In fact, Qin Zhenhua has a lot of things to be busy with. Although he has paid attention to the Red Arrow-8 missile, he is definitely not proficient. However, on the way he came, he has already supplemented the knowledge of this missile.
Before launching, the missile is installed in the launch tube. Because it has this launch tube as a protection, the missile is in very good condition. However, what about after launch?
If you follow the arduous and simple style, the missile launcher cannot be thrown away, so you have to pick it up and use it again. After all, the launcher of this kind of missile is also quite expensive.
However, from a practical perspective, whoever has time to clean up the launch tube, everyone runs away after fighting, so the launch tube must be thrown away.
Or, even if you don’t run away, after you finish the first one, you have to hang the launch tube of the second missile. At this time, the launch tube of the first missile will be thrown away directly.
Obviously, one step has been omitted. Just like an automatic rifle, automatic shell removal is always better than manual shell removal.
This is their current plan. Of course, this plan was not the first to be developed by our side. The first one was the Milan anti-tank missile in France, which used this discarded launch tube.
The French have always been weird, and the weapons they designed are unique, just like French cars, stubbornly using the torque beam back suspension, and then constantly introduce how awesome my car is and how good the training is, don't look at it.
It is the torsion beam, which is still not worse than the independent rear suspension. As a result, the sales volume is getting smaller and smaller. The sales volume is not that my car is not good, but that you consumers don’t know the goods. Look at Europe, how awesome my sales in Europe are, you
People from the Oriental Kingdom just don’t understand cars.
This is the French’s idea. The weird steering wheel does not turn in the middle, etc., are all designed by them and they feel good about themselves. However, this rear-throwing launch tube is still easy to accept.
We are learning from others' strengths. Since there are benefits, we must adopt them and be compatible.
At this time, the missile flew out, and the moment the missile flew out, the launch tube flew backwards in the flames, so that it could also offset its recoil. (It was found on the data, where did the missile be launched?
Recoil coming? Not a shot.)
After the missile's four arc-shaped wings flew out, they began to unfold. While unfolding, as the rocket engine ignited, the missile began to rotate.
Just like the shells need to rotate when they fly out, if the missile wants to fly stably, it also needs to rotate during flight to maintain it. Of course, compared to the shells, the missile rotates very slowly.
At this time, the wire releaser behind is spreading the wires in circles and forming a beautiful spiral shape at the tail. Since the missile's flight speed is relatively slow, it can be seen clearly.
When it is wound into a spiral shape, it disperses, just avoiding the engine at the tail, so that the flame can be prevented from burning onto the wire.
At the same time, every time a flight is completed, the conductor will transmit attitude control. This is our own original method. In this way, the missile's flight is quite stable.
Americans have considered too many factors, and they have a high degree of pursuing them. It is like shooting a tank gun and entering so much data. As a result, if a data is deviated, it will not work.
The Eastern powers cannot input so much data, so they can only use some simple methods to ensure the stability of the flight. Just like now, by adopting this method of flight, the flight stability of the missile has been greatly improved.
If you are more sexual, you will naturally be more likely to hit your target.
At the tail of the missile, a light-emitting tube is emitting light, which is also a prerequisite for semi-active guidance. The missile's aiming system is steadily observing the missile and target, while the control system continuously launches control commands and aims towards the target.
Fly over.
Others were also staring at the missiles. The flight speed of the missiles was not so fast that they could be captured by their naked eyes, so their minds were different.
Winarda and others are definitely looking forward to off-target.
Just as everyone was watching, the missile flew steadily and flew towards the first target.
So what if there is a cross wind? It’s not a shell. When the cross wind blows, the shell will become crooked. The advantage of a missile is that it can change the direction of flight and can adjust it yourself!
In this way, the missile continued to fly forward, and then, with a whoosh, passed through the target on the first side.
It's not a bomb, there is no sound when flying over it, only the target of the broken plastic cloth, which is messy in the wind, and the red cross on the target is rotten and swaying everywhere.
"No, no, their targets are too close!" At this time, Winarda shouted.
Although in actual combat, anti-tank missiles are often aimed at and fired at about one thousand meters, the limit range of anti-tank missiles is three thousand meters, hitting the target within one thousand meters and hitting the target within three thousand meters, and hitting the shells.
There are big differences, but for missiles, there is actually no difference.
However, now the other party is only shooting a target a thousand meters away, which still shows that the other party is cheating!
No one paid attention to him.
Everyone was still watching.
After destroying the first target, the anti-tank missile suddenly turned right and quickly passed through the second target about 500 meters behind the first target!
When he saw it hit the second target, Winarda suddenly shut up because he knew how difficult it was.
If you hit the first target, you will quickly correct it and press it on the second target. Then, you will have to let the missile react and hit the second target. What about time?
Everything must be done in two seconds!
If it is a shell, there is absolutely no possibility. First of all, regardless of whether the shell can be turned or not, the speed of the shell generally exceeds 1,500 meters per second, leaving it with very little space for operation.
The missile is fired by its own engine. This method makes the missile's flight speed not fast, and it is about 300 meters in one second, so the other party has time to adjust.
However, even if it is adjusted, it cannot be so fast. How did the missile react? How did the shooter react?
Unless the shooter is ready when aiming at the first target, the missile is ready to quickly adjust the target when it passes through. Isn’t this a one-point and two-point use? How is this possible?
"Okay!" Some of the officers of Lao Ba at the scene were already shouting loudly. They all realized how powerful this anti-tank missile was at this time.