When Yuanqing focused on strategic defense, the Air Force's strike operations were already.,

In order to minimize Japan's strategic counterattack capabilities, the first round of offensive operations completely targeted Japan's missile bases and nuclear weapons bases. Because Japan's land area is narrow and its population is large, most of its population is concentrated in Kyushu Island, Shikoku Island and Honshu Island, the southern part of Japan's land-based missile launching positions are deployed in Hokkaido, and the mobile ballistic missiles are deployed in the northern part of Honshu Island, where the road network is dense. In response to this situation, the first round of attacks of the Air Force is concentrated in Honshu Island and the northern part of Honshu Island.

Unlike previous air strikes, the Air Force did not concentrate its forces against Japan's air defense system.

It is mainly limited by the capacity of the command system. In order to ensure the strategic counterattack ability of Japan to be eliminated, all combat forces must be concentrated to reduce other strike actions.

To this end, the Air Force dispatched not fighter jets first, but electronic warfare aircraft.

At 0 o'clock, the first batch of 12dy15b sub-war planes arrived at the combat airspace over the Japanese Sea.

Compared with the dy14c, which is a tactical electronic warfare aircraft, the dy15b has a stronger load-bearing capacity, which can carry more electronic warfare equipment and can also be equipped with more powerful suppression and interference equipment. Therefore, the electronic warfare capability of dy-15b is more powerful. Under standard equipment, the dy15b can block electronic interference with air defense radars within a radius of 350 kilometers, or suppression interference with radars 500 kilometers away. Because most long-range warning radars are fixedly deployed, during combat, the dy15b generally causes the enemy's radar to completely lose its function by suppressing interference, opening an air corridor for the attacking aircraft group.

The DJ14c air-defense compressed fighter aircraft that followed the dy15b aircraft group.

As an air defense suppression fighter developed based on the J14c fighter, the DJ-1 nicknamed "Thunder" replaced the phased array fire-control radar with a large electronic jammer, completely giving up its air combat capability. When performing combat missions, in addition to carrying 2 fighting missiles from defenders, it carried 6 medium- and long-range anti-radiation missiles in the bay under the wings by using external methods. During combat, the DJ-1 can use the electronic warfare pod to interfere with the enemy's air defense radar (mainly the detection radar and fire-control radar that deploys air defense systems) in a directional manner, and can also use anti-radiation missiles to destroy the enemy's air defense radar, making the enemy's air defense system blind. If you carry the ultra-long-range air-to-air missile j14c can also attack the enemy's early warning aircraft in anti-radiation.

As a professional air defense suppression fighter, the performance of the dj14c is sufficient to destroy any country's air defense system.

"Soft Combination". The air defense system in northern Japan suffered a devastating blow.

Then the .j14c fighter fleet arrived and began to perform air combat missions.

Limited by command capabilities. The Air Force did not bomb Japanese air bases.

Three brigades of ground 72j14c fighter jets were divided into 6 aircraft groups and fully launched over the Japanese sea. Although the number of ground-based air fighters was not invested, the Japanese Air Force did not respond in a timely manner. The ground-based j14c fighter jets guided by 6 kj22c early warning aircraft was enough to ensure ground-based air supremacy during the offensive stage.

Compared with j14, the .j-1 ground mainly improves electronic equipment. In addition, the biggest feature of .j1 is that it is equipped with an active defense system, that is, it relies on a 16-level composite battery to provide energy-based laser interception system. The interception system is mainly used to deal with air-to-air and ground-to-air missiles, so that fighters have active defense capabilities. As for how much impact this defense system will have on air combat tactics before accepting actual combat tests, no one can say.

The bomber group arrived at 0:55.

The first to attack was the 24h9b bomber of the Air Force Strategic Aviation Corps. Within just 2 minutes, the bomber fired 288 hypersonic air-launched cruise missiles at the missile positions located in the Tokatsugaki and Asahigaki Mountains of Hokkaido. As before, the bomber fired the missile and then turned back.

Compared with h9, the biggest improvement of h9b is that it enhances conventional strike capabilities.

Although the main task of strategic bombers is to carry cruise missiles equipped with nuclear warheads to perform combat readiness patrol missions and pose a strategic threat to potential enemies, strategic bombers often perform conventional bombing missions when the possibility of a full-scale nuclear war is slim. As the most powerful weapon carrying platform of the Air Force, strategic bombers have the ability to strike far exceeding tactical fighter jets. For the air force, which focuses on offense, opening and expanding the combat range of strategic bombers is an important means to improve combat effectiveness.

Without sufficient funds to develop and purchase new bombers, improving the original bombers will become the choice of the Air Force.

It was born in this situation. The biggest improvement is to increase the bomb load capacity by 30%, improve the fire control system, so that it has a FL25 hypersonic air-fired cruise missile that can easily break through the enemy's air defense system.

The H9b aircraft fleet hit Japan's ballistic missile silos.

Before the bomb was finalized, Japan was at the Tokatsugaki and Asahigaya ejection bases in Hokkaido. Because the shooting mass of the x11 missile exceeded 250:, it could not be deployed on a mobile fire truck, and could only be deployed in an underground silo.

It is not uncommon to deploy ballistic missiles in a silo.

The first generation of strategic ballistic missiles of the five nuclear powers are all deployed in underground silos. Although the survivability of underground silos is very limited, its advantages are also obvious. For example, with limited guidance technology, the accuracy of ballistic missiles deployed in underground silos is much higher than that of mobile missiles and submarine-launched missiles. Because missile silos are definitely the opponent's target to strike, the missile silos are not only built very firmly, but there must be many fake targets nearby. In practical applications, fixed-deployment ballistic missiles are used to undertake round-trip tasks to avoid being destroyed when the enemy conducts strategic counterattacks.

Japan has no chance to carry out rounds of strikes. The ballistic missiles it has deployed have become the target of the Republic's Air Force.

In the absence of authenticity and false targets, the Air Force adopted the "one-stop" tactic, regardless of whether it is true or false, to destroy it. It is precisely this way that 288 hypersonic air-fired cruise missiles with a unit price of up to 50 million were used at one time. In order to ensure that Japan's ballistic missiles lose their ability to fire, an average of every 3 cruise missiles hit one target!

In combat against enemy nuclear forces, the Air Force cannot make any mistakes.

Although the Republic's "national strategic defense system" can intercept at least 150 targets at the same time, and at least three interceptions on each target are only % the probability of shooting down the target, the enemy's missiles still have a c1% chance of breaking through the interception system and landing on the Republic's mainland. If it is just a conventional missile, the threat is not very large. One strategic ballistic missile carrying a nuclear warhead can destroy a large city with a population of more than one million. That means that at least millions of Republic citizens will become victims of war due to the mistakes of the Air Force.

Whether the Air Force assumes this responsibility or not, no one can assume this responsibility.

When the H9b aircraft was launching missiles in groups, the J15c aircraft group, which was responsible for the key bombing mission, entered Japanese airspace.

4j15c flew to Hokkaido in two batches, and used the 1 kilogram-level ground-boring bombs to recharge the missile silos that had just been attacked by cruise missiles to destroy the Japanese strategic missile command center; the other group turned to the northern part of Honshu Island, Japan, and used 000 kilogram-level ground-boring bombs to bomb the mobile missile vehicle hole reservoir in the mountainous area of ​​Iwateyama to destroy the Japanese strategic counterattack command center.

In this way, the two j14c fighter squadrons performing air combat missions turned to escort the j15c fleet.

There is no way to perform key bombing tasks using j15c combat.

According to the information provided by the Military Intelligence Bureau, Japan's missile silos were deployed 35 meters underground, covered with reinforced concrete up to 15 meters thick and reinforced armored steel plates with thick meter. The maximum drilling depth of the fl25 air-launched cruise missile is only 35 meters, and the penetration depth of the reinforced concrete is less than 0 meters. In other words, even if the fl25 hits the missile silos very accurately, it cannot be completely destroyed. For this reason, the missile silos must be recharged with ammunition with more powerful drilling capabilities to ensure that it is completely destroyed.

The lt26 1c00g-class ground-boring bomb carried by the j15c fighter is specifically targeted at Japan's missile silos and underground command posts. Although the weight is not very large, it is much smaller than the previous ground-boring bombs, but after using an extended missile body and a multi-stage series special combat team, the maximum penetration ability of sand and soil reached an astonishing 120 meters, and the penetration ability of reinforced concrete exceeds meter, and it can even easily blow through thick damai steel plates.

During attack, lt26 first throws out the front warhead with 150 kilograms of special explosives about 50 meters away from the ground, and blows out the passage of the depth of more than 50 meters on the ground; then under the control of the delay time fuse, throws out the main warhead forward to blow through the reinforced reinforced concrete; before hitting the target, throws out the rear warhead to blow through the steel plate; enters the inside of the target, and the attack warhead set at the end will detonate.

The preparation of lt26 has always been the highest secret that other countries hope to obtain.

The ballistic missile silo is the highest protection object. The bomb that can destroy the silo will definitely be destroyed.

At 11:15, the second batch of j-15c fighter jets arrived.

After confirming that Japan's missile silos and mobile missile hole reservoirs had been destroyed, the second batch of J15c began to perform an expanded strike mission, using the outside defense ammunition carried by the carried out defense zone to attack all military targets and industrial facilities related to nuclear weapons and missile weapons.

Xiang Yinghui has always been unsure about whether to expand the scope of the strike. After Wang Yuanqing made the decision, Xiang Yinghui issued an operational order to the Air Force. Since the purpose of the round of bombing operations is to destroy Japan's nuclear capabilities, military and industrial targets related to it should be included in the scope of the strike.

It was not until this time that the strategic bombing really began!
Chapter completed!