#1391 Anti-Tank Missile

At the beginning, Cyric explained all the two ideas, and the subsequent development was carried out in two parts. The rocket-propelled grenade came out soon. At the same time, another anti-tank missile also began to be in full swing. developed.

And this task, of course, falls on the Ruhr Steel Company, because they are studying the X-4 air-to-air missile, and this first-generation anti-tank missile is almost improved on the basis of the X-4 air-to-air missile. .

However, compared with the bazooka, since the X-4 air-to-air missile was also under development, this anti-tank missile has experienced more twists and turns. Now, the person in charge, Dr. Max Kalemer, is standing in his own In front of the anti-tank missile, Dr. Kalemer was more reticent than Dr. Langeweiler.

This is a person who doesn't like to talk. Many technicians actually have this problem. They are immersed in the world of technology, but they ignore the daily communication between people and people. ability.

Dr. Kalemer was also excited when he saw Führer Cyric, but he wouldn't run over and compliment him, he just stood calmly in his place, watching Yen first inspect the bazooka, watching Führer fire himself, watching The rocket hit the target, and he himself, has always been calm.

The biggest disadvantage of the rocket launcher is that it is still too close. A distance of 100 meters is much safer than throwing a grenade, but infantry still has to take a lot of danger. Only if they can kill the enemy at a distance of 1,000 meters is absolute safety. .

If you use an anti-tank gun, you have to consider the problem of accuracy, and the opponent will also run, and now, his missile solves these problems perfectly, because it can change position in flight until it finally hits the target.

It's just that his missiles look a little ugly.

The missile body is short, thick and streamlined; like the rocket launcher, it relies on the hollow charge warhead to achieve the solution of destroying the tank, which is different from the explosive fragment warhead of the air-to-air missile, but because of its larger size, it is loaded with 2.5 explosive charges. kg, the armor-piercing ability is even higher, and the armor-piercing thickness can be up to 200 mm.

At the same time, because it is a missile, it is equipped with a gyroscope to stabilize the flight of the missile. At the same time, the missile can generate two revolutions per second in flight, making the flight more stable.

Another difference from the air-to-air missile is its dual-thrust engine.

The air-to-air missile is launched on the plane, and it has an initial velocity before launching, but the anti-tank missile launched on the ground is initially stationary, so it is equipped with two engines, one with high thrust belongs to the take-off engine, The thrust is 68 kg and the working time is 2.5 seconds, which is used to propel the missile to take off.

After the take-off engine was burned, the endurance engine was ignited. Its thrust was only 5.5 kg, but the working time was as long as 8 seconds, and finally the missile was pushed to a speed of 120 meters per second.

In this way, this anti-tank missile is quite complex, and it also has wings and flaps. The wingtip is equipped with a wire tube, a fairing outside the wire tube, and an enameled wire wound around the wire tube to transmit instructions. The missile's tail also has a long, curved tail rod with a steering gear at the end.

All in all, it looks ugly.

The head of state likes beautiful things, and you can tell by looking at the design of his military uniforms. However, in order to achieve normal and stable operation of missiles, this is necessary.

Dr. Kalemer looked at his missile as if he saw his own child. At the same time, when he found that the Führer and others came over, he found that his legs were shaking a little because of his excitement, and he couldn't even speak. asked.

"Yuan, head of state, this is me, our missile." He said incoherently, making people think he was guilty.

Sure enough, upon hearing his trembling words, Dr. Langeweiler, who came with him, couldn't help sneering: "Doctor, can you fly? It looks like a farm tool."

Hearing Dr. Langeweiler say this, Dr. Kalemer found himself suddenly not stuttering: "Of course we can, and ours fly farther, we have thicker armor, and we're shooting moving targets."

When it comes to technology, Dr. Kalemer is motivated. What is the biggest advantage of missiles? Of course, it can change the direction in flight. This is definitely epoch-making. If you look at the specific performance, it is that the missile can hit the moving target, no matter how the opponent moves, it can hit!

In fact, the two have known each other for a long time. For example, on the design of the hollow charge warhead, the two also studied and developed the warhead together. In fact, they have been good friends for a long time, and Dr. Langweiler is such a person. To ridicule others, his sarcasm does not contain malice, it is just a habit.

Karemer should thank him, and after such a sarcasm, he stopped stuttering and returned to normal.

Facing the conversation between the two, Cyric did not interfere too much, and his eyes were fixed on the missile.

For the missile, Cyric did not propose too many models, but just deployed the mission, and now it seems that this missile is quite close to the historical X-4 missile, almost the same, you know, history This missile is the originator of all anti-tank missiles!

In his previous life, he had great admiration for Germany, because Germany was just like a hang-up in World War II, and came up with a lot of things. Many technologies came from World War II and came from Germany.

For missiles, the most complex is the guidance system.

Those air-dropped bombs use radio command guidance, which is the most direct way, similar to the model aircraft, but this kind of guidance is not optimal, because with the increase in the number of main drivers of space electromagnetic interference, the radio command guidance will eventually Become a jerk.

The missile in front of you uses a wire guide. The wire is wound in the wire tube. As the missile flies forward, the wire is continuously released. As long as the length is sufficient, the remote control can be continued.

The signal is transmitted by two wires.

This is very similar to the later generations, but the advanced wire guides of later generations are no longer ordinary enameled wires, but replaced by optical fibers, which become optical fiber guidance. In fact, the principle is the same.

When the battle is over, the entangled command wires will be left on the battlefield, which is also a major feature.

The layman watched the fun, the expert watched the doorway, and Kalemer looked at the part where Cyric was watching the line tube, and knew that the leader of Cyric was studying the guidance of the missile.

"The 0.18mm enameled wire inside is strong enough. We have tried ten times and no command wire has broken." Kalemer said: "It's just that we need a strictly trained shooter to make a hit. Target."