Space melee combat is a very close combat between the two sides within a distance of 200 kilometers.

In combat at this distance, high maneuverability, high speed, and instantaneous firepower are required.

The high-speed aircraft operates in this ultra-close combat for no more than four seconds, allowing firepower to strike the opponent's warships.

During this process, the amount of ammunition carried by the high-speed aircraft itself can often only lock in one warship. In the cluster of attacking warships, six or seven warships often exist within a radius of 300 kilometers.

If it is the Empire's hexagonal mesh formation (the best whole line to attack the high-speed fleet), eight warships will appear

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With current technology, it is difficult for high-speed machines to increase mass to carry more ammunition, otherwise they will lose their mobility, causing danger to the driver.

High-speed ammunition cannot add battlefield sensing equipment such as signal towers to expand the system.

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Both smart ammunition and high-speed machines require high maneuverability, but the purpose of high maneuverability of both sides is different.

The high-speed machine carries a large number of radar laser ranging sensing equipment to provide accurate correction information for attacks on the battlefield. After providing the information, it must be disengaged immediately, so high maneuverable rail change is required.

The intelligent warhead is to use the energy of the warhead to hit the opponent's target and use the high-mobile target to complete the task of dying together. Then there is nothing else.

The purpose of the high maneuvering of these two is a contradiction. No matter how fast the car is, it is impossible to go along. With the development of the war, the division of labor between the two subsystems is separated, and the key performance of both sides is not restricted.

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The super giant battleship relies on its powerful defense to transport the ammunition used for combat for high-speed aircraft to the front line. The reduced high-speed aircraft is within a distance of two light-seconds. Because it carries a large amount of ammunition, the track changes are not timely, and it is risked to be locked by particle beam weapons at an ultra-long-range distance.

The high-speed aircraft, with the control of ammunition information in the last 10,000 kilometers, takes over the control of the battleship in launching ammunition, providing the most critical proofreading information for ammunition.

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When the battle line of the initial group was completely ceased, the high-speed aircraft formed a battle line at this time, and the battle line of the battle line of the initial battle line was in response.

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The command system of high-speed aircraft and battleships is in a tense docking, in the three-dimensional space map system of two combat platforms.

The high-speed aircraft is about to arrive, and the moving lines will be parallel to the artillery track of the battleship ships.

On the flagship of the initial group, all the numerical sounds were already numerical, without other noises, and they were in a state of high speed tension.

Naraku also had a very good expression at this time that his eyes were looking at the speed and direction parameters of the high-speed machine. This parameter was emitted by the high-speed machine onto the mirror surface of the battleship, and the battleship made accurate judgments based on the laser angle.

These laser lines, in the three-dimensional view in front of Naraku, are blue lines connecting the high-speed aircraft and the battleship, and the point where they are located. These lines ensure the orbital state of the high-speed aircraft that the battleship understands.

There are also green lines on the stereoscopic diagram - the high-speed machine movement trajectory line. This trajectory line represents the point of the high-speed machine, and the speed of the high-speed machine is marked.

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The speed parameters of the high-speed engine were quickly reported to the launch system of the electromagnetic gun of the warship. They were lengthened one by one, and a large amount of guided ammunition in the fuel silo was loaded into the launch system, and the launch program had been input. The launch angle and launch time were constantly being calibrated together.

The tracks of the electromagnetic gun must be parallel as much as possible, and the relative speeds of both sides should be as small as possible to facilitate the final operation of the high-speed machine.

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"Super-scale launch, countdown starts, 15, 14, 13..."

The countdown is progressing slowly. Since the countdown of all spacecraft in the hall is synchronized, due to the time difference of light information, the countdown of communications of each ship heard in the hall is the same as the sound. On the battle line, when the flagship hears the nearby battleships report the time to 13, the battleships in the distant array only report the time to 15.

Of course, experienced commanders can judge the preparations for super-scale launches on the entire battle line based on the subtle differences in this lingering sound (the human ear sensitivity is not weak)

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In the countdown echo, Narao held her breath and grabbed the handle. As the numbers returned to zero, with the disgusting sound, the sound was like the sound of the TV turning off the camera. This sound lasted for three seconds.

In these three seconds, the outer ring of the main gun gun muzzle of the electromagnetic gun was melted by the leakage current. A large number of projectiles were set out like water flow.

Just one second after the launch, the high-speed aircraft flew past the battleship at a high speed beyond the naked eye of humans. (The warhead was launched first, but when it arrived at the Imperial warship, the warhead would arrive a few seconds later. The speed of the high-speed aircraft was too fast.)

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The high-speed fighter jet passed thirty kilometers above the warship's naval gun. The high-speed fighter swept the battleship with a high-power laser to determine whether the direction of its orbit and the battleship's naval gun is consistent. The battleship cooperated with the high-speed engine's last track correction.

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In the hall of the flagship, after the super-scale launch was completed and the battle line between the high-speed aircraft was crossed, Naraku slowly breathed and looked at the imperial battleship cluster in the distance.

Everyone began to count the countdown silently. They silently counted the last time to strike the enemy warships that arrived in the cluster. At this time, the command platform of the battleships became silent, and everyone was waiting for the countdown in their hearts.

Due to everyone's anxiety, almost everyone counted quickly without realizing it. When the countdown in their hearts ended, they saw a silence in front of them, and a hint of doubt arose. (This moment is not cared about in normal times, but at this moment everyone feels that this moment is a bit long.)

However, after a moment, with the slightly empty space ahead, bright light appeared. This was the explosion light that hit the hit. The density of the light made cheering figures rise in the fleet hall.

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The commanding senior leaders of the fleet became busy again. The flagship commander Naraku quickly called out the observation perspective on each battleship to determine the situation of the enemy fleet ahead.

The shooting screen is constantly enlarged on the electronic screen. - On the shooting screen, the situation of the entire Imperial fleet is constantly clear.

On the screen, an Imperial warship was hazy at this time, with a large amount of debris around it, and several jets on the surface of the warship, which is a manifestation of the leaked gas being blown away by the warship hull.

After seeing a scene, Narao couldn't help but shout: "Continue to increase the focal length. I want to see it clearly." At this time, the artificial intelligence prompted: "Continuously increasing the focal length requires the release of a large observation telescope, and a large telescope will increase the probability of the enemy aiming at our ship."

When Naraku heard this, he bit his finger and said in a tangled manner: "Okay, then," Naraku's tone suddenly said brightly: "Now call me now, I want to see who else on the other side has the power to resist."

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The shelling in space began again. This time, the battleships on the Empire were silent on a large scale.

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The perspective came to three columns with high speed turning three light seconds, and witnessed the rapid collapse of the frontal battlefield with their own eyes. The initial group, which was originally left in the front, was slightly inferior to the firepower of the initial group,

This frontal formation with slightly less firepower is ready to stabilize the front for seven hours, waiting for the three turning columns to form a firepower advantage on the side.

Now the frontal firepower has been weakened by one-third at once, which directly leads to a collapse.

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For the army, a lack of one-third of the opponent as a whole is not fatal, because when the army chooses to fight, it is impossible for the army to immediately put all its troops into a battle surface. The side with less troops can choose to choose to invest more troops in small-scale battles through the small-scale battle.

However, once the war begins, and the battle between the two sides continues to expand, in this battle, one-third of the part of the front-line firefighting suddenly is missing, and the consequence is a collapse, that is a collapse. Therefore, in any era, the army will not allow deserters to appear on the fire.

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Now the Imperial Army had a frontal exchange of fire, and one-third of the troops were missing. The Initial Army had gained an absolute firepower advantage in the frontal direction.

Almost every round of volleys can take away a warship. The warships that are still left in front of them are unable to retreat, and the command is also in chaos. Unified volleys cannot be used to improve the efficiency of large strikes.

After being hit by fierce fire, some warships began to send white flag signals. These surrendered warships began to turn and aimed the most vulnerable thrust nozzle (shutdown state) of the spacecraft at the fleet battle surface of the initial group. These spacecraft will use this attitude to lean against inertia and slowly approach the battle surface of the initial unit and accept the captives.

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The surrender of these warships immediately triggered a chain reaction, and batches of warships began to surrender gradually. Because the surrender was very fast, the mechanism for the imperial warships to prevent rebellion was curbed by the captain before it was activated.

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The Empire's anti-insurgency system on warships is very strict, but loopholes will be found in strict systems.

The mechanisms for anti-insurgency include robot AI and biochemical human compulsory programs. Among them, robot AI executes the most thorough commands. Of course, the robot AI mechanical system is too big. Each captain quietly implants necessary virus programs on these mechanical military police. The mechanical AI does not play any role when the captain turns away.

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As for the Biochemical Man, although he is bound by a forced procedure, he still has some human thinking after all. If the captain chooses to surrender to the enemy at normal times, the Biochemical Man will not hesitate to implement military law.

But when the current situation is, when biochemical people find that failure is inevitable and do not recognize the compulsory procedures in their hearts, they acted cleverly at the captain's prompt to execute the compulsory orders.

For example, it is a beat slower, allowing the surrendered faction to seize the mechanical database first, and then separate the team to make the other party suppress their own side. - In the face of matters involving their own interests, humans can deal with it very flexibly.

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It is similar to the homework assigned by the teacher to the child, and it has to be done, but almost everyone expects majeure reasons in childhood without homework. For example, the teacher forgot that the paper was torn by the teacher’s evil dog, etc. The biochemical man who passively executed the counter-rebellion order was detained in a confinement room and forced to hibernate. As for the massacre of biochemical man, it did not happen in the Imperial warship.

The captain needs to re-examine his voice in the warship because of what the captain needs at this time. Only after his authority is initially stable will he use strict punishment to deepen his authority. Biochemical people who are passively resisting must be gentle. Only by being gentle can they win everyone's trust.

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However, tragedy occurred on a small number of warships. Because some biochemical people were too enthusiastic in their thinking and believed that they must fight bravely until death, a large-scale massacre occurred on these small number of warships.
Chapter completed!