing artillery fire; third, based on the aircraft carrier battle group, three groups of artillery fire counterparts are used to cross and take turns to strike, and after each strike, sensor artillery shells are used to determine the firepower intensity of the supplementary strikes; fourth, divide the fleet artillery fire into groups, and allocate according to the probability of hitting the target, and then carry out artillery fire strikes on each target respectively.

It can be said that the four sets of tactics have their advantages and disadvantages. In the end, which set of tactics should be adopted, in addition to being determined by the prestigious situation, the purpose of the battle must also be considered.

The first set of tactics can be destroyed at a faster speed! When you reach two maritime bases, you may even paralyze the third maritime base, but it is very likely that the fourth and fifth targets will escape the strike. The reason is very simple. Even if you do not consider supplementary strikes, the shelling time for each target is more than the old minutes, so it will take at least a minute to attack the fourth target. At this time, the US military maritime base will definitely complete emergency evacuation. The distribution range will increase by dozens of times, or even hundreds of times. The shelling will become meaningless.

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The second set of tactics is the perfection of the first set of tactics. With the relatively reliable target position information, the strike cycle can be shortened to the old minutes. Even if the target cannot be completely destroyed, the target can be paralyzed, and then the target can be completely destroyed by supplementary strikes. Because the US military's maritime base can be evacuated within minutes. Even considering the reality, that is, fighter jets coming from the Australian continent are taking off and landing, and the evacuation time is longer, it is impossible to ensure a comprehensive attack on one target. The result is very likely to be not much different from the first set of tactics.

The advantage of the third set of tactics is that it can strike three targets at one time, and it has the ability to paralyze the target. It will also strike the fourth and fifth targets within minutes and paralyze them. That is to say, it can inactivate the ability to evacuate the US military's maritime base. Although the entire combat process will definitely be extended and the most ammunition consumed, this is the only tactical plan that can complete the strike operation before the US military evacuates. Of course, this is also the tactical plan that is most difficult to organize and requires the highest coordination.

The fourth set of tactics can basically be regarded as a refinement of the third set of tactics, that is, the primary purpose is to place a paralyzed target, and then a devastating blow to the target after the target is paralyzed.

Although this plan is more efficient and can ensure that today's targets are attacked at the same time, considering that the US military's maritime base has an interception system with good performance and each module has independent navigation capabilities, even if it is incomplete independent navigation capabilities, from the perspective of overall combat efficiency, the feasibility of this plan will not exceed the third set of tactics.

For a fleet commander with outstanding capabilities, this series of assessments was completed in an instant.

Based on actual conditions and the purpose of the battle, it is easy to choose the most suitable tactics.

At 3 o'clock on the battlefield time, the commander of the South China Sea Fleet issued a combat order.

Of course, this is not a verbal command, but a set of radio signals with activation instructions sent through the flagship, allowing all warships in the fleet to enter combat state and send tactical information through the fleet tactical data link. Although in this way, there is no secret to the whereabouts of the South China Sea Fleet. The US radio detection system can determine the general direction of the South China Sea Fleet almost at the same time, but the distance information measured by the radio detection system will never be accurate. Moreover, in order to determine whether it is a false signal sent by the Republic's Landing Zhencha ship, spy ship or attack submarine, the US military's Viagra sent a set of comparison signals given by the shore base. In short, even if the South China Sea Fleet exposed its whereabouts, the US maritime base would not have time to react because the attack was imminent.

It can be said that the entire combat process is controlled by a computer.

In the eyes of many people, this is not reliable. In any case, the computer has the probability of error. Even if the probability is minimal, it cannot be ignored. It is true that in addition to this fully automatic command and control system, there is also a backup manual command system, that is, the fleet commander gives verbal orders and the captains of each ship execute the orders. Of course, unless there is a problem with the automatic command and control system, such a primitive method will not be used to command modern naval battles that calculate time in milliseconds, and no fleet commander will enjoy the victory or defeat of the battle and the survival of the fleet.

After the Fleet Commander issued the order, the flagship central computer assigned the shelling mission only with a small bell.

In the next 2 minutes, the warships participating in the artillery battle began to select ammunition types, settle artillery parameters, check the status of the naval gun, and prepare for artillery. Relatively speaking, the most important and easiest of this is to choose ammunition types. Although according to the combat regulations of the National Navy, the selection of ammunition types is completed by a computer, that is, the fire control calculation on the warship will automatically determine which ammunition to be used according to the nature of the target, and the fuse is installed for the shell. For example, when dealing with armor protection capabilities or large maritime targets,

Generally, semi-armor-piercing shells with mechanical delay function are selected. According to the armor thickness of the target, the hull structure and deck layer number and other data, as well as fire control data such as where the shells explode, the delayed detonation time of the fuze is determined. For a simple example, when dealing with aircraft carriers such as the "Chongqing" class equipped with armored flight decks, if the shells are to explode in the hangar, the fuze delay will be set to the old milliseconds. If the shells are to explode in the lowered cabin, the fuze delay must be set to the fierce milliseconds.

It can be seen that because it involves extremely complex calculations, especially the estimation of protection capabilities for various targets, the computer has exceeded the computing power of the human brain, the computer must be responsible for it, and the computer automatically sets various parameters. However, in actual operation, in order to avoid misloading ammunition, when time allows, the gun officers on each warship will check the type of ammunition selected by the computer and the fuse data set. Only when confirming that the gun officers are correct will they be allowed to fire. Of course, if the time does not allow, if the gun officers find that they have loaded the wrong ammunition.

Medicine. If the fuse parameters are set incorrectly, the shelling will not be cancelled. Instead, it will be adjusted in the next round or the next few rounds of shelling. The reason for adding human intervention in this decision-making process is also very simple. That is, electromagnetic cannon shells are expensive, especially for sea bombs, and their price will not be much lower than anti-ship missiles. More importantly, the carrying capacity of warships is very limited, even a cruiser. The amount of ammunition reserved for a naval gun will not be too much. Wasting shells is equivalent to weakening the continuous combat capability of the warship and the fleet, and in many cases, the fleet's ammunition supply must be carried out in the port.

Of course, even manual inspections don't take much time.

According to the combat records of the South China Sea Fleet, before 4 o'clock on the battlefield time, the cruiser, multi-purpose destroyer and anti-submarine destroyer, completed the preparations before the shelling. According to the normal combat method, after sending the ready signal, the central computer on the flagship will uniformly assign the shelling tasks, and the fire control computers on each ship are only responsible for controlling the ship's guns.

It is obvious that the typical "network collaborative combat" tactics.

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It can be said that this is the biggest gain of the Republic's Navy when exploring new tactics. Some people may think that exploring the sea-control potential of electromagnetic guns and developing electromagnetic guns into new naval combat weapons is the biggest gain of the Republic's Navy in the era of great change. To be honest, electromagnetic guns are just means, not ideas, and not new tactics. In other words, if you want to transform a new means into combat power, you must rely on new tactics. As we all know, naval guns have many advantages, such as high firing rate, huge ammunition throwing, not easy to be disturbed, and controllable power, but naval guns also have a disadvantage that is difficult to overcome, that is, when ensuring that they are not disturbed, the accuracy is inversely proportional to the range. In this way, when attacking distant targets, you can only rely on dense bomb rain to make up for the accuracy.

The problem is that it is impossible for any warship to be equipped with too many naval guns. Especially before the actual combat effectiveness of naval guns is formalized, neither the Republican Navy nor the US Navy will rush back and build a "gunboat" with naval guns as the main weapon or even the only weapon. That is to say, in practical applications, it is necessary to jointly attack the same target with naval guns from multiple warships. Therefore, how to reasonably allocate artillery fire to maximize the coverage of fleet artillery shelling. That is, maximizing the attack efficiency of naval guns has become a problem that must be solved. To this end, the Republican Navy proposed the basic tactical idea of ​​"network collaborative operations", that is, the powerful central computer on the flagship determines the artillery area of ​​each naval gun of each warship, and each warship is only the carrier of the firepower delivery unit.

From this tactical idea, it can be seen that in order to maximize the efficiency of artillery shelling, the flagship must accurately grasp the accurate ballistic data of each naval gun. Although data can be transmitted through the network, for the sake of safety, the flagship will be equipped with at least a lidar specially used to measure ballistics. Moreover, the measurement channel must be consistent with the number of all large-caliber naval guns in the fleet. In actual combat, in order to ensure that the transmission of fire control information is not disturbed by tactical data links, the flagship generally does not use the shelling data provided by each warship, but directly uses the data provided by the ballistic measurement radar.

In this way, before the shelling begins, the flagship must also determine the specific locations of each shelling warship.

This process takes about a few minutes.

After 4 o'clock, the warships of the South China Sea Fleet fired the first gun. Because the Fengmen large-caliber electromagnetic gun cruiser on the warships was equipped with 3 doors, the multi-purpose destroyer was equipped with 2 doors, and the anti-submarine destroyer was equipped with doors that opened fire almost at the same time, the scene was very spectacular. More importantly, the shells of the new spiral electromagnetic gun did not come into contact with the acceleration channel, and would not cause friction and heat due to high-speed movement, so the rate of fire was greatly improved. At the fastest, it could open more fires within minutes, even if it was opened at normal speed. "

".,, the paste can project a shell within minutes, and it will go to the mouth of the milk kilometer away, just about stewed shells.

From this we can roughly calculate how large the coverage of artillery fire is when three targets are bombarded at the same time and ammunition is distributed evenly.

Theoretically, when dealing with a sea base with a flight path with a length of 1000 meters and a wide range of 100 meters, the ideal distance between the kilogram-class electromagnetic cannon shells is a dropping meter, that is, under any circumstances, it is possible to ensure that there are shells that can hit the target, and the average number of shells falling within the projection range of a module ship is a single. Because only the old electromagnetic cannon fires at a target, and the firing time is only for the old minutes. Even if the flagship is commanded, the time for transfer of the shelling can be almost negligible.

During the strike period, you can only project a sudden shot at one target. If these shots fall at a distance of meter, they can cover about 10,000 square meters of sea area. Calculated in time, when dealing with a target with a spherical distance of 1,000 kilometers away, it takes about 2 seconds to fly an electromagnetic cannon shell with a speed of more than 1,000 meters per second. During this period, the US maritime base that is receiving or discharging fighter jets can only sail at a speed of about 4 meters. Because it is impossible to confirm the direction of the US maritime base, and

No steering during the voyage, so after mastering the initial heading of the target, you can calculate the sea area that the target may reach within the exact second based on the steering rate of the target. Make a navigation range map and you can see that this area is like a lengthened ginkgo leaf, and its range is proportional to the square of the navigation speed. It can be calculated that when the speed is a knot, the navigation area of ​​the US maritime base within the voyage seconds will not exceed 40,000 square meters. That is to say, under normal circumstances, it is used as a unit of an aircraft carrier battle group.

The probability of hitting the target within minutes of the three shelling units is around the corner. From this we can see that the probability of concentrating three targets at the same time is above the target, and the probability of hitting one target is only relaxed, and the probability of hitting one target is more than that. The probability of hitting two targets is more than that of Ma. Judging from the combat situation at that time, if two targets can be hit in the first round of artillery attacks, the other two targets that have not been shot before during the second shelling cannon will be hit, thus minimizing the probability of the US military escaping.

What determines tactics is still accurate tactical information.

Because the reconnaissance plane has left the US maritime base after being attacked by the US military's military record. Therefore, if you want to determine the effect of the shelling, you can only rely on sensor shells fired by the naval guns.

To put it bluntly, it is "reconnaissance shells."

As mentioned earlier, how to fully and effectively utilize the fire of naval guns when exploring new tactics has become the key. As we all know, even anti-ship missiles with several levels of accuracy cannot ensure 100% attack, so artillery bombardment cannot ensure absolute accuracy. In this case, it is necessary to judge the result of the shelling. The most effective way is to naturally move out the reconnaissance force. The threat of the target to the reconnaissance aircraft is not considered for the time being, because the electromagnetic gun uses high-spreading trajectory, that is, sending the shells out of the atmosphere by vertical launch, and then the ballistic correction engine and attitude control on the shells

Build an engine to turn the shells and fly in outer space as much as possible, thereby greatly increasing the range of the shells. In this way, when the shells attack the target, unless a special ballistic is set, they will be placed at a nearly vertical angle. In other words, when the shells attack the target, the facilities located on the shell trajectory will be threatened, which naturally includes reconnaissance aircraft. It is precisely this way. The Republic's Navy has made clear regulations on long-range artillery battles, that is, when the target is bombarded, manned aircraft are strictly prohibited from entering the target. Even unmanned aircraft must try to avoid entering the target as much as possible.

More importantly, the flight speed of the reconnaissance aircraft is not as fast as the shells of the electromagnetic gun.

It can be seen that the only sensor shells carrying detectors that can undertake reconnaissance tasks and provide target information in a timely manner after the shelling is the only sensor shells that are also fired by electromagnetic cannons, namely reconnaissance shells. Affected by this, the Republic's Navy made clear provisions in the artillery battle tactics code, that is, in any case, when arranging the shells, a certain number of sensor shells must be added to the last round of shells, and the specific number of sensor shells is determined by the battlefield situation. Generally, the fire control computers on the warships decide by themselves, and when necessary, the gun officers or the combat commanders on the period can be manually set.

This time, it was set by the combat commander on the flagship.

Judging from the previous analysis, the shooting rate of the three targets at the same time is not very low. In addition, only after the shelling effect is determined as soon as possible can the second and third rounds of artillery be arranged reasonably, and additional strike operations are arranged for special circumstances. Therefore, in the last round of salvo, all naval guns are projected by sensor shells. That is to say, each target has a sensor shell for reconnaissance.

Mu Yong doubted that under such intensive reconnaissance, what would the US maritime base look like would appear before An, commander of the South China Sea Fleet.

In fact, given the situation at that time, the commander of the South China Sea Fleet did not place any hope on the cannon

.

In any case, before this, no one had proved that it could use electromagnetic guns to destroy fleets hundreds of kilometers away, and it was a fleet with strong interception capabilities of meter segments. Although the Republic's Navy used naval guns to strike the South Korean fleet with naval guns and achieved good results. In the subsequent Japanese wars and Indian wars, the Republic's Navy also explored a similar tactic, namely, using naval guns to deal with maritime targets. However, before the Peninsula War, no country's navy had a reliable last-stage interception system. In the Japanese war and Indian wars, the only enemy civil ships that could be killed by naval naval guns were the enemy's civil ships.

Objectively speaking, before proving that electromagnetic guns are indeed the first-class maritime weapon, no fleet commander will give up a reliable and reliable strike force, namely, the carrier-based aviation force.

At this time, three air wings of the South China Sea Fleet came in handy.

According to the combat records of the South China Sea Fleet, when the shelling order was issued, the fleet commander also issued an order to slow down the aircraft carrier and keep a distance from the escort warship. Because the electromagnetic gun fires shells in a vertical manner. As long as the carrier-based fighter jets do not enter the air above the escort warships when taking off, they will not be threatened and will not affect the shelling operations of the escort warships. To do this, you only need to set a special route in the automatic control system of the carrier-based fighter jets to allow the fighter jets to start.

After flying, it is enough to fly along a special route. Theoretically, as long as the aircraft carrier and the escort warship maintain a distance between the J-meter, the carrier-based fighter can take off when the escort warship uses the main gun. In fact, even when using a dense air defense formation, the distance between the escort warship and the aircraft carrier is about 1,000 meters and will not be too close to each other, so as not to interfere with each other in the last interception system. In other words, artillery bombardment will not affect aviation operations. To be precise, it will not affect before the carrier-based fighter returns.

Since there is a more secure choice, there is naturally no reason to ignore it.

At around 4 o'clock, the first batch of carrier-based fighters began to take off.

Because the reconnaissance aircraft have confirmed that the fighter jets of the 4th Tactical Air Force brigade have arrived at the US maritime base and were attacked by US fighters, the fighter jets that took off first were the fighter jets that had taken off the escort mission. To be precise, these fighters will replace the air defense fighter jets that were taken off at 2 a.m., and the air defense fighter jets have already been concave at 3 a.m., after the fleet commander made an attack decision, he rushed to the US maritime base and looked for the US fighter jets to fight to the decisive battle.

Obviously, there is not much suspense in air combat.

In any case, the sea base is a sea base, not a real warship, nor a fleet. Although the sea base exceeds the aircraft carrier in terms of aviation operations, the sea base is far inferior to the aircraft carrier in terms of coordinated combat capabilities, and even less than the ordinary escort warships. The reason is very simple. From the perspective of cost savings, most sea bases are not equipped with corresponding command systems. After the outbreak of the war, the US Navy did not have time to add a command system for air combat to the sea base.

In fact, another force that had a greater impact at that time, namely the carrier-based early warning aircraft.

Although the 4th Tactical Air Force has strong independent combat capabilities, in addition to having multiple fighter jets, there are also many early warning aircraft, among which the girl is a large early warning aircraft and is shipped as a carrier-based early warning aircraft, in this battle, because the sea base is formed in the sea-control mode, the runway of a meteorological runway cannot allow the large early warning aircraft to land. Therefore, the fighter aircraft is accompanied by the activity of the carrier-based early warning aircraft. As we all know, the carrier-based early warning aircraft is a small early warning aircraft. It is powered by its own nature. The flight speed of all carrier-based early warning aircraft is very limited. It is far from keeping up with the carrier-based fighter jets. According to the combat records of the US military, at around the key point of the battlefield time, the early warning aircraft that followed the activity of the 4th Tactical Air Force Force is still over western Australia, and the distance from the sea base is more than kilometers.

In other words, when the air combat began, the US fighter jets were not supported by early warning aircraft.

It can be seen from this that "the result of air combat with inferiority ratio is nothing strange. Of course, no one can ignore it. In this battle, at least the murderous US fighter jets were shot down by long-range missiles launched by the Republic's naval carrier-based fighter jets. Only about the fiery US fighter jets were shot down by two or even three times the Republic fighter jets. Some people may think that this proves that beyond-visual air combat has become the mainstream again, but objectively speaking, this air combat only proves one thing, that is, in intercepting air combat, early warning aircraft still have an irreplaceable role, and in combat air combat, quantity is much more important than quality.

Almost at the same time as air combat was underway, fighter jets carrying out attack missions also began to take off.

It is undeniable that no matter how fast the fighter jets are, they are not as fast as the electromagnetic cannon shells that exceed Limach. Therefore, when the first batch of fighter jets took off, the first round of artillery bombardment had ended.

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Judging from the battlefield information sent back by the reconnaissance shells, the two sea bases farthest from the South China Sea Fleet were all hit by dozens of shells and were completely paralyzed. They lost their ability to move. Instead, the nearest sea base was urgently evacuated when it was shot, and each of them moved the module ships to avoid the shelling. To be honest, although the shelling was not perfect, it had exceeded expectations.

Affected by this, the commander of the South China Sea Fleet did not ask carrier-based fighters to attack the other two sea bases. Instead, the aircraft group chased the four module ships that fled. It is precisely because before the 4 o'clock break, the South China Sea Fleet adjusted the artillery tactics. The escort warships of the three aircraft carrier battle groups were divided into two shelling groups under the command and coordination of the flagship, and fired at the other two US sea bases. Because among the remaining two sea bases, there were some of them composed of broken module ships, so the artillery of the South China Sea Fleet was not flat.

Allocated. According to the war records, the fleet commander directly intervened in artillery operations at that time. The Blade Gate guns on the old warship concentrated on attacking the maritime base composed of two module ships. In addition, the gate electromagnetic gun on the warship dealt with the last maritime base that could fully support the aviation force. This tactical allocation seemed difficult to understand. However, judging from the situation at that time, under the overall situation, the commander of the South China Sea Fleet changed the purpose of the battle, that is, it was no longer a paralyzed US maritime base, but annihilated US maritime base.

First of all, we must admit that this adjustment is in line with the actual situation.

From the standpoint of a commander, if you have the opportunity to wipe out the enemy completely, it is unreasonable. Even from a technical perspective, the most important thing in the maritime base is undoubtedly the core module with a full power system. The cost of building a core module ship exceeds the construction of an ordinary module ship. Therefore, when any commander deals with a maritime base, he will take the primary purpose of attacking the core module ship. From the previous introduction, it can be seen that the Li U.S. military maritime base has core module ships, so it is necessary to attack the Yan maritime base. More importantly, a maritime base with only 2 modules is not only the target but also the evacuation speed in emergency situations, so it is necessary to use more artillery fire for it.

The key is here, will the US military conduct emergency evacuation?

It can be seen that in the previous battles, the commander of the Republic fleet had been acting according to established tactics and did not take the initiative to innovate.

It can be imagined that without much experience to learn from, the US military commander will also act according to the established tactics.

In other words, after a sudden blow, the US military's maritime base will definitely be evacuated urgently.

The actual situation is indeed the case. According to the US military's combat record, before the battlefield time was old, the commander heard the emergency evacuation orders in the world, and required fighter jets that had not yet landed to go to about 4,000 meters east. If there was not enough fuel, parachute jumping could be considered to escape. In other words, the US military maritime base ended its aviation operations at the fastest speed and evacuated at the highest level. Because the US military commander believed that the other party would launch artillery fire from near to far, the first one of the sea bases that was hit was the closest to the South China Sea Fleet was evacuated first, while the slightly farther sea base did not evacuate immediately, but accepted the last batch of fighter jets to avoid losing too much aviation power before counterattacking.

It can be seen that before the second round of artillery fire, the evacuation of the sea base has been completed.

To be precise, the module ships that form the sea base are completely separated and escape to the surroundings at the fastest speed.

If the sea base connected by three module ships is very bulky and very troublesome when steering is turned. Then each module ship with only a strong length is very flexible, not only is it not a problem to turn. It can also accelerate quickly in an emergency and escape from dangerous seas. In the case of the module ships escaping to the periphery, the distribution range after 4 minutes exceeded 100 million square meters. The second round of artillery began in the old minutes after the US commander issued an evacuation order. The shells fell, so the distribution range of the US module ship exceeded 400 million square meters, that is, about 1,000 square kilometers. In this case, even if all the naval guns projected shells at the fastest speed, the chance of hitting a module ship would not exceed.

From the combat records of the Republic Navy, we can see that the second round of artillery bombing hit rate was zero.

More importantly, before this, the South China Sea Fleet had sent aviation strike forces, and it was not until 4 o'clock that the shelling hit rate was zero. At this time, the first batch of fighter jets that took off to perform attack missions had launched anti-ship missiles they carried.

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It will definitely be too late to organize a second attack.

Even if the fighter planes that stayed to deal with the emergency took off with anti-ship missiles, they would not have time to catch up with the US rapid transport ships that fled at the speed of the Strength Strike.

With the situation at that time, the biggest problem was not whether it could be chased or not. No matter what, the speed of the ship was much slower than that of aircraft and missiles. The problem was that if the target could not be found, it would be useless no matter how fast the aircraft and missiles were. It was definitely a very difficult thing to search for the fleeing US rapid transport ships.
To be continued...