Sea and air, the J14 fighter turned around and activated the active electronic stem :: to attack the enemy aircraft. 【Full text reading】The update is super fast

The pilot of the leading captain was none other than the number one ace of the Communist Army of the Republic.

Although he has been flying in J14 for 2 years, sitting in the cockpit with "virtual reality control technology", Mei Lechi still feels very unreal. Compared with the J14, the J14 mainly improves the electronic equipment, and the J14 provided to the strategic interceptor force, to be precise, the J-1d2 fighter is completely different, and it can be regarded as a completely new fighter. Because of the limited production, less than 30 aircraft in total, and for the sake of secrecy, the Air Force classified the J14d2 fighter into the J14 series without a separate number.

As a "new" fighter, the J14d2 fighter is completely different from the J14 in all respects, except for the aerodynamic shape of the J14. A large number of high-strength lightweight composite materials are used in the body, which not only enhances the structural strength, but also reduces the mass. The power system is replaced with a "turborocket composite engine", the maximum military thrust is increased by 25%, and the thrust can be temporarily increased by 150% when using a rocket engine, and the maximum use height reaches 35 meters; Improve the skin structure, add a thermal insulation layer at the high-temperature station, so that the maximum speed of the fighter exceeds Mach; The bomb bay is a meter long, which can be loaded with anti-aircraft ammunition with a longer range; The electronic system has been fully upgraded, and a large number of remote detection equipment has been added; The main improvement is the fighter's flight control system, the so-called "human-machine interface".

As the first fighter to adopt a "neural network control system", the "virtual reality control technology" was implemented in J14d2. Using a "neural network sensing system" consisting of more than 120 miniature neurocurrent sensors attached to the pilot's helmet, pilots can perform basic operations without using their hands and feet. In other words, the pilot gives flight instructions to the fighter's central computer through the brain's mind. Because it is still the first generation of products, it is impossible to control the fighter to complete difficult flight maneuvers through the neural network sensing system, so the pilot has to use both hands and feet. Through the "limb movement sensor system" of the flight suit, the pilot does not need to use control equipment such as joysticks, throttle sticks, rudders, etc., and can achieve the same control effect by directly moving the limbs. Also because it is still a first-generation product, the insurance factor is not very high, so the J4d2 fighter is equipped with a backup control system.

The advanced control system only allows the fighter to understand the pilot's intentions, but also allows the pilot to grasp the situation outside.

Using 12 "multi-function sensors" installed around the fighter, the "virtual three-dimensional glasses" of the pilot's helmet, and the "virtual three-dimensional laser projection system" installed in the cockpit, the pilot can immersively grasp the surrounding situation, and even directly display the battlefield information collected by the fire control radar in front of the pilot in a virtual way. Because of the "multi-layer hybrid display technology", there is no need to worry about the virtual scene making the pilot dizzy, and only need to adjust the brightness and contrast of each display level to let the pilot see the instruments in the cockpit.

In general, the J14D2 is a high-performance fighter armed with high technology.

In the past three years, the National Air Force has been frugal and has dug out a sum of money from military spending in the way of "squeezing paste" to purchase 24 J14d2 fighters and assign them to the "strategic interception force."

The so-called "strategic interception force" is an air defense force that specializes in dealing with strategic bombers and hypersonic cruise missiles!

With Zhang Zhongxian in the "Strategic Interception Department; "Speak at the time of establishment." The "Strategic Interception Force" is the last line of defense of the Republic. It is a combat force that has a bearing on the survival of the nation.

It is in this way that the Air Force spends regardless of the tension. Purchased 24 advanced fighter jets with a unit price of 12.5 billion yuan!

24J14d2 only. It cost the Air Force about a month of military spending!

With advanced ground fighters. You have to have good pilots.

A group of "ace pilots" who were supposed to be transferred to command posts were sent to the "strategic interception force." Continue to fight on the front lines.

Be able to continue to fly in the blue sky. Not only was he not happy to lose his promotion opportunity.

It's just that the unique handling method of the new fighter makes him very uncomfortable. For the first 1 and a half years, the best pilots of the Air Force of the 2 republics were familiar with the "temper" of the J14d2. If it weren't for the fact that these pilots were skilled and daring, they were afraid that several planes would have fallen during the one-and-a-half-year training period.

From the beginning of 227, the "Strategic Interception Force" officially carried out combat readiness patrol tasks.

1 J-1D2 is capable of carrying a volley missile to hit a target, and the interception success rate is not less than 90%. Because the "strategic interception force" mainly deals with the "fish that slip through the net" and has several interception systems in front of it, it only needs fighters to complete the interception mission in one strategic direction, and the 24 fighters can carry out 24 uninterrupted combat patrol missions in two strategic directions.

Melochi's squadron is responsible for the strategic security of the eastern part of the Republic.

From receiving the order to turning to the volley, it took only 1 second in total.

The fighter soon increased the flight altitude to more than 25,000 meters and increased the flight speed to about Mach 3.

The battlefield information sent by the joint combat forces such as early warning planes, unmanned reconnaissance planes, and battlefield command planes was vividly displayed in front of the pilots, who had just entered the air space over the East China Sea from the direction of the Osumi Strait and was flying westward.1

The score is eye-catching, and the left side of the virtual scene shows the basics of enemy aircraft

JF "Dream" fighter.

It's really "dreamy", but it's just a "dream" of the Japanese.

Before the outbreak of the Korean Peninsula War, in order to win over Japan, the United States and Japan secretly signed a "military-technical cooperation agreement," and I provided Japan with a large amount of advanced military technology, including the YF23 fighter that was cut down by the "Raptor" at the beginning. For Japan, this is not a "gift" at all. Although the basic technology of YF23 is more advanced than that of YF22, it has not entered the engineering implementation stage, and many technologies are not mature. What can the YF22 do when it is no longer able to cope with the air threat?

Getting the technology, Japan abandoned the idea of imitation, and instead developed the JF4 fighter on this basis.

The performance of the JF4 is not very good, even compared to the F22B fighter that was not imported from the United States. After the Korean War, Japan comprehensively strengthened its military construction, knowing that the United States was an unreliable ally, so it attached great importance to self-research and self-made work, and JF completed all the design work in just 2 years and began mass production at the beginning of 27.

What good fighter can be made in 2 years?

The performance of the JF4B is improved over the JF, but there are no substantial changes. The main reason is that time is short, and the Japanese Air Force is eager to obtain advanced fighters that can replace the F15 and F2, and strengthen the air supremacy dominated by the F22B against the Republic to the west of the sea.

Although the technology is not very good, the Japanese air force regarded the JF as a treasure, and produced more than 200 aircraft before the outbreak of the war.

The reason is simple, the JF4B is the only Japanese combat aircraft capable of carrying tactical nuclear weapons!

Both the F15 and F22 basic technologies are in the hands of the United States, and Japan is unable to develop these two fighters into nuclear weapon delivery platforms when the United States is unwilling to provide the original code of the fire control system. The F2 series fighters were also jointly developed by Japan and the United States, and the original code of the fire control system is still in the hands of the United States, and China will not let go, so the F2 can only be used as an ordinary fighter.

In the absence of strategic bombers, if Japan wants to have a "three-in-one" strategic strike capability, it must have a fighter with a long enough range and a large bomb load to be able to carry out nuclear strike missions. With its maximum combat radius of 2,200 kilometers, bomb load of 11 kilograms, and Japan's self-developed fire control system, the JF has become an ideal choice for Japan's air strategic strike force.

The 12JF is capable of carrying up to one air-launched cruise missile!

Pilots such as Melochi had no choice and had to shoot down the Japanese fighter before it launched its missile!

Fortunately, it is a fighter plane, not a bomber, which can only carry medium-range cruise missiles with a range of no more than 600 kilometers, and it must go to the central part of the East China Sea before it can launch missiles to hit large and medium-sized cities in coastal areas such as the sea. If it is a strategic bomber of this type, it is completely possible to launch missiles in the waters east of the Ryukyu Islands!

Entering the sprint phase, 14Bd2 increased the flight speed to He.

After activating the fire control radar, the fire control data is quickly displayed on the screen, and the fighters lock onto a target, ready to launch all the interceptor missiles at once.

At 2:23, the leader of the captain plane was the first to launch the missile.

In less than half a minute, the strategic interceptor launched 32 hypersonic interceptor missiles with a range of up to 400 meters.

After firing the missiles, the interceptor group began to reduce its speed and altitude.

12 JF4B fighters carrying nuclear cruise missiles were still heading towards the missile launch point in the south of Jeju Island, and the pilots of the Japanese fighters did not know that a catastrophe was coming.

The 32 missiles flew at a speed of 1 Hz and dived down from an altitude of 35,000 meters.

For a JF with a maximum speed of only Mach 2, it is simply impossible to avoid missiles. When JF's missile warning aircraft raised the alarm, the missile was only 20 kilometers away from the Japanese fighters, and the missiles only needed 6 seconds to fly 20 kilometers, and the Japanese fighter pilots had no time to evade them!

One by one, the targets disappeared from the virtual screen, and Mei Lechi did not feel the slightest bit excited.

The more advanced the technology, the easier the battle.

In just over 0 years, the Air Force of the Republic of China has given up combat tactics, and over-the-horizon air combat and ultra-long-range interception have become the main air combat tactics.

With the last target shot down, the J14d2 fighter turned back.

Not far away, another J-d2 fighter has already arrived in the interception patrol airspace, taking over the returning fighter and continuing to carry out the strategic interception patrol mission.

News of the successful interception of the Japanese "strategic attack aircraft group" was quickly transmitted back to the General Staff and the Strategic Command Center.

Pei Chengyi did not delay for any time, and immediately ordered the HNA to dispatch a long-range patrol plane equipped with a radiation detector to the sea area where the Japanese fighter was shot down in accordance with the pre-formulated plan, collect radiation data, and confirm whether the Japanese fighter was carrying a nuclear warhead.

There was no suspense in the battle, but the situation in front of Wang Yuanqing had changed.

Japan is again using nuclear weapons in the war, what should the Republic do?