The sniper starts from the bright sword escape period

Chapter 100 Barrett's Ancestor
So there is no way, and the anti-tank weapons used by individual soldiers can only find another way. The potential of anti-tank rifles has been exhausted.

Therefore, in the middle and late stages of World War II, the rocket-propelled anti-tank bazooka appeared in this way.

With the anti-tank bazooka that can easily penetrate more than ten kung fu or even tens of centimeters of firepower, the role and power of tanks on the battlefield will naturally be weakened.

However, the anti-tank rifles that were useless on the Ouzhou battlefield were reminded by the United States at this time to support Chu Yunfei and their troops in Huaxia.

Because it is different from the Ouzhou battlefield, because Huaxia Heavy Industry is backward, it cannot manufacture anti-tank rifles that are lethal to light tanks.

That's why the little devil has been fooling around on the Huaxia battlefield with bean diced tanks that are only one or two centimeters thick and weigh two to three tons. There is nothing like the tanks with armor thickness of more than ten centimeters and weight of forty to fifty tons on the Ouzhou battlefield. Fabi.

However, such a tank, which looked like tofu skin on the Ouzhou battlefield, showed its prowess on the Huaxia battlefield.

Every time this kind of tank appeared, there was no way to blow it up without sacrificing a dozen or even dozens of people.

Bai Lixiu glanced at the anti-tank rifle on the ground, and then recalled in his mind the pictures of anti-tank rifles he had seen on the Internet in his previous life.

Naturally, I understand that the anti-tank rifle in front of me is called the Solothurn S-18/1000 anti-tank rifle.

Although this gun is said to be produced by a Swiss weapon company, in fact this company is controlled by a Rhine company in Deguo.

So this anti-tank rifle is actually said to be made in Germany, and there is no problem at all.

And this anti-tank rifle is also the most powerful among a dozen kinds of anti-tank rifles.

The caliber of its muzzle has reached 53mm. Of course, the super-large caliber also brings about an overweight weight. The empty gun of this gun has already reached [-] kilograms.

It is heavier than a bag of cement, and carrying such a gun is naturally equivalent to carrying a bag of cement on the battlefield.

So in fact, if you want to control this gun, you need to have a helper or two.

However, it is worth mentioning that this anti-tank rifle uses a short recoil barrel and an additional muzzle brake.

This structure is very similar to the famous anti-material sniper rifle Barrett, because the semi-automatic principle used by the famous Barrett is also the principle of short recoil of the barrel, and a muzzle brake is also added to the muzzle. Little recoil.

It's just that Barrett's anti-material sniper rifle was only developed in 18, but this Solothurn S-1000/[-] was developed as early as [-].

Therefore, it is not an exaggeration to say that it is the ancestor of the Barrett sniper rifle. Of course, the power of the 100mm caliber is naturally very powerful. Using ordinary standard armor-piercing bullets can penetrate 23mm steel plates within [-] meters.

The use of tungsten-core armor-piercing projectiles can penetrate 100mm steel plates at a distance of [-] meters.

Of course, the 60mm armor-piercing ability of an anti-tank rifle with a caliber of 100mm is far from its limit, because it has not been used for more than ten years, that is, in the [-]s, it was invented by the Soviet Union to stabilize the shell Armor-piercing projectile, if this kind of armor-piercing projectile is used, then its armor-piercing ability can be further improved by [-] meters, and it is not a problem to penetrate a [-]mm steel plate.

The fin-stabilized shell-piercing shell is evolved step by step from the original ordinary armor-piercing shell. The power of the armor-piercing shell depends on the kinetic energy when the shell hits the target and the physical properties of the shell material itself.After the armor-piercing projectile is accelerated out of the chamber by the propellant in the barrel, it is only affected by resistance and gravity. In order to make the armor-piercing projectile still have a relatively high speed when it hits the target, the armor-piercing projectile must adopt a shape that is conducive to reducing resistance during design.

According to basic physics knowledge, the thinner the projectile, the smaller the resistance.However, considering that the caliber of the artillery is certain, the weapon experts of the Soviet Union initially came up with the idea of ​​sandwiching the body of the armor-piercing projectile with a lightweight bullet holder. Rod-shaped, after being ejected from the chamber, the bullet holder will automatically fall off due to the effect of resistance, and the bullet will continue to fly along the direction of the barrel. This is the origin of the term "shelling".In order to ensure the stability and accuracy of the slender projectile during flight, when the armor-piercing projectile is manufactured, four fins are installed on its tail, arranged in a cross shape, so it is called "tail stability".

Since kinetic energy depends on speed and mass, increasing the mass of the projectile is another way to increase kinetic energy when the speed is constant. Therefore, armor-piercing projectiles are generally made of denser, harder metals that can withstand high temperatures.This can also ensure that the projectile body is not easy to bend when it collides with the armor to be hit, and the heat energy generated by the collision will not reduce the strength of the projectile body.The more widely used materials are tungsten carbide and depleted uranium. Among them, depleted uranium has a higher density and is self-sharpening. In layman's terms, it keeps sharp during impact. Such materials are naturally ideal materials, but because depleted uranium has radiation , so it hurts not only the enemy, but also the fighters who use it, so this material is naturally used less, and most of the fin-stabilized armor-piercing bullets use tungsten alloy cores.

The tail-stabilized shell-piercing shell is a pure kinetic energy shell, which completely relies on its own kinetic energy to hit the tank armor. The impact of the high-speed armor-piercing shell on the tank greatly exceeds the limit of the armor and can be forcibly penetrated.When the armor-piercing projectile passes through the armor, the high-speed projectile core will rub against the armor violently, causing part of the armor to melt and fly into the tank together with the armor-piercing projectile, causing damage to personnel and equipment.

Therefore, this kind of tail-stabilized shell-piercing armor-piercing projectile like a thin needle is not what everyone thinks that it will only leave a small hole through the tank as everyone thinks.

After realizing that the big gun on the ground was the Solothurn S-18/1000 anti-tank rifle, Bai Lixiu immediately knelt down and picked up the gun and said:
"I think this gun is good, and I will use it as my sniper rifle!"

Naturally, those who were present would not have any objection to Bai Lixiu's words. After all, Bai Lixiu was the only one with the best marksmanship among all the people present, so a good spear naturally needs a sharpshooter to exert its greatest power.

To be honest, Bai Lixiu still feels a little heavy holding this anti-tank rifle that weighs more than 50 kilograms and weighs more than 100 kilograms.

It's just that Bailixiu thought that with this anti-tank rifle, he would be able to snipe casually no matter if he encountered a devil's tank or a bunker in the future, without worrying about the lack of power.

Even the power of these [-]mm caliber shells is that a fighter jet might be hit by a single shot.

Chu Yunfei watched the weapons and ammunition in the ammunition depot decrease little by little, and finally couldn't help but said:

'I said, brother Yunfei, that's enough for you, why don't you have to empty my ammunition depot!When you do this, I can't explain it to the superiors! '

(End of this chapter)