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

Jiang Chen redeemed the Dongfeng 5C missile blueprint in the system mall with his points.

The missile is 32.

6 meters long, 3.

35 meters in diameter, and 183 tons in takeoff weight.

It uses a two-stage liquid-fuel rocket engine and is launched from a silo.

It has a range of more than 12,000 kilometers and can cover the entire territory of Eagle Sauce.

It can carry 10 independently targetable nuclear warheads with a hit accuracy of 500 meters.

It can select independent targets to be hit in an area hundreds of kilometers deep, and can also adjust the timing and order of the strikes.

It has a strong penetration and strike capability.

Among them, the most prominent MIRV technology is the terminal boost control system technology and reentry technology, of which the former is the technical core of MIRV.

Its main function is to allocate the necessary maneuvering power to the warhead, and release the warhead and penetration device one by one on the predetermined posture and trajectory.

Gan Lao took the blueprint as if he had found a treasure:”My goodness, it turns out that this missile can also use MIRV nuclear warheads for deterrence… Today is really an eye-opener!”

“Jiang Chen, your design is so amazing… and your control technology… even I am ashamed of myself……”

Qian Lao was amazed, and a whole new world was opened up.

Jiang Chen’s drawings indicated the key issues of missiles to achieve MIRV, which is how to load multiple warheads in one mother cabin, and through precise guidance and control technology, make these warheads attack different targets separately.

MIRV technology is an advanced missile technology, which allows a missile to carry multiple warheads, each of which can attack different targets independently.

This technology improves the missile’s”213″ penetration capability, hit accuracy and damage effect.

However, the realization of MIRV depends on complex system design and precise control technology.

For example, system design: MIRV system usually consists of a mother cabin and multiple warheads.

The mother cabin is equipped with fairing, terminal booster engine, guidance device and release device, etc.

Each warhead has an independent target and is accurately navigated by the guidance device of the mother cabin.

There is also control technology: during the flight of the missile, the mother cabin releases the warheads one by one according to the predetermined program, so that they are guided to their respective targets. This process involves complex guidance and control technology, including precise control of speed and angle, to ensure that each warhead can accurately reach the intended target.

In addition, the development of MIRV technology has benefited from the miniaturization of nuclear warheads, making it possible to carry multiple warheads on a missile.

This technology not only improves the combat effectiveness of missiles, but also increases the difficulty of the opponent’s defense, so it occupies an important position in future military strategies.

“Jiang Chen, your design is amazing. It totally overturned my cognition.……”Qian Lao said excitedly:”One nuclear warhead destroyed Pearl Harbor. If it carries ten nuclear warheads and attacks ten targets respectively, this strike capability is too terrible!!!”

Jiang Chen:”Qian Lao, as the anti-missile systems in various places become more and more powerful, the penetration capability of missiles is particularly important.……”

To be able to shoot, it must also be able to break through the enemy’s anti-missile system.

Although the Eagle Sauce’s air defense system is relatively weak at this time, as the deterrent effect of missiles becomes greater and greater, the Eagle Sauce will also increase research on anti-missile systems. The

Eagle Sauce’s first generation air defense system: basically based on the”Nike Zeus”、”sentinel”、”The”Guardian” system uses the first generation of large-scale phased array radar equipment, and initially has high-altitude and low-altitude dual-layer interception capabilities. At the same time, it uses radio command guidance, and the guidance accuracy is not high, so it can only use nuclear killing technology.

The second stage is the comprehensive development stage: from the mid-1970s to 1993, it can be divided into the”Strategic Defense Initiative” stage focusing on global anti-missile defense and the”Limited Attack Global Defense” stage focusing on limited global anti-missile defense.

New technologies such as space-based interception and direct collision killing began to be developed, trying to build a multi-level defense capability at long, medium and short distances, high, medium and low.

The third stage is the pragmatic adjustment stage: from the Clinton administration in 1993 to 2002, the focus was on dealing with In response to potential missile threats from third world countries, we have developed national missile defense systems and theater missile defense systems. The former is used to protect the U.S. mainland, and the latter is used to protect overseas troops and military allies.

The fourth stage, the deployment optimization stage: from 2002 to the present, NMD and TMD have been merged into an integrated missile defense system, and formally deployed in actual combat, with initial combat capabilities.

We are currently building a new generation of early warning detection systems, command and control systems, kinetic/non-kinetic interception technologies, developing UAV boost phase anti-missile early warning and interception technologies, and exploring space-based interception technologies.

The operational process of the Eagle Sauce strategic anti-missile system can be simply summarized as”probe-follow-recognize-decide-attack-evaluate”

“”Detection”: Through space-based early warning, air-based, land-based and sea-based early warning detection equipment, ballistic missile targets in the boost phase are detected and early warning information is transmitted to the early warning information processing center

“”Follow”: After the long-range early warning radar receives a target prompt or autonomously intercepts a target, it enters the tracking phase and performs missile target classification

“”Recognition”: After the forecast accuracy meets the handover requirements, the multifunctional phased array radar completes the interception and precision tracking according to the guidance information provided by the early warning information processing center, gives accurate trajectory forecasts, completes the identification of true and false warhead targets, and provides accurate target guidance and guidance information for the interception weapon system

“”Decision”: The early warning center allocates firepower and formulates an interception plan based on the target identification results for the highest command to make a decision

“”Attack”: According to the guidance of the multi-function radar, after the interceptor missile flies to the target area, the seeker automatically captures the target and collides with the incoming warhead with high-speed kinetic energy

“Comment: The ground combat command center evaluates the interception effect and provides information support for the allocation of firepower for multiple interceptions.

In general, there is a spear and there is a shield!

There is never a winner or loser between the two.

Jiang Chen:”By the way, Qian Lao, how is your ballistic technology research going?”

In fact, Jiang Chen knew that it was not so easy to achieve Qian Lao’s ballistics.

Traditional ballistic missiles follow parabolic trajectories. They only need to detect a few points during the flight by early warning radar, and then analyze them through supercomputers to accurately intercept the missiles.

Although cruise missiles avoid parabolic trajectories, their range is greatly limited due to their excessive reliance on aerodynamics for maneuvering flight.

Qian Lao’s ballistics combines the characteristics of ballistic missiles and cruise missiles, and creatively designs a”boost-glide” ballistic mode.

The missile first reaches”near space” through rocket boost like a ballistic missile? ( When it reaches an altitude of 20-100 kilometers from the ground, it shuts down the engine and uses inertia to perform a free flight segment.

Then, relying on its own waverider shape, it glides like a cruise missile, using the atmosphere as a thrust to perform a wave-like high-speed flight, and finally re-enters the atmosphere to carry out a precise strike on the target.

This mode makes the missile’s flight trajectory unpredictable, and the opponent cannot predict the missile’s fall direction, making it difficult to intercept.

It truly achieves: the launch site is known, the target is known, but no one knows the trajectory.

Gan Lao bought a suspense, and said with a smile:”This, I won’t tell you yet, you will know when the time comes! Haha……”

Guo Lao, who was standing by, said enviously:”Jiang Chen, when will you give me the blueprints of the positioning and detection satellites you just mentioned?”

“Don’t worry!” Jiang Chen was just about to use the points to redeem again, but he didn’t expect that the points were insufficient.

Fortunately, at this time, the system sounded a reminder!

【Ding, congratulations to the host for completing the production of the B2 strategic bomber and the No. 5 Winter Wind missile. Rewards include positioning satellite technology, reconnaissance satellite technology, drone technology, and 4 system points! 】

Haha… it came just in time

“”Guo Lao, don’t worry, how can we do without you?” Jiang Chen took out the positioning satellite technical drawings and reconnaissance satellite drawings:”This is my design, take a look……”

Guo Lao:”Is this a reconnaissance satellite? And… a positioning satellite??”

“Yes, reconnaissance satellites are also called spy satellites: military satellites used to obtain military intelligence……”

It uses the onboard reconnaissance equipment such as photoelectric remote sensors, radars or radio receivers to conduct reconnaissance, surveillance or tracking of targets from orbit to obtain electromagnetic wave information radiated, reflected or emitted by ground, sea or air targets, and stores it in the return capsule using recorders such as film and tape.

It is recovered on the ground or sent to a ground receiving station via radio transmission, and processed by optics, electronic equipment and computers to extract valuable military intelligence.

“With it, we can monitor the deployment of the Eagle Sauce and all military operations through satellites.……”

When Gan Lao and Guo Lao heard this, their eyes lit up again.

“Isn’t this equivalent to placing an eye in the sky to monitor the Earth’s every move?���Everything is clear?” (To read exciting novels, go to Faloo Novel Network!)

“You can think so. Jiang Chen:”The satellite I designed has a total length of 15.24 meters, a diameter of 3.05 meters, and weighs 13.3 tons.”

“It has many spy reconnaissance missions and can perform multiple duties, including conducting general reconnaissance of the earth’s surface and detailed reconnaissance of important targets: for example, it can take pictures of the target and monitor the electromagnetic waves in various places to learn about the Eagle Sauce’s every move.……”

It can be said that Jiang Chen’s design is very clever.

A”spy satellite family” is composed of a large satellite (mother star) and one or two small satellites (satellites).”

“The Big Bird spy satellite also has three”big eyes” that can see everything.

One”eye” is a high-resolution detailed inspection camera that can see individual pedestrians walking on the ground.

Another”eye” is a new film scanning survey camera, which is used to conduct large-scale survey photography on the ground. The third”eye” is the most mysterious. It is a multi-spectral infrared scanning camera that can see underground missile silos at night.

“”Big Bird”? Photos taken by spy satellites need to be ejected when the satellite flies over a certain area, and then recovered by the Air Force, and then washed and read.

The whole process repeats itself!

Of course, spy satellites mainly include photographic reconnaissance satellites, electronic reconnaissance satellites, ocean surveillance satellites, missile early warning satellites and nuclear explosion detection satellites.

Obviously, it is far from enough to just find the target from satellite images. It is often necessary to specifically identify the military or civilian identity of the target, as well as the model of the target and even the current status.

At present, military ground reconnaissance is divided into four levels.

The first level is discovery, which can only determine the existence of the target from the image. For example, whether there are ships on the sea or suspicious objects on the ground.

The second level is recognition, which can roughly identify the type of target, such as whether it is a person or a car, a cannon or an airplane.[]

The third level is confirmation, which is to point out the type of targets of the same category, such as whether the vehicle is a truck or a bus, and whether the ship at sea is a tanker or an aircraft carrier.

The fourth level is description, which can identify the features and details on the target, such as being able to point out the models of aircraft and cars and the types of missiles equipped on ships.

It can be seen that a reconnaissance satellite with a resolution of 30 meters can detect larger targets such as ports, bases, bridges, roads or ships sailing on the water.

A resolution of 3 to 7 meters can detect smaller targets such as radars, small units, 0.7 missile bases, and command posts.

On a”satellite map” with a resolution of 1 meter, urban buildings, roads, and cars can be clearly”identified”, and the house of the editorial office of this magazine can be found, indicating the location of our office.

Of course, aircraft carriers, airplanes, and tanks can also be”confirmed”.

The most advanced military spy satellite has an image resolution of 0.01 to 0.05 meters, which is enough to”describe” the model of the gun in the hands of soldiers on the ground and”see” the headlines of newspapers.

After listening to Jiang Chen’s analysis, Gan Lao and Guo Lao showed expressions of amazement.

“I didn’t expect that there are so many tricks in this spy satellite!”

“Today is another day of learning…haha!”

Guo Lao was very excited:”By the way, Jiang Chen, what is this positioning satellite?”

“Positioning satellites are an important part of the satellite navigation system. They can form a space navigation network and send radio navigation signals through navigation satellites equipped with special radio navigation equipment.”

“According to the time and orbital parameters sent by the satellite, the real-time position coordinates of the satellite at the moment of positioning are calculated, thereby determining the user’s geographic location coordinates (two-dimensional or three-dimensional coordinates) and velocity vector components?”

“This technology can realize real-time and accurate positioning services on a global scale.?”

Qian Lao:”Can you be more specific?”

Jiang Chen:”In simple terms, it is to install an eye on the missile. It only needs a positioning to achieve a rapid strike. It can hit wherever it is pointed.……”

After these words were spoken, Gan Lao was annoyed!

……