On the eve of the anti-eagle movement: the country urgently called me back home!

Buzz buzz buzz…

The 5C intercontinental missile quickly took off and soon reached the atmosphere and the Sino-Soviet border.

According to the flight route of the 5C intercontinental missile, it will pass through the Khabarovsk Territory, the Sea of Okhotsk, the Chukotka Autonomous Region, the Bering Strait, and finally arrive in Alaska.

Buzz buzz buzz… swoosh swoosh swoosh… whoosh whoosh…

The flight process of the MIRV intercontinental missile can be roughly divided into three stages: the propulsion acceleration stage, the suborbital stage, and the atmospheric reentry stage.

Propulsion acceleration stage: In this stage, the missile starts from the ignition of the engine and takes about 3-5 minutes to fly.

After completing this stage of flight, the missile is about 150-400 kilometers above the ground.

At this stage, the missile’s flight speed can reach 4 miles per second.

The speed is very fast, and it arrived over the Khabarovsk Territory in a short while.

At this time.

Khabarovsk Territory, a military base of the Russian bear.

Cherv was watching the radar monitor as usual, but unlike usual, today, he was particularly focused.

The reason was simple. Ever since the news that the Eagle Sauce had deployed intercontinental missiles in Alaska, the entire Far East theater had entered an air curfew. Just in case.

Beep beep beep…beep beep…beep beep… suddenly.

The radar warning sounded in the radar station, and the red light kept flashing, very quickly.

“Oh no, the Eagle Sauce launched the SM-65 intercontinental missile……”

“Hurry up, fire the A-135 anti-missile missile……”

A-The 135 is a defense system developed by the Russians in 1970. It was initially operated around Moscow.

It is designed to protect Moscow and its vicinity from enemy intercontinental ballistic missile attacks. It is the only strategic anti-ballistic missile system in the world.

Its predecessor is the A-35 anti-missile system first developed by the former Russians.

A-The 135 anti-missile system is equipped with two missile systems: one is a hypersonic atmospheric missile interceptor code-named 53T6, and the other is an exo-atmospheric missile interceptor code-named 51T6. There are currently 7 launch bases, 5 of which are newly built.

However, in order to deal with the SM-65 intercontinental missile of the Eagle Sauce, the Russian Bear deployed the A-135 anti-missile missile in the Khabarovsk Territory and the Chukotka Autonomous Region.

Beep beep!

The explosion of the early warning radar makes people impatient.

However, when Cherv was about to press the launch button, the early warning radar stopped the alarm.

“What’s going on?”

After a closer look, Cherff discovered a major problem:”The speed is too fast, beyond the radar warning range… Wait, what? The missile is not coming from the direction of Alaska, but flying towards Alaska.……”

“The rabbit launched a missile?”

“What? Five ICBMs?……”

?”Quick, quick, report the news to the president……”

Soon, Khrushchev learned the news and his expression immediately showed joy.

“Unexpectedly, the rabbit still took action……”

Zhukov:”Mr. President, the rabbit has taken action, and the intercontinental missiles deployed by the Eagle Sauce in Alaska are probably doomed!”

“Ha ha……”

The rabbit helped the bear clear the intercontinental missiles, which made Zhukov and Khrushchev very happy.

“However, one thing I don’t understand is: why did the rabbit suddenly launch the missile?”

“Could it be that something went wrong?”

Zhukov:”The most important thing is that the rabbit only launched five intercontinental missiles. Is this okay?”

“According to the information we have learned, the Eagle Sauce has built no less than fifty missile launch bases in Alaska.……”

“If the rabbit cannot destroy them all at once, then it will be subjected to a blanket retaliatory bombing.……”

“This is not the key point. The eagles are bombing the rabbits and we are caught in the middle. What if some innocent people are hurt?……”

For a moment, everyone was worried… They couldn’t understand why Rabbit only launched five missiles?

Didn’t he know the consequences of failure? Or was Rabbit’s intercontinental missiles exhausted? No more in stock? ?

In any case, Khrushchev, Zhukov and others could only wait anxiously.

“I want to know everything about Alaska.……”

“yes!”

……

Over the Sea of Okhotsk and Chukotka Autonomous Region.

At this time, the 5C intercontinental missile has entered the suborbital flight phase… buzz buzz buzz… whirr… whoosh whoosh… the flight time of this phase is about 25 minutes. The flight orbit of the missile is usually 35-300 kilometers away from the earth, and its shape is elliptical, which is affected by the earth’s gravity.

The flight at this stage is different from the flight around the earth’s orbit. The missile will be affected by the earth’s gravity at this stage, and its flight trajectory is parabolic.

25 minutes later.

The 5C intercontinental missile arrived at the Bering Strait and entered the atmosphere again… (To read the violent novel, go to Feilu Novel Network!)

At this time, the 5C intercontinental missile is very close to the target, and the distance between the warhead and the ground is about 100 kilometers.

It takes about 2 minutes to fly.

At this stage, due to the effect of gravity acceleration, the terminal flight speed can reach 7 kilometers per second. The characteristic of an MIRV is that it can release multiple warheads during flight. These warheads can fly to different targets far apart according to pre-determined instructions.

At the end of the flight, the warhead mother compartment will release these warheads. Each warhead has an independent guidance system and can fly to different targets.

During this (baah) process, the warhead mother compartment can also continuously adjust the speed and direction to expand the strike range of the warheads.

The release method of the MIRV includes: the missile initially passes through the boost phase, the first and second stage rocket engines are started, and the missile continues to accelerate.

After the boost phase, the ejection shield mechanism works to jettison the entire warhead.���hood.

The mother warhead releases the bullet at the appropriate position according to the control command. At this time, the mother cabin is provided with propulsion and guidance control by the terminal booster system.

The inertial guidance system on the mother cabin controls the operation of multiple small rockets or gas nozzles, and constantly corrects the speed and attitude of the mother cabin.

When the speed and angle reach the predetermined ballistic value, the release mechanism releases the first bullet.

After that, each warhead can be directed to a different target by adjusting the speed and direction of the mother cabin.

Whoosh… boom boom boom… swoosh swoosh swoosh……[]

Two minutes passed quickly.

In the blink of an eye, the 5C intercontinental missile crossed the Bering Strait and arrived over Alaska.

Zizizizi…

Dadada…

After the missile was propelled, the mother cabin entered the predetermined space position; the direction adjustment stage is to adjust the warhead’s direction and attitude, and perform attitude stabilization control.

The missile cabin attitude adjustment is inseparable from the terminal boost control system (PBCS).

PBCS is the most important part of the multiple independently targetable reentry vehicle (MIRV) system, usually called the mother cabin, and its function is similar to the upper stage.

After the separated warhead cruises for a period of time, the small rocket will be launched to correct the trajectory.

In the warhead release stage, the mother cabin (separate reentry cabin) releases the warhead and decoy when the conditions are met.

The process of single warhead reentry can generally be divided into: the previous warhead releases the mother cabin to propel, the direction adjustment mother cabin attitude maintenance (cruise) the mother cabin propels again to release the next warhead and adjust the attitude of the mother cabin to maintain the warhead and release it again.

The small rocket (warhead) continuously adjusts its attitude so that the flight trajectory is accurately aimed at the first target and the warhead is released.

The guidance program is pre-programmed and determined according to the target of the pre-strike. Before each release of the warhead, the attitude and thrust vector of the PBCS are controlled to guide the PBCS to the required spatial position and motion state for the release of the warhead.

Once the separation conditions are met, the warhead and the decoy are immediately released and decelerated. The warhead quickly and smoothly detaches from the mother (guided) cabin, and then the mother cabin switches to the guidance program for the next warhead.

Each time a warhead is released, the guided cabin generally needs to change the flight trajectory once. When the last warhead is released, the guidance process ends.

Subsequent warheads fly by inertia, and some warheads are also equipped with spin stabilization devices (discussed later).

The key to the MIRV lies in the guidance technology of the PBCS, or the PBCS is the core of the MIRV technology.

An excellent PBCS can produce different strike effects by precisely controlling the trajectory change process. If the PBCS accelerates along the direction of the predetermined target, the distance between the front and rear warhead landing points in the direction of the shooting will increase; if the PBCS accelerates in the opposite direction, the speed in the forward direction will slow down, and the landing points of the front and rear warheads will be shortened.

PBCS accelerates vertically along the original direction of motion in the ballistic plane, so that the latter warhead approaches the target from a higher or lower angle, and can be several minutes later than the previous warhead.

After being released, the bullet relies on inertia to fly. Some warheads are also equipped with spin stabilization devices to improve the accuracy of the strike and prevent the warhead from turning over.

Spin stabilization technology: In simple terms, the barrels of current firearms have rifling, which means that the spin of the bullet remains stable when it leaves the barrel, and the spin of the projectile consumes a certain amount of mechanical energy.

Therefore, the initial velocity is small. In order to improve the armor-piercing ability, tank guns are popular with smoothbore guns without rifling.

Whoosh…

In the blink of an eye, the 10 warheads in the 5 5C intercontinental missiles separated and flew towards 50 targets.

The next second!

50 orange-red mushroom clouds rose from the entire land of Alaska…

For a moment, the whole country was shocked!

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