aircraft carrier can move, so how can the ballistic missile guarantee a hit? The speed of an aircraft carrier is generally about 30 knots, which is equivalent to a speed of 50 to 60 kilometers per hour. After a ballistic missile is launched, it flies more than 2,000 kilometers. This process takes more than ten minutes. In this time, the aircraft carrier can travel more than ten kilometers, and you You don’t know which direction he will run yet, right? So how do you solve the problem of locking him down?
In fact, more experienced military fans have all learned about a concept called "launch and forget", which means that many missiles , after they are launched, they no longer need other people to provide them with information support such as data and coordinates. Yes, it will find the target by itself. The principle is very simple. The missile has its own active radar. You just need to launch it in the general direction of the target. When it gets close to the target, it will turn on the radar and follow the target by itself. Most of the anti-ship missiles and air-to-air missiles are based on this principle, but the radar technology types are different. One uses electromagnetic waves, and the other may be infrared optics.
But things are far from that simple. If it were easy, then hitting an aircraft carrier with ballistic missiles wouldn't be Panda's unique skill. Can many countries do it? The reason why ballistic missiles are used is because the speed of this kind of guy is more than ten times faster in the middle and final parts. If the other party wants to reject such a delivery, it will be many, many, many times more difficult than conventional room missiles. Probability is the rhythm of one shot entering the soul. But the problem is that there will be another obstacle to such speed, which is the black barrier area of . High-speed aircraft will encounter this challenge in the altitude range of about 35 to 80 kilometers in the atmosphere, which is the high temperature generated by friction with the air. The high temperature will produce ionized , and the missile will be ionized . Including interruption of communication with the outside world. In this case, the missile's active radar, if it is a conventional radar, will not work. We assume that the missile escapes from the black barrier at an altitude of about 40 kilometers. At this time, the aircraft carrier has deviated more than ten kilometers, but the attack angle has become very large, which tests its maneuverability, or it has some unique skills to be able to avoid it. Due to the interference of the black barrier area, there is no way to talk about this matter. In short, it is very magical, right. We have to be more confident. Since it has been made into a series, this problem must have been solved, so don’t worry anymore. The aircraft carrier will run in front of Tathagata's palm, and no monkey can escape. After all, all living beings are equal under the east wind.
