The Red Alert Begins in the Wasteland

The decoy warhead of the V-2FJDD anti-ship ballistic missile has made the identification measures of the US mid-sea-based interception system all ineffective and cannot accurately distinguish the real warhead.

The shape of the balloon is similar to the warhead but has different differences. The imaging technology cannot distinguish the shape of the target. The surface is coated with a metal film. Radar waves cannot penetrate the balloon to find out whether there is a warhead inside.

The surface is covered with the same radar absorbing paint. Radar cannot distinguish the electromagnetic properties of surface materials. Infrared devices cannot distinguish materials by radiation bands. They have different nutation angles, precession periods, and tumbling periods, and cannot distinguish mass distribution.

The cooling balloon cannot distinguish the rate of temperature change, install a heating film to heat to different temperatures, cannot distinguish the surface temperature, radiation intensity, and cannot rely on the radiation area to filter the point heat source.

In particular, the mass distribution of the bait is the only factor that cannot be imitated by the light bait, and it is also the most reliable identification factor for distinguishing differentiated bait. However, the mass of the target in the middle of the trajectory cannot be measured directly. It can only be inferred indirectly through factors such as precession period and nutation angle. These factors are also related to mass distribution and target shape. By carefully designing the shape and weight of the decoy, it can simulate The precession period and nutation angle of the mass warhead make this identification method invalid.

More importantly, differentiated decoys invalidate the interception system's idea of ​​identifying targets. Regardless of the identification method, the premise is to establish an identification standard to distinguish targets. If the target of the missile attack is the Iraq-Syrian Federation, even if it is facing the same attack, it can be easily identified.

The method is very simple. The super MiG airborne laser interception system is used to distinguish the targets. The light decoy (that is, various balloons) is small in weight and has a thin shell and poor heat resistance. When exposed to high-energy lasers, the balloon will burst due to high temperature, even if not The rupture will also change the flight trajectory due to light pressure, which is distinguished from the real warhead.

Of course, other laser methods can also be used to distinguish. Unfortunately, for the Red Police Corps, the current laser weapons are relatively far away.

At least wait for the appearance of Guangling Pagoda to completely solve this problem.

Faced with such a situation where the real warhead cannot be locked, the US military can choose to intercept all warheads.

But when all the fake warheads were released, there were 120 more targets in the sky, and the real 24 warheads were hidden in them.

The most important thing is that the suspension of missile thrusters just now made all the previous ballistic calculations of the US military completely meaningless.

You must know that the fleet on the sea, spanning hundreds of kilometers, has completely different trajectories to attack each warship.

Today, all ballistic calculations have to be restarted. With so many real and fake warheads, the entire Wujiao Building and every ground center are all numb and dry.

The missile warhead did not leave much time for the US military. When the fake warheads all started to work, the real warheads had already begun to find targets.

The information of the missile warhead entered before, began to exchange data with the radar of the missile warhead to determine the target's position at the moment.

At the same time, the restoring error thruster of the missile warhead itself began to operate. This thruster can restoring the missile's direction and make the most subtle ballistic adjustments.

Locking and striking a high-speed moving target no longer than 320 meters at an altitude of hundreds of kilometers is an extremely complicated subject.

Assuming that the speed of the aircraft carrier after the launch of the anti-ship ballistic missile is 35 knots, it can sail 10.8 kilometers in 10 minutes, plus the initial positioning error of 3-30 kilometers and the guidance error of the missile flying 1100 kilometers of 1.1 kilometers. The maximum error of the system is about 15-42 kilometers.

At this moment, the probability of error between the missile warhead and the target is higher, because the flight is farther, the target's fast navigation time is longer, and the moving distance is longer.

Therefore, the entire guidance process is very complicated, and it is even necessary to complete the transmission of all guidance and instructions through the base.

The principle of radio command correction and satellite guidance is the same as that of anti-missile interceptor missiles. The target position is determined by means of reconnaissance satellites, unmanned reconnaissance aircraft or sky wave radar, and the information is transmitted to the ground control station, and then the control station passes through it. After the satellite is transmitted to the warhead, the control system determines its position through satellite positioning and navigation, and guides the warhead to correct its trajectory according to the high-altitude control rate.

The principle of this method is simple, but the technical difficulty of implementation is very difficult. Not only must the remote monitoring system be able to grasp the target location in time, but also the communication system must work reliably and be able to transmit information across theaters.

Therefore, it is not very simple to complete the attack. The most stable communication connection can only be completed by the base in the current military system of the Red Police Corps.

This is why the whole world is so interested when it comes to anti-ship ballistic missiles, but there is only one country that is truly capable of producing such weapons, because the entire system is so huge that it is too large. Only two or three countries in the world can hope to complete the entire attack system.

Why is the anti-ship ballistic missile only studied by my hometown? In fact, both Russia and the United States have such technology to perfect this weapon.

But this weapon has one of the most fundamental shortcomings, that is, it relies too much on satellites.

The missile cannot be ignored after launch, and it is uncertain whether the Americans will destroy the airborne reconnaissance satellite after the missile is launched.

Therefore, in many countries, ~www.wuxiaspot.com~ this weapon can only be used as an emergency, but it is not suitable for the main research direction.

As mentioned above, it can only be used as a deterrent and refusal to use it. If you want to actively attack, there are too many attack components lacking.

But the Red Police Corps is different. The connection and command of the bases do not need to rely on satellites. Otherwise, the first thing the United States will do from the moment it discovers the missile is to knock down the Iraq-Syrian federal satellite that is in the air.

The current anti-satellite technology of the United States already has the ability to quickly shoot down satellites.

After the satellite loses the support of the overall defense system, it will become very fragile and unable to deal with anti-satellite missile attacks.

At this moment, when the warhead began to re-enter the atmosphere, Gertney in the NATO Indian Ocean Fleet was already full of frost.

More than a hundred fake targets and more than 20 real targets shrouded all around the fleet together. Even if God is here at this moment, it is difficult to reduce the casualties of the fleet.

(To be continued.) Enable new URL