The Third Reich

The Stuka bomber cannot carry bombs of more than one ton, while the Junker-88 bomber can easily carry more than two tons of ammunition. Now, when attacking the ship, they carry two weapons. PC1000RS.

German bombs have many prefixes, generally SB, SC, SD, PC, etc.

Among them, SB is a large-charge bomb with a thinner body wall, and 75% of the inner part of the body is explosive. Use instant fuzes when attacking ground targets, and use different delay fuzes when hitting surface targets.

SC belongs to mine bombs and seismic bombs. The walls of the bombs are thin, and only about 50% of the bombs are explosives. The use of shock waves and vibrations generated by explosives to destroy enemy buildings does not emphasize the effect of fragmentation.

SD is a fragmented bomb, a multi-purpose bomb, with a thick wall, and only 30% of the inside of the bomb is explosive. It uses fragments to kill the enemy's active and unarmored targets.

PC, on the other hand, is an anti-armor projectile with a fairly thick wall, high-quality steel for the projectile body, and 15 to 20% of the projectile’s weight. Use high-quality steel fragments to destroy enemy heavy armored targets and permanent fortifications such as battleships.

As for the rear RS, it means rocket boost. The extended tail part is equipped with a rocket booster, which is only used in dive bombing.

As for the number with the suffix, it represents the weight of the bomb. The current bomb, as the name suggests, weighs one ton.

This kind of bomb is specially used to attack thick concrete fortifications, or to attack battleships!

The one-ton bomb broke out of the cabin and flew to the Hood, which was close at hand.

The quadruple machine guns were firing frantically, first at the enemy plane and then at the flying bomb. Unfortunately, it was useless.

The bomb fell almost straight, and the route aimed at the strongest turret!

For battleships, the armor protection is very thick. Take the Hood for example, the side armor has to withstand the bombardment of the opponent’s shells. It is quite thick. Mm, 228 mm for the lower main armor belt, and about 102 to 152 mm elsewhere.

It can be seen that the most important sideboard, armor protection is light and heavy, after all, it is impossible to all be so thick, otherwise the tonnage of the battleship will rise.

Compared with the sideboard, the turret is definitely thicker.

The Hood has four main double turrets and a 381 mm naval gun. The turret is the thickest place on the entire warship.

For example, the front of the turret is 381 mm, the sides are 280 to 305 mm, and the rear is 280 mm.

This thickness is quite strong. It can be said that even a large iron block weighing a ton can be held from the sky.

But now, the PC1000 bomb is not a ton of ordinary iron!

Just when it was about a hundred meters away from the turret, the bomb suddenly burst into a fiery flame at its tail, and the rocket booster began to work!

The rocket is burning, pushing the bomb, accelerating, accelerating!

Originally, the dived bomb had a fairly high speed, but now, with the booster at the tail, the speed is even faster!

When he saw the fire at the end of the bomb, Jack was happy at first. It was great. Did he hit it?

Just like just now, my own shooting made the first bomb deviate from the target, and now, this second bomb will definitely deviate from the target, maybe it will be blown by myself!

It is better to explode in the air than on a warship.

But later, Jack discovered that the situation was not good. The flame only emerged from the tail, and the bomb began to accelerate!

No, this flame is something that people already have, it's a rocket booster!

Thinking of this, Jack was already cold in his hands and feet. He watched the huge bomb, driven by the rocket, with a violent momentum, and the top of the second double-mounted turret in front of the bridge had an intimacy. contact.

The speed at this time is more than 280 meters per second!

Speed, of course, brings energy!

The violent PC-1000RS violently collided with the top of the turret. The hard shell of the bomb was in a head-to-head contest with the turret.

The result, of course, is the bomb victory!

When the impact came up, the top of the turret was smashed abruptly, and the entire turret made a clear and terrible impact.

Then, the bomb continued to drill forward, successfully tearing the armor on the top of the turret!

In any battleship design, the turret is the thickest, but that is the side, and the top of the turret, relatively speaking, is relatively thin. For example, the current Hood, the top is not 100 mm thick.

The armor on the deck of the Hood is even only 38 mm.

It can be said that attacking from the top is definitely a good plan!

After all, the age of battleships was mainly to prevent the bombardment of the opponent's shells, not bombs that fell from the sky.

In fact, if statistical analysis is concerned, the turret is not the easiest place to be shot. However, the armor protection of the turret is always the thickest. Why?

Of course it is safety. After all, once the turret is hit, it will be used to set off fireworks. Inside the turret, a large number of shells are stored. These shells can hit the enemy ~www.wuxiaspot.com~ and can also become their own terrible nightmare.

Like now!

The Hood is not yet in combat readiness. Like other warships, many artillery positions have not been assigned artillery shells, making them unable to respond quickly in the event of a sudden attack.

However, the main gun of any battleship will definitely not lack ammunition.

The 381mm armor-piercing projectile weighs a full 800 kilograms. Such a heavy projectile is very troublesome to carry. Therefore, under the turret, there is a complicated automatic loading mechanism. At the same time, once the projectile is loaded on the warship, unless the warship After retiring, the main artillery shells cannot be moved back.

Below the Hood’s turret is the ammunition for the main gun. Among them, the propellant is wrapped on it and the projectiles fired are on the bottom.

When the top of the turret was drilled, the armor-piercing projectile seemed to have exhausted its last strength, and then the delay fuze exploded.

"Boom!" Hundreds of kilograms of explosives exploded violently.

In fact, Bescher aimed at the middle bridge of the warship when he dived, but when he detached, the route deviated a little. Of course, he knew that the opponent’s turret was the thickest. If it could be blown, it would be a weak ship. The bridge is the best.

But now, this bomb has lived up to expectations. It tore open the main gun turret of the Hood, got into it, and exploded!

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