Super Invincible Battleship

When the drone encountered the enemy's missile attack before, it adopted a completely different tactics from that of ordinary fighter jets in air combat. It does not maneuver to dodge, second does not accelerate to escape, and third does not release decoy bombs, but waits until the missile is close to it and uses the airborne cannon to shoot it down.

Over Paris, facing the attack of steel ball missiles, the UAV adopted the tactic of letting these missiles approach itself, and when they entered the attack range of the airborne cannon, they fired the cannon shells to destroy them. And when the steel ball missile blew up after entering such a close range, the steel ball bullets splashed around in the way of a goddess, and they could naturally attack the drones in the encirclement.

It is precisely because of the unfavorable nature of the aerial artillery shells that Yan Fei gradually developed the habit of putting enemy missiles into his side during anti-missile operations to conduct close-range shooting operations. As a result, it ignores that UAVs have a sharper anti-missile means, that is, anti-missile of airborne missiles.

Whether it is the aim-120 air-to-air missile of the drone or the agm-114 Hellfire missile, under the guidance of the quantum radar, they are the most powerful long-range anti-missile weapons, and their shortest attack distance exceeds 20 kilometers. But beyond the range of 20 kilometers, this area is very vast, and steel ball missiles cannot encircle the drones. After all, the airspace is too large, and the number of missiles needed to block this airspace will be astronomical.

As long as the UAV launches missiles to destroy several steel ball missiles in a certain direction before the steel ball missiles have formed an encirclement, and then rushes out of the encirclement from this gap, it can perfectly avoid the steel ball missiles. attack.

So when the drone found the missiles surrounding it, it calculated the distance between the two sides, and then quickly launched two aim-120 air-to-air missiles. Under the guidance of the quantum radar, the two AIM-120 air-to-air missiles flew towards the east at full speed, and just over ten seconds later, they hit the two missiles flying directly in front of them.

The four missiles collided fiercely in the air, burst into flames all over the sky, and then died together. In the wreckage of the two incoming missiles, quantum radar found a large number of steel ball bullets splashing around. These missiles were indeed steel ball missiles specially made to deal with drones. However, the steel ball missiles were still more than 20 kilometers away from the drone at this time, and these steel ball bullets were not actively ejected, so they did not cause any damage to the drone at all.

This wave of missile attacks from the drone quickly opened a gap in the encirclement of the steel ball missiles that had not yet been closed, and then it accelerated and flew out of the gap.

The drone's top speed has reached three times the speed of sound, and its acceleration can be described as lightning fast, quickly leaving the encirclement just now. However, those steel ball missiles are not fuel-efficient lights. They made a turn ahead and started chasing the drone. These steel ball missiles are modified from the anti-aircraft missiles of the Mi Army. If there is no steel ball modification, they will naturally be able to catch up with the drone. However, after the modification, due to changes in weight and center of gravity, the performance of the anti-aircraft missiles has undergone tremendous changes, resulting in a significant reduction in their flight speed, and they simply cannot catch up with the drones that escape at three times the speed of sound.

Seeing that the distance between them and the drone is getting farther and farther, these steel ball missiles can only choose to self-destruct and launch the steel ball bullets at the warhead. It's just that the drones have moved away from their encirclement, and the steel ball bullets that filled the sky didn't have any impact on the drones.

As soon as it got rid of the pursuit of the steel ball missile behind it, the drone let go of its hands and feet. It raised its height at an extremely fast speed, and soon flew to an altitude of 0,000 meters.

Then it flew towards the sea to the east at a speed three times the speed of sound.

Then the quantum radar sent a warning, and more than 40 missiles flew up from the ground again. During the scanning of the quantum radar, Yan Fei found that the shape of these missiles was very similar to the steel ball missile, and knew that this was another wave of attempts to encircle Own steel ball missiles. However, the drone has already flown to an altitude of 0,000 meters, and the maximum range of these missiles that were originally air defense missiles is only 0,000 meters, so this air defense missile is destined to be unable to attack the drone.

Sure enough, after the modification of these anti-aircraft missiles, not only the speed decreased, but also the flying height was greatly reduced. These steel ball missiles could no longer be pulled up after flying to 25,000 meters, and they blew up in desperation. However, when self-detonation occurs at this height, the sky-high steel ball bullets they release cannot hit it at all.

A drone 5,000 meters above them.

After evading the attack of this wave of steel ball missiles, the drone is not far from the sea. As long as the drone returns to the sea, it dives into the bottom of the water and can immediately get rid of other people's attacks on it. But at this moment, 5 missiles suddenly flew up from the ground. The speed of these 5 missiles was extremely fast. Under the detection of quantum radar, Yan Fei found that their speed had reached a terrifying 8 times the speed of sound.

UAVs have used quantum radar and auxiliary brains before, and at most they have only intercepted air defense missiles that reach 5 times the speed of sound, and have never tried to intercept missiles that reach 8 times the speed of sound. Because it has not been tried, the drone has no confidence in intercepting the incoming high-speed missile. So the drone continued to fly rapidly at an altitude of 0,000 meters, and then discovered that those missiles also flew to an altitude of 0,000 meters, and continued to chase the drone.

As soon as the quantum radar scanned, it was immediately discovered that there were six missile launch vehicles hidden in the hillside below. These missiles were launched by the missile launch vehicles below. Combined with the excellent performance of these missiles, Yan Fei immediately understood that the following missile launch vehicle was his target THAAD system tonight.

The THAAD system is also known as the terminal high-altitude area defense system. It launches a THAAD missile capable of intercepting ballistic missile attacks. This THAAD missile has the characteristics of long attack distance, high attack height and fast attack speed. According to the information circulated on the Internet, their range can reach 00 kilometers, their height can reach 180 kilometers, and their speed can reach 8 times the speed of sound.

Yan Fei just thought the THAAD system was a bit hateful before, and had no intuitive impression of it. After facing them in person now, I immediately discovered how powerful the other party is, which can be said to be well-deserved, because they can actually pose a threat to my drone clone.

The THAAD missile flew extremely fast, and soon approached the drone in front. The UAV was going to launch an airborne missile to destroy the THAAD missile, but when the quantum radar locked on the incoming THAAD missile, it found that there was some problem with the quantum radar's locking system. The THAAD missile at 8 times the speed of sound can only lock the approximate position of the target. In this way, the drone's attack error is too large, and it is impossible to ensure that a missile destroys an incoming THAAD missile. And if one missile cannot destroy a THAAD missile, then the consequence may be that the UAV cannot shoot down all the THAAD missiles that catch up after all the missiles are consumed.

Faced with this situation, drones can only adopt the old methods before. I saw it making a turn in front, and after completing a 180-degree turn, it flew backwards at high speed, and then fired the cannon shells at the air intake pipe of the nose to attack the THAAD missile. Because the quantum radar cannot completely lock on the THAAD missile, the drone can only continuously fire artillery shells in a general direction. I saw fire flashing in the night sky, but failed to destroy a THAAD missile. The drone's invincible cannon shells were finally deflated this time, and they were powerless against the incoming THAAD missile.

However, after the THAAD missile kept approaching the UAV, the locking efficiency of the quantum radar was greatly improved, and after firing more than a hundred cannon shells, the UAV finally destroyed a THAAD missile with luck. At this time, the THAAD missile was already very close to the UAV, and the debris after it was destroyed even almost splashed on the UAV.

At this time, Yan Fei finally discovered another shortcoming of the drone, that is, the scanning capability of the quantum radar of the drone has an upper limit. In the face of high-speed weapon attacks up to 8 times the speed of sound, there will be insufficient scanning capabilities to lock the target. However, if the quantum radar cannot lock the target, it will cause the drone's weapon attack to be ineffective, and lose the efficient and perfect anti-missile capability before. The speed of missile attacks faced by drones before was not very fast, so the scanning capability of quantum radar is more than enough, and it can perfectly deal with it. When the quantum radar faced the THAAD system missile, which was born to intercept ballistic missiles, huge defects appeared immediately.

However, Yan Fei has no choice. The scanning defect of the quantum radar cannot be changed now. The performance of the quantum radar can only be improved after the drone is upgraded again. Perhaps by then, those high-speed weapons can be targeted and destroyed by drones.

The drone spent a lot of ammunition to destroy a THAAD missile, but the crisis was still not resolved, because the following 4 THAAD missiles continued to chase the drone. Yan Fei knows that the longest attack distance of the THAAD missile is

At 00 kilometers, the flight altitude has reached 180 kilometers, and its fastest speed has reached Mach 8. The data of the THAAD missile completely crushes the drone, so no matter how the drone escapes, it cannot escape the attack range of the THAAD missile.

The THAAD system on the ground has six missile launch vehicles, and the total number of missiles in the launch vehicles is at least 60. If the THAAD missiles are continuously launched into the air, and the UAV destroys a THAAD missile at the cost of more than 100 cannon shells, the weapon system of the UAV will be consumed by the THAAD missile soon, and then The drone was destroyed by a THAAD missile. If the THAAD system on the ground cannot be resolved, the drone will not be able to escape to the sky.

After thinking of this, the drone looked at the direction, turned around at a large angle, and flew towards the ground in an almost vertical manner. It was found that the UAV changed its flight direction, and the four THAAD missiles that had locked on the UAV also chased down the UAV. The UAV went down vertically, and it continued to accelerate with the help of gravity, and finally increased its descending speed to 8 times the speed of sound, which was the same speed as the THAAD missile catching up behind. At this time, those THAAD missiles can no longer close the distance between them and the drone.

The quantum radar of the UAV has long locked on the THAAD system that launched the THAAD missile on the ground. The purpose of Yan Fei’s visit to Han Country this time was for this THAAD system. After discovering that it was a trap, Yan Fei thought that THAAD The German system has already been transferred, and this time it will be a waste of time. Unexpectedly, the hidden THAAD system suddenly appeared and launched THAAD missiles, posing a huge threat to the drone. As a result, the UAV descends rapidly, and the THAAD system must be killed. Otherwise, the THAAD system will continue to launch THAAD missiles, and the UAV will be shot down by the THAAD missile sooner or later.

While the drone fell rapidly towards the ground, it fired the enhanced version of the AGM-114 Hellfire missile continuously. It fired a total of 8 AGM-114 Hellfire missiles. I saw that these 8 agm-114 Hellfire missiles, under the speed of the drone itself, coupled with the boost of the missile engine and the effect of gravity, made their flight speed reach 10 times the speed of sound.

The reason why the THAAD system can destroy incoming ballistic missiles is that apart from the excellent performance of the THAAD missile itself, the most important point is that its X-band radar can detect incoming missiles in advance, and then do a good job according to the incoming situation of the target. Ready for launch. If the incoming missile is very close to its location and loses the time to react in advance, the THAAD system is not much better than other anti-missile systems.

So when the agm-114 Hellfire missile flew towards the THAAD system position on the ground at 10 times the speed of sound, the command vehicle of the THAAD system suddenly became chaotic. Because the THAAD system is still in a transfer state, there is no complete anti-aircraft firepower around it, so the THAAD system is the most vulnerable at this time. The speed of the agm-114 Hellfire missile was extremely fast, and it hit the command vehicle of the THAAD system on the ground in just a flash.

Next, seven other AGM-114 Hellfire missiles fell from the sky and hit the X-band radar vehicle and six missile launch vehicles of the THAAD system respectively. In this way, the drone exploded with great combat potential at a critical moment, and finally completely eliminated the THAAD system that threatened it the most.

Without the guidance of the X-band radar of the THAAD system on the ground, the four THAAD missiles that were chasing the drone suddenly lost their targets, and they began to fly randomly in the air. The two THAAD missiles finally exploded in the sky due to exhaustion of power, and the other two THAAD missiles directly hit the forest on the ground, igniting a forest fire and causing heavy losses to Hanguo.

Since then, the first confrontation between the UAV and the US THAAD system ended with the overall victory of the UAV. However, this is also the most thrilling air battle for a Level 4 UAV clone. In a head-on confrontation, the THAAD missile completely suppressed the UAV and pushed the UAV into a dangerous situation. Fortunately, Yan Fei made a decisive decision, discovered the combat potential of the drone, and with some whimsical ideas, finally killed the launch site of the THAAD system. Otherwise, when the THAAD system reacts and starts launching THAAD missiles continuously, the drone clone will be doomed.

After Yan Fei found out that this was a conspiracy against him, he was going to leave here and give up this mission completely. I didn't expect the THAAD system to appear again, and even fought him. As a result, the THAAD system was discovered by the drone and a missile was fired to destroy it.

All this is in line with the old saying: if you want to plant flowers and keep them there, if you don’t want to plant willows and willows to make shade. Under the influence of a mysterious force in the dark, the Sade system still cannot escape Yan Fei's palm.