How long does it take to stop, aim, shoot, and start again? For experienced tank crews, they can be completely controlled within ten seconds. For tank crews like Modelin, five seconds is enough.

When they started, they were aiming, just waiting for an opportunity. Both sides were moving forward. At this time, they only needed to fine-tune the angle of the tank turret. As for the pitch of the gun body, as long as the distance is determined, the elevation angle is also determined.

As early as after the start of dispatch, the loader had already stuffed the shells into the barrel, and it was more than enough to deal with the T-34 tank, the 88mm ordinary 39-clad armor-piercing projectile.

"Boom!" Mo Delin's tank gun opened fire first! A stream of black smoke came out from the muzzle, and in the hot gas, the warhead flew towards the Soviet tank opposite.

One second after his tank gun fired, the Tiger tank next to him also opened fire. After two seconds, eight Black Panther 3 tanks on both sides opened fire almost at the same time.

The black smoke from the muzzle spread rapidly, covering the entire formation. Mo Delin's order came from the radio again: "Continue to move forward!"

An armor-piercing shell accurately hit a t-34 turret. The turret with a large inclination can make the shells bounce up like they were drifting.

However, the armor-piercing bomb was not bounced away. The hood in front of it was almost smashed at once. When it was smashed, it bounced slightly, but later the hood was smashed off.

The blunt head quilt behind was exposed and hit the top of the t-34. At this time, the blunt head had a strange effect. When the flying shells were in contact with the t-34's turret, they could easily jump to a large angle, but after the blunt head was hit, they turned the shells straightened.

This is the prominent effect of the blunt-headed armor-piercing projectile. It can provide a good positive effect, allowing the warhead to shoot directly, so that all its energy can be applied and the loss will be smaller!

During World War II, due to the positive effect, blunt-headed armor-piercing bombs were used in large quantities. At the same time, because blunt-heads will bring greater flight resistance, a sharp hood will be put on the front. This is the most common quilted (hood) armor-piercing bomb.

This armor-piercing projectile on the German 88mm tank gun also has a 99mm piercing depth of one thousand meters. The 90mm armor at the 60-degree angle on the front of the t-34 tank cannot stop the German armor-piercing projectile at all!

After all, this is Soviet armor. If it is converted into German armor, the thickness is less than 80 mm.

The hood and quilt cap in front are relatively soft materials. Under the impact just now, they will deform, even melt or bounce. The one that really plays a role in armor-piercing bullets behind them are the armor-piercing bullets behind them.

The warhead of the steel core armor-piercing bullet behind began to carry out its own mission just like a relay race. It drilled towards the t-34 turret at a speed of more than 700 meters per second.

The material of this turret is not hard at all. At the same time, when it was halfway through, it felt that it suddenly loosened and encountered a big bubble!

As long as it is a cast turret, bubbles cannot be avoided. This is determined by the basic metallurgical principle. However, the Soviet-style tanks use cast turrets without exception because this turret is more convenient and easy to form the best bulletproof appearance.

At the same time, it is also due to welding technology.

It is not so easy to weld thick steel plates, especially to prevent the mechanical strength at the welds from being reduced. In World War II, Germany did the best.

A large bubble of a few millimeters made it feel relieved. Then, it continued to drill forward with all its might, and finally, this time it thoroughly penetrated.

"Boom!" When the shells drilled in, there was a pile of ammunition directly behind the turret. It hit the ammunition accurately. Then, in a violent explosion, the T-34 tank exploded.

From the seat ring, a stream of black smoke came out, and then the turret jumped half a meter high from the body of the car and fell heavily. No one could escape from it, and they all disappeared with the tank.

The tragic battle begins!

Go forward, keep moving forward!

The Soviet tank soldiers knew that their 76mm tank guns had to reach within 500 meters before they had enough hit rate. Especially now that the Germans lined up in dense formations, it was simply increasing their hit rate. They needed to narrow the distance between the two sides to 500 meters at all costs!

No sacrifice!

T-34 tanks were constantly blasted and caught fire. The tanks behind them started to move up in obscurity to fill the gap. This frontal steel collision is to compare who is stronger!

Soviet tank soldiers are not afraid of death!

When the bell-shaped tank formation rushed to a distance of 500 meters, it had already fired five or six times. Each time, even if only two tanks were hit, it had already killed about ten tanks on the opposite side!

This number is terrifying, because there are fifteen such bell formations!

This means that the Soviet Union lost more than 100 tanks from a distance of 500 meters, which is just a conservative number. In fact, just Modelin's own tank killed three Soviet tanks on the opposite side, and Modelin's formation killed sixteen tanks on the opposite side!

During the attack, the Soviet tank troops had already fallen sparsely. At this time, the commander of the 35th Soviet Tank Division had realized that something was wrong.

If this continues, his troops will soon be gone!

As the distance approached, the hit rate of the shells also increased. Finally, the remaining t-34 tanks began to fight back.

Open fire!

The gunner stomped the firing device hard, and the 76mm shell flew towards the opposite side!

The Germans actually lined up in such a dense formation, and they were simply looking for a fight!

The Soviet tank soldiers roared, and their shells flew towards the opposite side one by one.

"Bang!" A 76mm blunt-head armor-piercing bomb hit the armor of the Tiger tank hard. During the battle just now, it was always in a state of being beaten. Now, it is finally going to fight back!

The blunt head also easily turned the shell straight and began to drill inward, but then it discovered why the armor in front was so hard?

The hardness of ceramic armor is of course harder than that of Germany's densest armor steel! The 76mm armor-piercing bomb, drilling hard into the inside, is consumed by a large amount of energy.

When its head finally relaxed, it felt like it had almost exhausted all its strength. It had already breathed a sigh of relief, thinking it had penetrated, and then, a hard thing was pressed on its head.

I just drilled through the composite armor, and now it is the official turret armor!
Chapter completed!