Super Weapon Swap System

Measurement and control center.

There are supercomputers and large radar equipment. At this time, the radar system is firmly staring at the satellites in space, and the two missiles launched on the ground have also appeared on the screen of the radar system.

Zhong Lao Ping stopped breathing and looked at the bright spot on it gradually approaching.

Different targets have different interception orbits. Now to intercept satellites in space, of course, the higher the better. Therefore, it is almost the predetermined interception point directly above our own interception position. However, due to the influence of the earth's rotation, it is actually a little eastward.

This is the difference from intercepting aircraft targets, because to intercept targets in outer space, even factors such as the rotation of the earth need to be taken into account.

Of course, this puts forward higher requirements for the design of missile interception program.

Now, the robust booster of the missile soon burns and falls off, leaving the bullet body on it. The engine continues to burn and pushes the bullet body forward. The air is thinner and thinner, and the missile flies faster and faster. If there is a camera on the missile at this time, you can see that the surrounding sky has darkened.

In the atmosphere, it is bright everywhere because of the diffuse reflection of the atmosphere. There is sunshine everywhere. Once you leave the atmosphere, it is bright only when you stare at the sun. In other places, it is a dark universe, which is also very interesting.

The rear body finally burned and began to fall off, leaving the uppermost warhead. If its exclusive name is called, this warhead is an extraatmospheric interceptor.

If it is intercepted in the atmosphere, the warhead is the uppermost part of the missile, a sharp thing. At the same time, the warhead and the body will not be separated. The body has a pneumatic rudder, which is used to control the missile. Now, the interceptors outside the atmosphere are completely different.

Because it has been out of the atmosphere, it no longer needs the streamline shape. The sharp warhead shell has fallen off and revealed its unique shape.

This shape is very strange. Some are like the Hubble Space Telescope. The front end of the warhead has a small telescope. This is its seeker, which uses infrared aiming.

In the atmosphere, interception mainly depends on radar guidance, especially the advanced active seeker to guide the missile near the target, then detonate the broken rod warhead, and kill the enemy's aircraft and other equipment by debris.

However, it is different now. To destroy satellites and ballistic missile warheads, we should not only guide them near the target, but also guide them to the target and use accurate impact to directly destroy the target.

In this way, the required guidance accuracy must be several orders of magnitude higher, which can not be achieved by radar. The only way is to use infrared, a more sensitive way.

The outer space is cold, and the infrared seeker almost does not need refrigeration to achieve the ideal conditions. At the same time, the ballistic missile flying from the opposite side is quite fast. When it leaves the atmosphere, the warhead has rubbed with the atmosphere and generated a lot of heat. Therefore, it is simply the most ideal target.

At this time, the seeker of Hongqi jiub is accurately capturing the target. It quickly captures the trace of the target from a long distance. In its telescope like field of view, it accurately captures the target. Then, the computer of the guidance control unit behind starts to carry out rapid coordinate transformation, The information of the target is transformed into the relative position vector direction of the target relative to itself, the pitch angle and azimuth angle are found, and the change rates of these two angles are calculated through filtering. Then, the action of the missile begins.

In front of the warhead is a device like an infrared telescope. At the rear of the warhead, there are several small and exquisite nitrogen cylinders. Each nitrogen cylinder drives a nozzle. These nozzles are called track control engine and attitude control engine. Now, according to the instructions, these nozzles start to spray gas intermittently and adjust their angles.

At this time, even the monitoring radar on the ground will not see any slight change in its attitude. As for the launching forces of surface to air missiles, although they are also monitoring the flight and interception of missiles with phased array radar, they see that the two targets are getting closer and closer, but they still don't know whether they can shoot down the targets.

At this time, everyone held their breath and waited for the result.

On the big screen, the two highlights are getting closer and closer, and then we see that they coincide!

At this time, we can't cheer. Maybe after they coincide, they will separate, and then continue to fly in their own way, that is, they pass by.

Only accurate impact can shoot down the satellite.

Now, everyone is waiting. In the space they can't see, the interceptor outside the atmosphere is coming to the final stage. Its nozzle is constantly adjusting and adjusting with high precision. Opposite, there is a man-made satellite flying at the speed of 7.9 kilometers per second!

Then, the two aircraft collided with each other in space. At the moment of impact, the infrared telescope of the extraatmospheric interceptor first collided with the target. When it collided, it was immediately crushed and then vaporized!

At this moment, the nitrogen storage tank and strong high-pressure container in the back have also been compressed and exploded, and countless airflow collided with the opposite satellite. At this time, the same thing is happening to the scrapped satellite. The satellite seems to have hit an air ball on a wall and was suddenly flattened.

Intercepting high-speed flying targets outside the atmosphere does not need any explosives to form a warhead. It uses the same tactics commonly used in naval warfare in ancient times.

To become a satellite, you have to reach the speed of 7.9 kilometers per second. At this high speed, as long as you rely on impact, it can bring super destructive force. Think of a car on the highway, whose speed exceeds 100 kilometers per hour, and suddenly hit a column, the car body will become fragments. However, the speed of a satellite in space is hundreds of times that of it. Under this high-speed impact, It will be completely crushed in an instant, and even some parts will be directly burned and evaporated due to the high energy of impact.

In space, a flame burns instantly, and the high energy of the impact turns the satellite directly into a fireball. Of course, this is also the result of the residual fuel for attitude adjustment inside the satellite. In short, the first extraatmospheric interceptor has successfully intercepted the target!