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Free Web Novel,Novel online - All in oicq.net -> Historic -> Anti-Japanese military industry is king Chapter 449 Unbelievable
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- Shooting a plane with an anti-aircraft gun is much more complicated than shooting a plane with an anti-aircraft machine gun.
The caliber of the anti-aircraft machine gun is small, and the bullets use solid bullets, and there are no other bullets to choose from. Therefore, it relies on the rain of bullets. It uses dense bullet rain to shoot at the aircraft, and strives to make the bullets collide with the aircraft accurately. As long as it hits the plane, the speed of the plane will definitely be damaged. After all, even if a bird hits the plane, it is enough for the plane to drink a pot.
However, the anti-aircraft gun is different. The anti-aircraft gun has a large caliber and a low rate of fire. It is impossible to attack the opponent's aircraft with a large number of projectiles. At the same time, the volume of the warhead is too large, and it will be a solid warhead unless it is used as an armor-piercing projectile. , In other cases, a certain amount of explosives are installed inside.
At this time, we will encounter another problem, when will it explode?
If it is bombarding a ground target, there is nothing to say. It is enough to install a collision detonation fuze. When the shell touches the ground, the force brought by the impact is enough to complete the triggering of the fuze. Most of the anti-personnel grenades are used. Way.
The air wave of the explosion and the countless shrapnel flying up can wipe out the nearby personnel.
However, this is on the ground, what about in the air? Who can determine where it exploded in the air?
Explode after collision? It was as big as a cannonball, and when it collided with the plane, it also knocked the plane down, and it was useless whether it was bombed or not.
The shell detonates in advance, so that countless fragments are scattered, and the most important thing is to use the fragments to increase the lethality of the warhead.
Therefore, after the research of various military experts, the anti-aircraft artillery shells began to preset the delay fuze in advance, and the shells were shot into the sky, and they detonated after a few seconds.
At the beginning, it was relatively primitive. It used the same method as lighting mosquito coils, and it exploded when it reached the point. Later, there was a mechanical delay fuze. The scale of the fuze on the warhead was screwed directly on the ground in advance, and then it was fired.
Of course, this is not guaranteed, the behavior of a blind cat hitting a dead mouse. After all, there are many uncertain factors in estimating the delay time. After all, no one can accurately grasp it. Therefore, someone has done it According to statistics, during World War II, it usually took 2,000 rounds of shells to shoot down a bomber. This data is still very objective.
Until the end of World War II, the Americans relied on their own advanced technology to tinker with the proximity fuze. No need to set the time, the shell flew towards the target, and exploded after approaching the target at a certain distance, which naturally saved a lot of trouble.
However, at that time, because the technology was still primitive, the electronic tube was bulky and could only be used in large-caliber anti-aircraft guns. Moreover, this figure was only reduced to 500 shells shooting down a bomber.
Now, with ten shells flying up, the first bomber was hit in the air and exploded.
This is of course skillful.
The first thing is to predict, if the opponent wants to bomb, which route should be flown, and wait on the opponent's route in advance, so that the chances will naturally increase. You know, the American F117 Nighthawk back then, as a stealth attack aircraft, was quite sturdy. He chose the same route for the second time, and was knocked down by the old SAM missile that was ambushed there in advance.
? If you predict that the opponent is going to come, you have to turn here, and after turning, align the flight path, and fly the most stable target path!
Therefore, as long as the height and speed are determined, the possibility of hitting will be greatly improved!
On the other hand, the opponent underestimated the enemy. If Yu Mitsui noticed the smoke below and led the formation to leave immediately, the anti-aircraft artillery on the ground would not be able to hit them, but who would believe it?
Only by knowing yourself and the enemy can you be victorious in all battles. If you are proud and underestimate the enemy, you will end up miserable.
The little devil underestimated the enemy, and never dreamed that there were anti-aircraft guns on the ground, waiting for them in ambush on their only way!
Even so, the first few shells were emptied, and exploded at the predetermined height into a cloud of black smoke. When seeing these scenes, it would be fine if the devils returned immediately, but who would believe it?
They would rather think that they were dazzled than that there were special anti-aircraft artillery on the ground to hit them.
Eighth Route Army, when did anti-aircraft guns come into play?
The last time the front-line aviation unit failed, it was shot by the anti-aircraft machine guns on the ground. They can accept this. After all, the Eighth Route Army still has machine guns. Those machine guns can be used as anti-aircraft machine guns if they are impatient. Good luck, they can shoot down the plane It's normal to come down.
What now? They fly at an altitude of two thousand meters,??Are there any machine guns that can put bullets on this, and as a result, they were surprised to find flak?
Are you kidding me, I must be dazzled.
Besides, as a bomber pilot, they must have this kind of preparation, braving the artillery fire on the ground to continue bombing, that is the basic quality of a bomber.
Now, I didn't expect that the opponent's artillery fire came so fast, such a coincidence!
The cannonball with fierce and murderous aura flew to the front of the lead plane's flight path. At this time, the lead plane was also flying forward steadily. Therefore, at the predetermined position in the sky, two flying objects , so close contact!
Although the chance is very small, there is also this possibility, so in addition to the delay fuze, the shell of the anti-aircraft artillery also has a touch fuze. At this time, the moment the touch fuze touched the belly of the aircraft, the first violent shock explode.
Boom!
The violent air wave tore through the hatch in the middle of the bomber's belly. The bombs that were supposed to be bombed there had all been disarmed. At this moment, the flames of the explosion entered the hatch, and the bombs there The bomb was detonated in an instant.
Boom!
The second explosion was so huge and terrifying that the entire plane instantly turned into a big fireball as the ammunition exploded, burning up in the sky.
In bombing missions, the lead plane is the most dangerous. Once there is anti-aircraft fire on the ground, the lead plane must be hit first. When the lead plane is knocked down, the entire fleet will be in chaos.
At this time, the bomber fleet could not be chaotic. The fireball exploded in front of their route, sending out countless fragments. If they rushed up like this, they would just enter the death storm!
Immediately behind were two bombers. At this time, the pilots of the two bombers, without the command of the captain, subconsciously stepped on the rudder and turned the control panel, one left and one right, and went around to both sides. .
Keep the bombing route? Then we have to survive first. (Remember the site URL: www.hlnovel.com - Didn't finish reading? Add this book to your favoritesI'm a member and bookmarked this chapterCopy the address of this book and recommend it to your friends for pointsChapter error? Click here to report
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