Red Soviet Union Chapter 109

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USS Kitty Hawk.

"We don't have to worry too much about the threat of the MiG-25. Although they can fly to an altitude of 30,000 meters and have a speed of Mach 3, at this altitude and speed, their maneuverability is very poor, and they can't fight at all. It is even more impossible to launch missiles in this state." Colonel Steve, the captain of the aircraft carrier, said: "At most, they are reconnaissance, and our Blackbird can also conduct reconnaissance at this altitude."

This sentence is very weak. Everyone knows that just a few months ago, the American Blackbird was shot down by the Soviets over the Far East. After that, the Blackbird never flew over the Soviet Union again.

Our own black bird, a sci-fi fighter made of pure titanium alloy, smashed into the sand in the airspace of the Soviets. We no longer have any means, and how is the Soviet MiG-25 composed? Can it have the performance of a fighter jet? The aviation technology of the Soviet Union has taken a big step away from the aviation technology of the United States!

The MiG-25 can intercept the Blackbird, but the Blackbird cannot intercept the MiG-25. This is the gap!

Now, almost everyone thinks that the MiG-25 is also made of titanium alloy. The Soviet Union has abundant titanium reserves and rich experience in processing titanium alloys. Some titanium alloys are actually imported from the Soviet Union under the pretext of civilian use.

If they knew that the MiG-25 was made of stainless steel, they would be so depressed that they would vomit blood.

"We should continue to develop anti-aircraft missiles." Colonel Ted, captain of the flight wing, said: "If our **** warships have anti-aircraft missiles with a shooting height of more than 30,000 meters, we don't need to be so passive now."

At the beginning, the Soviet Union did not have enough planes. Watching the American U-2 scout over the Soviet Union recklessly, they had to vigorously develop missiles. As a result, the U-2 was beaten down by Sam 2, and it was completely honest.

Now, if you want to keep the Soviets honest, you have to follow the same path and develop missiles with a height of more than 30,000 meters!

Lieutenant General Jonard also frowned: "Yes, I will suggest to the Naval Command that our newly developed standard missile must have a missile with a shooting height of more than 30,000 meters! However, we don't need to have any problems with this kind of aircraft. Too much worry, if they dare to come down, our Tomcat fighter can definitely shoot them down with the advantage of performance!"

While the supreme commanders were talking, the rest of the fleet were still working in an orderly manner in their posts.

On the spherical radar screen, you can see that the bright line rotates, and after the bright line rotates a circle, two bright spots appear on the screen.

"Report, direction 180, distance 90, speed 500, height 500, two targets," the radar operator reported.

"Don't worry, that's the boxer squad." Another radar officer said, and he pressed the button of the intercom: "Boxer, boxer, please call back, over."

"The boxer received it, and is preparing to return, over." Soon there was an echo on the radio.

"Pay attention to speed and direction, over," the radar officer continued.

After hearing these conversations, the radar soldiers finally relaxed. The two targets, altitude, and speed, all seemed to be ready to return, and the radio conversations were also accurate. It seemed that they were overthinking.

Damn IFF, it must be malfunctioning again!

During World War II, the problem of IFF has been highlighted, and now, the main equipment used in the Western world is the radar IFF system, which consists of two parts: an interrogator and a transponder. After the radar finds the target, the interrogator sends out a set of password interrogation signals to the target. If the target is friendly, the transponder on the target automatically decodes the challenge signal and automatically sends back a cipher response signal. If the answer is correct, it proves to be one's own. After the interrogator decodes the response signal, it outputs an identification mark to the radar display, which is displayed together with the target echo.

If it is the enemy's target, although there is an answering machine, there is no corresponding password, so it cannot be solved and cannot be answered.

However, this is all theoretical. In fact, this system fails many times, such as the attenuation of electromagnetic wave energy caused by bad weather. As a result, the transponder does not receive the signal of the inquiry and will not answer. Therefore, the system eventually becomes that those who can respond are definitely their own, and those who do not respond cannot be determined!

In the previous military operations in the West, even in the Gulf War of later generations, the accidental attack caused by the problem of identification of foe and foe accounted for about half of the losses, which is quite huge.

And now, electronic technology is far from the future, and it is not very reliable.

In the Soviet Union, electronic technology was even more backward, and more extreme methods were adopted. For example, each air defense on the land was divided into its own area, and each was responsible for its own area, so there was no need to worry about the problem of friendly forces. And at sea, warships have no identification of enemy or self. During the real war, as long as they enter the air defense area of ​​warships, they will be shot and killed!

Now, the UU reading www.uukanshu.com radio contact is correct, and the signal characteristics are similar. The radar soldier does not have too much suspicion. He doesn't know that he has made a big mistake!

At this time, the wind and waves were already a little smaller, and the rear deck of the Kitty Hawk was busy, and they were all preparing to recover their two Tomcat fighters.

Next to the Fresnel optical landing aid system on one side, several people in white vests hold the signal guns in their hands. They want to observe whether the landing route of the aircraft is appropriate. If the other party is not accurately aligned with the runway centerline, if the landing attitude No, if the landing hook does not hook the arresting line, it will need to go around again.

Their eyes were wide open, looking at the plane that was getting closer and closer, but when they saw the two planes from a distance, there was always a strange feeling.

Why does it look different? They have observed the landing of their own Tomcat fighters countless times. From this perspective, the Tomcat fighter seen should not look like this, with such a large air intake?

As the two planes got closer and closer, the people on the deck were stunned. What was that? The huge rectangular air intake, with missiles hanging on the wings, is obviously larger than its own Tomcat fighter.

In their surprised eyes, the other party actually lowered the landing gear! The huge main tire can rub on the deck of your own aircraft carrier at any time!

"MiG 25!" shouted a deck crew member in a yellow vest.

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Chapter end