I have a store in the comic world

In 1987, the US military tested the M2 "Bradley" tank chassis and modified the "Adatz" air defense missile system for air defense.

However, since the "Adatz" missile system considers the dual combat purposes of air defense and anti-tank, the missile uses high-precision laser guidance technology and a heavier combined warhead. Therefore, in terms of air defense, it is not as good as a fully active or semi-active infrared-guided air defense missile. Flexible, easy to operate and low cost.

Therefore, the U.S. Army later abandoned the "Adatz" air defense missile program and replaced it with the "Avenger" air defense missile system based on the "Stinger" and installed on the "Guanma" high-mobility multi-purpose wheeled vehicle and the "Avenger" air defense missile system installed on the "Stinger" The "Forward" air defense system on the Bradley tank.

All other weapon systems are retained, including the 25mm m242 "Viper" electric chain-fed cannon. After modification, the "Bradley Defender" can be used to provide fire support, attack light armor targets and air defense operations. Purpose.

This shows that the design idea of ​​the "Adatz" missile system still meets combat needs.

The U.S. Army's abandonment allowed the Canadian Army to adopt the "Adatz" missile system, also known as the "low-level short-range air defense" Shorad system, in 1988.

With the advent of combat networking and real-time information sharing, the Canadian Army has formed several separate Adatz missile systems into a combat network for joint operation.

The "Adatz" missile system is the main component of the "Canadian Low-Level Air Defense System" and is installed on the M113 armored vehicle.

The Canadian Army purchased a total of 36 systems. The first system was delivered in 1988 and all were completed in 1994.

......

Under the control of several Hydra drivers, three "Adats" adats anti-aircraft and anti-tank tracked armored vehicles drove out of the building. While driving out, the pulse Doppler x-band dual-beam radar on the armored vehicles , the signal that locked the Super Eagle F117a has been captured.

However, the Super Eagle is not comparable to those F117As that are about to retire. Although the Super Eagle was captured and locked by the radar at an altitude of 300 meters, the Super Eagle still opened the magazine and quickly threw out 6 AGM88A Hamm high-speed missiles at this moment. After launching the anti-radiation missile, he quickly transformed into a human form, and without any means of landing, he forcibly landed at the ground exit of an underground parking lot and slid into the underground parking lot.

After losing the target, several Hydra pilots had no choice but to aim the "Adatz" anti-aircraft and anti-tank tracked armored vehicle at the flying 6 AGM88A Hamm high-speed anti-radiation missiles. After they launched After the "Adatz" anti-aircraft missile, it quickly turned off the radar and started maneuvering.

Unexpectedly, the move of turning off the "Adatz" was of no use to the six AGM6A Hamm high-speed anti-radiation missiles.

AGM88 anti-radiation missile, referred to as: harm, also known as: "Harm", is a third-generation anti-radiation missile.

Because the Hamm high-speed anti-radiation missile uses an inertial navigation device, even if the enemy radar is shut down during flight, the Hamm can still fly to the target using proportional guidance according to the calculated flight trajectory.

Therefore, the "HAM" missile can adopt three attack methods:

First, there is the method of self-defense.

This is the basic attack method of the "HAM". After the radar warning receiver on the aircraft carrying the "HAM" missile detects the radiation source signal, the airborne launch command computer will classify, threaten and attack the radiation source target. Sort, and then issue digital instructions to the missile, load the relevant parameters of the determined key targets into the missile and display them to the pilot.

The missile can be launched as long as the target enters the missile range. Regardless of whether the target is within the missile seeker's field of view, the missile will fly according to the predetermined ballistic trajectory under the control of the digital autopilot to ensure that the missile seeker can intercept the target.

This method belongs to "lock on after launch", that is, loan, lock on after launch method.

The second attack method is the preset method, which is to launch missiles at the location of a known radiation source target. It is also a "lock-on after launch" method.

The missile seeker searches, identifies, and classifies all detected radiation sources according to predetermined procedures, automatically locks on the predetermined target, and tracks it until it is destroyed. If the missile fails to hit the target, the self-destruction device in the missile warhead will cause the missile to explode to maintain secrecy.

The third attack method is the casual method.

During the flight of an aircraft carrying the "HAM" missile, the missile seeker will be in working condition, using its much higher sensitivity than ordinary radar warning receivers to detect, locate and identify radiation sources, and display relevant information to the pilot. information, with the pilot targeting the most threatening target and launching the missile.

This method belongs to "lock on before launch", that is, lobl, lock on before launch method, but the chance of finding the target in this method is limited by the seeker's field of view.

Regardless of whether it is locked after launch, locked before launch, or in preset mode, the six AGM6A Ham anti-radiation missiles "thrown" by the Super Eagle have been ignited and running, using the polysulfide rubber SR88TC113 dual-thrust solid fuel rocket engine. , flying at a speed of 1 meters per second, and this speed is still rising.

By the time the "Adatz" missile ignited and flew out, six AGM6A Ham anti-radiation missiles had already fallen.

Accompanied by several booming explosions, two "Adatz" tracked armored vehicles were blown over by missiles, and the fragments broke the tracks under the force of the impact and caused a fire.

As the fire intensified, the diesel fuel on the armored vehicles was ignited and exploded. The Hydra drivers inside the two armored vehicles suddenly turned into black charcoal.

Only one "Adatz" tracked armored vehicle survived. Under the control of the Hydra driver on board, the "Adatz" tracked armored vehicle staggered out under the black smoke produced by incomplete combustion of diesel. , trying to get back to the Hydra Defense Building.

But at this time, the Super Eagle, which came to the underground parking lot, had returned to the ground, turned around with a grin, and fired the AGM65 "Young Animal" air-to-surface missile at the "Adatz" tracked armored vehicle.

With a whooshing sound, the agm65 "young animal" air-to-ground missile, driven by a dual-thrust solid rocket motor, flew out at a speed of 1 meters per second. In less than 408 seconds, the agm3 "young animal" air-to-ground missile flew out at a speed of 65 meters per second. The missile hit the "Adatz" tracked armored vehicle, blasting

After the Super Eagle launched the AGM65 "Baby" air-to-surface missile, it did not stop. After contacting Jaguar and Forerunner, Xun learned that they were blocked by another Hydra defense building and were unable to go to the mall. The Super Eagle quickly transformed into an F1a and rushed over.

......

At this time, the person in charge of the Hydra base was still a little confused. He couldn't understand who would attack them in the United States. It was the FBI S.H.I.E.L.D.

Chapter 023 Preview of Radioactive Erosion