2342: C2342 The Missile Arrived

C2342 The Missile Arrived

If you look to the side, there's a 45-degree extension on the head of the MiG-29. If it was an ordinary semi-active radar, it would dive down to face the attack. It would definitely be discovered by the radar under this extension line. However, Thunderbolt 12 was not staring at the target at all. Instead, it was moving through the bullet trail in the sky. It happened to be right above this extension line, on the outer side of the conical electromagnetic wave! At this time, the electromagnetic wave had already crashed into the J-11 B's body.1

If it was the previous J-11, then the huge body would have reflected a large amount of electromagnetic waves back. It would be enough to form a clear bright spot on the MG29 radar screen.

However, the J-11 B was not the same. The head of this kind of fighter was a rhombus-shaped section. When the radar beam shone on it, it indeed had to be reflected. But according to the law of reflection, it would definitely not return the way it came. That is a phenomenon that only happens when a 90 degree vertical beam is shot. Now... It crashed into the J-11 B's head from a large angle and was reflected from a large angle. It was already facing both sides!

The stealth coating on the head of the plane absorbed a portion of it. Only a small portion of the radar beam could be reflected back.

The head of the plane was no good, the body was no good either. The shape of the body of the plane... It was also the same model. Most of it was reflected to the two sides. The places where the seams were connected were originally reflected strongly. However, the joints had been processed with sawteeth, and the reflected waves were from all directions.

In the end, the reflected waves that could be reflected back into the MG-29 radar were less than one-thousandth of the original waves. These waves were directly filtered out by the internal processor of the radar as mixed waves, and there was no reaction at all.

If it was Su 27's radar with a large caliber, the range of discovery would be much greater. Or perhaps it was the Particle Controlling Radar that gathered all the waves. Perhaps it could find the current J-11 B. However, by relying on the MiG 29 radar, the distance would not exceed 20 kilometers. At a distance of 20 kilometers, it was already sufficient to see and discover the target. In particular, the body of the J-11 B was currently covered in black paint. It was still relatively clear in the blue sky.

If the missiles on the Aircraft Belly did not shoot out, then there would still be a lot of mixed waves formed by the missiles. But now, the missiles had already been launched, and the remaining containment frames were left. It perfectly merged with the body of the plane, forming an invisible shape.

They did not find the target. It seemed that they had to continue flying forward and fly another few dozen kilometers before searching again. Deng Wenlin turned off the radar. The radar could not be used for a long time, or else it would expose their target.

In fact, even if they brushed past the Han Country fighter aircraft, they wouldn't be afraid. It would be better that way. They could climb up from the surface of the sea at a low altitude and fly to the back of the Han Country's fleet. It was the best time to fire at them.

Thinking of this, Deng Wenlin raised his head and looked at the sky. In the past, when he was flying in the Mig 21, there was no Airborne Radar at all. If he wanted to find his target, he had to rely on his sharp eyes. Therefore, he would occasionally raise his head and look at the sky. Hopefully, he could see the target from the sky. The weather today was quite good. He even felt that he might be able to reach thirty or forty kilometers away... He would find the target.

White clouds were floating in the sky. At a higher altitude, he could see a few white ribbons slowly spreading. It looked a little strange. What were those?

Deng Wenlin hesitated for a moment.

These white ribbons gradually spread. Of course, they looked like the tail tracks of a fighter in the sky. However, he did not see a fighter aircraft in front of the white belt. Therefore, he didn't think that a fighter was flying. If it wasn't a fighter... What was that?

He was somewhat curious. Then, when he looked over, the white belt didn't continue to extend. It just started to spread.

He controlled his thoughts and focused on finding the target.

Of course, he did not know that he had missed his last chance.

Normal missiles were all using Solid Rocket Engine. When it was being ignited and fired, there would definitely be a trail. It was just that the trail was slightly different. However, one of the characteristics of the rocket engine was that it would not burn for too long. The current Air to Air Missile was also the same. During the launch period, the engine started the engine and accelerated the missile. However, following that, the missile's fuel was completely ignited. The remaining time was to rely on inertia to fly. Even if the power engineers used various methods to slow down the ignition of the solid engine, it would only take a few dozen seconds at most.

The overload of the missile could easily be several tens of G. In fact, it was the stage where it had power. After it had no power, it would only rely on inertia. Its speed would become slower and slower, and its mobility would also become weaker and weaker.

A semi-active missile needed to constantly change direction with the target, and its energy would be constantly consumed. However, an active missile was different. It did not need to keep staring at the target. Now, it was flying steadily in the sky, which was the most energy-saving.

Moreover, it had completed the stage of flying at a standard level, and it began to dive downwards. When it dived, the gravity could be changed to kinetic energy, and its mobility would also increase!

Just as it was diving, the lead of the missile's active radar started working.

Although it was called an active radar missile, it didn't matter what it said after the launch. In fact, due to the limited volume of the lead, the range of effect wouldn't be too far. It was only between 10 to 20 kilometers. Before this, it still needed to be guided, otherwise, the target might be lost.

Of course, it was not afraid of losing it. It could choose to attack other targets as long as it could see it.

So, on the battlefield, if we use active missiles... It might shrink back, such as when its comrades were fighting against the enemy. I want to use a medium distance missile to help, at this moment... The active missile was unreliable, although it was locked onto the enemy's aircraft, but if he went over, it was very likely that he would chase after his comrades. On the contrary, the semi-active ones are more reliable and will be in the hands of the fighters the entire time. Once he realized that something was wrong, he would stop shooting, and the missile would be unlocked. The active one would not be able to do it.

Now, after the missile went down, it just so happened that the drone cluster was within the range of the guide. The guide followed the guidance of the data chain and found the target assigned to him in advance. Then, he began to launch a thin single pulse radar beam. It turned into a locked state.

"Beep, beep, beep" The MiG 29 siren -10 radar alarm receiver was immediately activated, sending out a sound warning signal.

From this moment on, Mig-29 discovered that they had already been locked onto. However, where was the enemy?

If this radar warning receiver was omnidirectional, they might be able to know that the missile had been fired from the top of their heads. At this moment, the missile was diving down. However, that was not the case. The moment they discovered that they had been locked down... They were nervously searching for the source of the attack. They were originally here to launch a sneak attack. But now, it was actually a sneak attack?

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