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Chapter 1771 Electromagnetic Interference

Hindenburg.

At this time, the carrier-based radar can also clearly capture the target. All anti-aircraft guns are nervously preparing, especially the 128mm anti-aircraft guns, with the farthest range. As long as the opponent approaches, they will open fire without hesitation.

However, the Americans were very cunning and had already dropped bombs in advance before they could get close to the shooting range of the anti-aircraft guns on the surface ships.

This is the benefit of high-altitude bombs. The higher the height, the farther it is thrown. At this time, the b-29 bomber was still at a position more than ten kilometers ahead of them, outside the maximum slope distance of the 128mm anti-aircraft gun.

Therefore, facing the American bombing, Raidel on the Hindenburg could only issue one order: "The entire fleet, with the left rudder, turn on the interference device."

The accuracy of bombs dropped at a height of 10,000 meters is quite poor. Now, the entire fleet can use a left full rudder in one go, which can make the bombs fall.

However, the Americans must have come prepared. When bombing at a height of 10,000 meters, most of the free-fall bombs will definitely fall off the target. Their bombs are just to cover up the real killer.

The Americans already have bombs that can be accurately guided, just like bombs similar to those in Germany.

If it was the first time I encountered it, the German fleet might suffer a loss, but it is not the first time now. The island fleet caused them to suffer heavy losses under the bombing of such special bombs, and why would Germany make the same mistake again!

Head of Cialis has always attached importance to electronic warfare. It has created transistors in advance and conducted pre-research on various electronic technologies in advance, including the emergence of electronic computers, which are the result of the head of Cialis’s first-hand promotion.

Just after the appearance of such precisely guided bombs in the US arsenal, Germany went against tit and developed an electromagnetic interference device.

Each large warship is equipped with this special electronic device. For example, on the Hindenburg, a Yagi antenna stands above the turret at the tail. At this time, this antenna is constantly releasing electromagnetic waves to the outside. Its power is so great that when it is activated, the light bulbs inside the entire warship cabin will become dim.

Electromagnetic interference is a science. What is the frequency of the other party? What band is used to interfere? Should the interference be a normal signal or simulate the other party's signal? These are specific issues of electromagnetic confrontation.

But now, there is no need to think about it so much. Just launching messy electromagnetic waves towards the sky. The huge electromagnetic waves fill the sky and immediately flood the other party's guidance signal.

In later generations, this is called full-band, large blocking interference, which is the most heart-wrenching interference method. No radio communication equipment can work under such interference. Even if the frequency band is reserved in advance, the German frequency hopping radio stations were also affected by some interference at this time, let alone American guided bombs.

At this time, the American bomber in the sky didn't know that he just thought the bomb he threw had a malfunction and couldn't help but shout: "Damn it, mechanical failure, I can't control it!"

The bomb dropper was very upset and watched the other side's fleet turn on the sea, avoiding the area where the bombs fell, but he was powerless.

At this time, the pilot above his head didn't care about so much. The noisy signals in the headphones made him feel a little tinnitus. He stared at the sky nervously, and a German jet was diving towards his plane.

"Bangbang!" Three 20mm cannons fired together on both sides of the opponent's nose and wings. The dense shells flew towards them. So the pilot immediately operated the bomber to turn left, trying to avoid the opponent's shells.

"Boom, boom, boom!" The nose of the machine avoided, but the position of the bomb dropper on the nose did not avoid. The 20mm shell knocked on the glass in front, and the bomb dropper was blew up.

Then, the air in the supercharged cockpit flowed outward, and everything inside was looking outward. The bloody body of the bomber was sucked out of the cabin along the exploded hole.

"No, we must lower the altitude!" the pilot shouted loudly. He pulled down the oxygen mask and pressed it on his mouth to prevent the cockpit from falling into a coma quickly. At the same time, he must lower it to the dense atmosphere below as soon as possible. The thin air and cold temperature at high altitude will cause them to die.

The 444th Bomber Brigade in the front had no results, and the 40th Bomber Brigade following them was already a little panicked.

The jets, in front of them, set two interception lines, just like intercepting the first group of bombers.

what to do?

This kind of German tactic is quite effective against densely flying bombers. It is a perfect match for dense rockets to encounter dense formations.

Novotney looked at the second bomber formation in front, and was very excited and continued to issue orders to his formation: "Note, eight rockets, the volley start!"

Just now, each aircraft only launched four, but now their number of fighters is small. In order to increase the hit rate, we have to increase the number. This time, let the other party fight!

Rockets, dragging the hot flames, flew towards the opposite group. If they could be the same as last time, the first round of rocket strikes could kill half of the opponent's plane.

The rest will be solved with a machine cannon.

But this time, it is obviously different from last time.

Seeing the rockets flying one by one, the captain of the bomber formation was not as firm as Kenneth. After all, even if they didn't see the bomber formation in front, they could hear clearly in the radio that the rockets flying came was their rain of death.

"Scatter, the formation will disperse immediately!" shouted the captain, pushing the operating rod and diving his bomber.

Yes, diving is also a good way to get rid of it. As long as it is not on the opponent's trajectory, it can be guaranteed not to be shot down.

The bombers on both sides of the formation immediately flashed to both sides, while the bombers in the middle of the formation were a little panicked at this time.

A bomber in the middle, the pilot quickly pushed the operating rod to the left and pushed the rudder on the left, hoping to avoid it from the left, but when he turned his head, the bomber on the left was rapidly amplifying its size.

Damn it! He immediately pushed the operating lever forward, hoping to avoid it, but unexpectedly, the bomber on the left also began to dodge down, so the noses of the two bombers collided violently.

At the nose of the machine, two bombers watched each other rushing towards each other, watched the glass break, and then, a huge impact fell into a coma.

They died quickly, and at the rear, the other crew members, watching in horror as the fire caused by the impact, were sweeping over violently.
Chapter completed!
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