Super Weapon Swap System

0"Boom!" Along with Chief Launcher's attack, a huge sound of cannon fire could be heard.    

    

Inside the barrel, the needle hit the half-combustible syringe at the bottom of the barrel. The high-energy medicine inside the syringe was instantly shot out. Inside the barrel, it was burning hot, producing high-temperature and high-pressure gas.    

    

To the tank gun, the more medicine was loaded, the more energy it would shoot out. At the same time, it also meant that the pressure on the barrel would be greater. If the barrel could not withstand it, then it would be the risk of the barrel exploding.    

    

A cannon barrel seemed to be made of steel, but it reflected the level of metal smelting of a country.    

    

After ten years of turmoil, the level of metal smelting in Han Country did not improve at all. Just like the steel refinement back then, the production of steel on the surface was hundreds of millions of tons, but there was no high-quality steel.    

    

Now, the equipment imported from Cattle Country could already meet the demand of the cannon barrel.    

    

First, it was the electricity slag heavy steel. As the name suggested, this technique used electric currents to melt the metal and re-smelt it. During the smelting process, the slag fell to the bottom, and the high quality steel ingots fell to the top.    

    

This was the first step of creating a high quality cannon barrel. It was the advanced steel material. Next, it was the cannon barrel's craftsmanship. The self-tightening process of the barrel was used to increase the density of the barrel and further increase the ability of the Antiaircraft Cannon tube to withstand pressure.    

    

Finally, it was the internal coating, which increased the friction and lifespan.    

    

In the past, the 59 tank gun would be bald after firing more than 100 cannonballs. As for the L7 Rifle Gun that was imported, the lifespan of the barrel would be hundreds or even thousands of times. It was this kind of craftsmanship that was used by others.    

    

Now, this kind of tank gun could easily withstand the current pressure. Under the immense pressure, the warhead in front of them, under the support of the warhead, sped up.    

    

If it was the Rifle Gun, it would begin to rotate under the effect of the cannon barrel's rifleline. However, it was the smooth bore now, and there were no riflelines inside. At the same time, it was also the latest bullet type. The slender and long bullet core flew under the support of the bullet core.    

    

Not bad, it was thin and long.    

    

The tank gun's caliber was 120 mm, while the bullet core's diameter was only 38 mm. This meant that if there was only the cartridge, it would not be able to fill the cannon barrel. If the barrel could not be stuffed, then the gas that was burning in the barrel just now... It would be a waste.    

    

Therefore, outside of this armor-piercing shell, there was a ballistic support that matched the caliber of the cannon. Like this, the ballistic support carried the cartridge and flew inside the barrel.    

    

In almost an instant, they were pushed out.    

    

The moment they were pushed out, the blazing flames inside the cannon barrel also spewed out. The high-temperature and high-pressure gas fiercely compressed the air outside, producing a terrifying sound of cannon fire.    

    

Boom!    

    

A large fireball with a diameter of almost one meter appeared at the muzzle of the cannon. This large fireball quickly spread out in all directions, becoming even larger. At the same time, black smoke rose from the top of the fireball.    

    

The tank gun's firing was just that spectacular!    

    

In the flames, the bullet core flew forward at a speed of 1650 meters per second. The bullet core on its body split into two halves and flew away.    

    

The so-called shedding of the shell referred to these two bullet cores.    

    

When it left the cannon barrel, the bullet support fell off. It had completed its mission.    

    

And the slender marbles were like arrows, flying forward. At its tail, there were four small and exquisite Missile Wing.    

    

Ordinary cannonballs relied on spinning to stabilize themselves. As for the cannonballs that flew out of the smooth bore, because they were unable to rotate at a high speed, they needed to rely on the Missile Wing to stabilize themselves.    

    

When Ivanov saw the flame on the other side, he was stunned. Impossible, how was this possible? This had simply exceeded his level of understanding.    

    

2500 meters, at a distance of 2500 meters, the enemy actually opened fire!    

    

In comparison, the tanks of Bear Country could hardly be hit from 1,000 meters away! How was this possible? The enemy must be firing blindly.    

    

That's right, that's right.    

    

The enemy only wanted to bluff. If he could hit the target at a distance of 2,500 meters, he would blind his eyes!    

    

Just as he was making a vow, the bullet had already whizzed over with a whistling sound.    

    

This distance did not take more than two seconds. When it was aiming, it had already estimated the amount in advance. In any case, the target was moving at a constant speed, so the fire control system could accurately calculate it. Even in a real battle, after the enemy discovered that they were firing, braking or increasing the speed required time to react, and there was still a high chance that it would hit the target.    

    

The cartridge carried a huge speed as it hit a fifty-nine tank in the first row. The moment it hit the tank, the entire tank trembled.    

    

It hit the target, it actually hit the target?    

    

Although the cartridge was small, its speed was very high. Its huge speed brought along a huge amount of energy, just like a bullet hitting a human body. A human would be pushed back by the impact of a bullet. A tank would be knocked down like this. The entire body of the vehicle trembled.    

    

At the same time, the cartridge started a head-on collision.    

    

This kind of competition. The marbles were tungsten marbles with steel covers on the outside. As they collided, the marbles began to move forward.    

    

In front of it was the head of the turret of the 59 tank, the thickest part of the armor. The core of the core was like a blade, piercing into it.    

    

In the process of piercing through the cartridge, the speed of the cartridge was also constantly decreasing. If the speed was reduced to zero, there would still be no penetration. If the cartridge still had speed, then the armor penetration would fail. The armor penetration would have succeeded.    

    

Therefore, the bullet core was long and thin.    

    

It was much easier to drill a small hole than a big hole. The armor-piercing bullets in the past were all of the same caliber in the late World War II. The substandard armor-piercing bullets were invented, and their armor-piercing ability instantly rose to a whole new level. The meaning of this caliber was that the cartridge of armor-piercing bullets was smaller than the caliber of a cannon. It was similar to the current armor-piercing bullet.    

    

At the same time, this was a head-on clash. The cartridge naturally had to be made of the hardest metal! The tungsten alloy armor-piercing bullets were a common method.    

    

At this moment, as the bullet core began to drill at a huge speed, the temperature of the friction point exceeded over a thousand degrees. The armor on this part began to melt, forming iron slivers one by one.    

    

Then, the bullet loosened, and it had already drilled in!    

    

Using a 120 mm armor-piercing bullet to hit the 59 tank, was there any doubt? As long as it was not deflected by the turret that was shaped like a bulletproof shell, it would only take a minute for the bullet to penetrate through.    

    

Furthermore, after the penetration, its survival rate was still three quarters of the original!    

0

    

After all, its armor-piercing ability was at least five hundred millimeters. To hit a turret that was at least a hundred millimeters long was simply a piece of cake!    

    

The direction of the warhead did not change at all as it continued to move backward.