The answer is, of course, anti-aircraft guns, self-propelled artillery, and surface-to-air missiles, and the key to what weapons and equipment are best for fighting airplanes, and the key to this is to see the aircraft's flight altitude and speed. Pen % fun % Pavilion www.biquge.info

Of course, there are now air-to-air missiles, and more advanced surface-to-air missiles, as well as ship-to-air missiles. Missile.

Therefore, on the premise of not using the German aviation unit, Chen Yanlong planned to use large-scale anti-aircraft guns, self-propelled artillery, and surface-to-air missiles to counterattack the attack of British and American troops on Berlin.

In fact, it is also a good thing that he is using surface-to-air missiles so early, because Chen Yanlong knows very well that after the end of World War II, because the production technology of aircraft is becoming more and more advanced, their engine power is also changing more and more advanced, so that many aircraft can fly and attack in the sky at higher and higher levels.

Moreover, the bomb load of these planes is also getting larger and stronger, so at that moment, the ground anti-aircraft artillery fire, which was once very useful, has become more and more inadequate, and there is no air defense effect or attack effect on these new advanced aircraft. For this reason, surface-to-air missiles have also been born in the research system of more and more advanced rocket missiles to counter those advanced high-altitude attack aircraft.

And these surface-to-side missiles are also capable of defending against increasingly advanced high-altitude jet bombers, reconnaissance aircraft, and fighter jets.

Chen Yanlong originally wanted to use his own exchange system to exchange for the second-generation Cheng short-range air defense missile developed by the United States; The second-generation surface-to-air missile, also known as the "Stinger", is mainly used for low-altitude defense at the front of the battlefield or in key locations.

And the best thing is to be equipped with these portable "pinprick" anti-aircraft missile platoons in every US Army armored division, mechanized division, light infantry division, and anti-aircraft artillery battalion of airborne and air assault divisions, as the US army did in the 79s.

In particular, airborne divisions and air attack divisions should possess these portable "pinprick" anti-aircraft missiles in large quantities.

The total number of such portable "needle-piercing" anti-aircraft missiles equipped with a division should be at least 80 launch groups; It is desirable to have 100 or more transmitter groups.

Even the Navy uses "pinprick" launch groups to supplement warships and support ships in high-threat areas.

It is a pity that if these portable "pinprick" anti-aircraft missiles are equipped with the navy, they can only be used for close defense against small aircraft and very small surface boats.

However, even so, these portable "pinprick" anti-aircraft missiles cannot be underestimated.

Because in the war in Afghanistan, the Soviet Mi-24 helicopter gunship knocked the Afghan guerrillas into a mess and fled, suffering heavy casualties.

However, when the US military handed over these portable "needle-piercing" anti-aircraft missiles to these Afghan guerrillas, it immediately launched an effective counterattack that made people stunned, and also won the first war in Afghanistan.

Of course, if it is equipped with a vehicle-mounted "Stinger" missile, as well as an infrared and ultraviolet two-color seeker, then its destructive power is definitely much more powerful than the shoulder-fired "Stinger" missile.

Because the attack density and intensity of the vehicle-mounted "Stinger" missile, as well as its sustained combat capability, are much stronger than those of the shoulder-fired missile.

And its amazing power can be seen clearly on the battlefield in Afghanistan in the mid-80s.

Because at that time, the Afghan guerrillas used them to shoot down hundreds of Soviet fighters and caused a sensation in the world.

It's just that such powerful weapons and equipment, Chen Yanlong at this moment can't be exchanged, so he is also very congested.

But fortunately, he can use his own exchange system to exchange the first-generation Pomak missiles of the US military.

It is the first generation of long-range surface-to-air aircraft missiles of the United States Air Force, which is designed for area air defense and is capable of intercepting long-range medium and high-altitude aircraft, or flying missiles. is the best indigenous anti-aircraft weapon system before the mid-60s.

An unmanned interceptor similar in appearance to a supersonic one, launched vertically from a fixed position, commanded by the Saiqi air defense system.

The research data of this type of missile researched by the US military are derived from the German army's "Gentian", "Rhine Daughter", "Butterfly", and "Waterfall" anti-aircraft missiles.

Because after the defeat of Germany in World War II, the beautiful army captured many prisoners of German anti-aircraft missile research and design, so they have the most advanced ability to research and prototype anti-aircraft missiles.

The "Pomak" missile system does not have its own ground-based guidance station equipment, but uses the "Saiqi" air defense system to complete various combat functions, so the entire independent combat system is only one "Pomak" missile.

In addition, the missile is also equipped with a small receiver for receiving guidance instructions issued by the "Saiqi" system, and the terminal stage uses a small tracking radar on the missile for homing guidance.

Each launch position has more than 20 bunkers, and the bunkers are a building made of steel plates and cement that is about 20 meters long, about 7 meters wide, and 4 meters high, shaped like a "coffin", and this system is generally configured within 160 kilometers of its air defense system control center.

Only after receiving the launch order can the commander press the button inside the "Saiqi" air defense system to start a series of firing operations in the command center of the "Saiqi" air defense system.

After a rather complicated operation, when the ramjet engine launched the missile to an altitude of more than 20,000 meters, the command center of the "Saiqi" air defense system manipulated the "Pomak" missile to approach and track the enemy, and finally, when it was close to the target, the proximity fuse of the missile was used to detonate the W-40 nuclear warhead with 10,000 tons of TNT installed in the warhead.

In the event of a huge explosion, enemy targets are usually blown to pieces.

However, this type of missile also has some very bad shortcomings, such as the fact that it is very expensive to use, and it is difficult to maintain and support it in the later stage, and its entire command system is huge, and the equipment attached to those missiles is very cumbersome, and their combat efficiency is not high, so they cannot deal with the attack of multiple targets.

Therefore, in order to deal with the bombing of Berlin by the Anglo-American Allied Air Force, Chen Yanlong not only deployed a large number of anti-aircraft guns, self-propelled guns, but also 500 "Pomak" missiles.

Although these missiles have many shortcomings, they are still useful against high-altitude aircraft, supersonic bombers, and cruise missiles.

And it's only 1943, so the performance of the current aircraft is not as powerful as it was in the 60s after World War II.

Therefore, Chen Yanlong still uses it with confidence.

However, since he has no energy points to exchange for the "Nikki-Hercules" surface-to-air missiles after exchanging these "Pomak" missiles, he can only use this kind of surface-to-air missiles to intercept the air strikes of the British and American allies.

Although the Niki-Hercules missile is also specially designed to deal with high-altitude high-speed bombers, high-altitude aircraft, as well as tactical and cruise missiles, it can also be transported in special vehicles when transferring positions using field launchers.

But without energy points, Chen Yanlong had no way to continue to exchange these missiles.

Moreover, to use so many surface-to-air defense missiles at one time, Chen Yanlong still needs a large number of missile experts to be responsible for their operation.

Therefore, for the deployment of the "Pomak" missile system, he secretly advanced three weeks in advance, and asked Dr. Braun and Dr. Hermann Obert to send a large number of scientists to deploy the launch positions of these "Pomak" missiles before they went to the Eastern Front to use Scud missiles against the Soviet troops.

Fortunately, however, these "Pomak" missiles that Chen Yanlong exchanged for were all carried by improved automobiles.

Therefore, these scientists and personnel can quickly familiarize themselves with the operation of these "Pomak" missiles and the application of the "Saiqi" air defense system.

"What weapons and equipment do you plan to use to attack the British and American air fleets?"

Shocked, after the shock, Garland was the first to ask.

"Of course, our anti-aircraft guns, self-propelled artillery groups, and anti-aircraft machine guns! And it is also an advanced model; However, in addition to these weapons and equipment, I have also prepared a special gift for the British and American allies this time, a mysterious air defense weaponry! I'll surprise them! ”

Hearing this, Chen Yanlong, who was pondering the "Pomak" missiles he had redeemed, immediately came back to his senses and grinned evilly.

Looking at Chen Yanlong's suddenly demon-like creepy smile, he couldn't help but shudder.