Because the speed is not fast, many people can catch it with their naked eyes. After they watched the fire light gather, the super-caliber armor-breaking bomb blocking the rocket launcher flew forward, and then they had close contact with the target.

The moment the warhead hits the target, the moment the collision is hit, the warhead instantly fuses it triggers.

There are many types of fuses. There are no more advanced piezoelectric fuses in this era. They all use pure mechanical types. The moment the warhead of this armor-breaking bomb is squeezed and immediately triggered.

The fuse ignition was ignited, and at the back of the warhead, a 1:1 Thing (tnt) and Black Sorkin mixed explosives (rdx) were used, and it was ignited.

If it is an ordinary shell, the explosive explosion will have an effect, breaking the shrapnel and killing, the pressure killing caused by the shell's own explosives, etc., but now it is different.

The explosion of these mixed explosives radiates along the dome conical drug-shaped cover. The energy of these explosions will quickly melt the conical mask and condense into a high-temperature metal jet with extremely high speed. In order to make the metal jet more stable, there is a large cavity in the front of the warhead, and this is how the hollow charge armor-breaking bomb comes.

Now, with the effect of explosion energy, a metal jet is rapidly formed in the pharmaceutical cover made of copper alloy. This is the "energy-concentration effect". This metal jet is violently impacting the armor. At the same time, the temperature and intensity of the metal jet are weakening.

Whether the armor can be destroyed depends on the contest between the two sides. If the metal jet has been consumed and the armor has not been penetrated, the armor will fail.

Now, the metal jet easily passed through the 150mm thick dense nickel alloy armor, and then a flame rushed to the back of the armored target.

Armor-piercing bombs mainly rely on kinetic energy to kill. When the armor-piercing bombs are over, the warheads of the armor-piercing bombs will collide and splash back and forth inside the tank, and the metal debris carried during the armor-piercing process will also splash in the tank.

If unfortunately, it hits ammunition or oil, it will cause a death toll, and if it is lucky enough, it may survive.

The armor-breaking bomb relies on this metal jet, which enters the inside of the turret at a high temperature of thousands of degrees. At the same time, once the metal jet penetrates, the flames of the explosives behind will enter the inside of the tank along this small hole, and the tank will instantly burn inside.

In terms of intensity, once the armor-piercing bomb is successful, it will have greater killing ability to the tank.

I felt very domineering when I carried the rocket launcher, but in fact, it was just a matter of shooting rockets. Now, Cialis is still savoring the feeling just now.

Well, he had only watched it on TV in his later generations, and now he finally experienced this feeling himself. He put down the bazooka and waved to Dr. Langweiler beside him: "Go and go over and take a look."

Dr. Langwell was flattered, and was still amazed in his heart that Head of State Cialis was simply omnipotent. Not only did he design such a bazooka sketch, but he also operated it smoothly, which was really admirable.

Not far away, I soon walked to the target position. I saw that this piece of armor from later generations had been burned through a hole, and the ground behind it was burnt to pieces.

"Our steel plate is 150 mm thick, and the bazooka can be easily destroyed. Then on the battlefield, it is no problem to destroy the main armor of the Stalin tank head-on." Looking at the end of the steel plate, Scherner said easily: "From now on, even our infantry will no longer have to be afraid of the Soviet tank troops."

Although the probability is very small, it can also make people worry. There have been several such battle examples before. It is not enough to have recoil or not. It must have portable weapons that can be transferred to the infantry squad, and it does not have to occupy the organization.

If it were the Stalin-4 tanks in later generations, the main armor was 250 mm thick, and the bazooka on its own could not penetrate, but now at most it is the level of Stalin-3, almost 160 mm is the limit. The cast turret is not strong and can penetrate 150 mm of its own dense armor. Then the 160 mm turret that beats Stalin is absolutely fine.

Cialek nodded: "Yes, this bazooka can equip our troops in large quantities, and at the same time, it needs to continue to improve. Its armor-breaking level still has the potential to improve."

There was a formula in later generations that rely on metal jets to break armor, which would be about five times the diameter. In other words, this 100mm thick armor-breaking bomb can theoretically penetrate 500mm thick armor.

This depends entirely on the improvement of the drug type cover, the improvement of the charge, etc., to improve the armor-piercing performance without changing the thickness.

How to design it specifically, Cialek didn't know that these technical information from various countries in later generations were kept confidential, and at least ordinary military fans would not get it.

"Yes, great head of state," said Dr. Langweller. "It's very happy that our rocket-propelled grenade is finally ready for service, but it doesn't have a loud name yet."

Any weapon needs to be named. The famous Cialis organ is quite famous. Dr. Langweiler of course also hopes that his weapon can be named as Cialis Head of State.

"It is the fist that smashes the Soviet tank, we call it the Iron Fist." Cialek said: "It can fire a hundred meters away, we call it the Iron Fist-100."

In fact, its true level is close to the Iron Fist 150 in history. Now Cirick is only named Iron Fist 100. Of course, there is a suspicion of inducing the enemy. Does this 100 refer to the range of 100 meters or the armor-piercing depth of 100 mm?

Iron Fist 100, the name is also loud enough, Dr. Langwell said happily: "Thank you, the Head."

"Well, I hope there will be 150 Iron Fist and 200 Iron Fist. The further our soldiers operate it, the less dangerous they will be." Cialek said.

In later generations, the bazooka could almost hit 300 meters. In fact, about 300 meters is the most suitable and can protect the safety of the shooter.

In history, when the Iron Fist first appeared, it was only Iron Fist 30, which means the range was only 30 meters, which was similar to throwing a grenade. It was all the way to Iron Fist 60, and the range doubled and it immediately won the favor of the National Defense Forces.

Now, Iron Fist 100 comes directly, and has the ability to fight. Next, it is to produce large quantities, equip the front-line troops, and conduct simple training to teach every soldier how to use it. You cannot have accidents and hurt your own people when using it.
Chapter completed!