Depleted uranium projectile, the full name of depleted uranium warhead armor-piercing projectile.

Our country is a country with depleted uranium, there are not many nuclear weapons, and the number of depleted uranium bombs is not large.

But the US imperialism has a lot of depleted uranium shells. They used a large number of depleted uranium shells in the Gulf battlefield, the Iraq battlefield, and the Afghanistan battlefield.

The Polar Bear's T-72 tank was once hit by depleted uranium shells.

Later, the T-90 tank of the Polar Bear, with composite armor, was still very dangerous in the face of depleted uranium shells.

Armor in general, in the face of depleted uranium shells, is completely tofu.

Don't say it's just 10 centimeters, even if it's 50 centimeters with a slope, you can't bear it.

Even, in the actual battle, the reinforced concrete walls more than one meter thick were directly pierced by depleted uranium shells.

Depleted uranium ejection.

Distance: 1000 meters.

Why do you want to increase the distance? The main thing is to fit the actual combat.

Numerous battlefield data show that the U.S. imperialists' Abrams tanks, that is, M1A2 tanks, generally destroy targets at a distance of 1,000-2,000 meters.

It must be admitted that the fire control system, electronic radar, and the like of the US imperialist tank are greatly superior to those of the opponent.

The saddest thing about the polar bear's tank is that the electronic system is backward.

With the help of various electronic equipment, the tanks of the American imperialists, capable of making a starting hit at a long distance. It can be said that it is extremely dangerous.

What if the electronic systems of other countries can't catch up?

It can only be a fierce effort on defense.

For example, the tanks of the Chinese are the same for the time being.

One is that the spear is very sharp and its lethality is unmatched. As an opponent, you can only enhance the quality of the shield as much as possible.

Depleted uranium shells fired.

The alloy plate was hit accurately.

This time, the alloy plate finally showed a significant deformation.

At the point where it was hit, there was a depression visible to the naked eye. However, its back is still intact.

Detection instruments also did not detect a burst of metal jets.

That's amazing.

The absence of a metal jet is equivalent to the elimination of most of the power of armor-piercing shells.

The crew inside the tank is most afraid of metal jets. They are like flying shrapnel that can damage everything inside the tank, including various precision instruments.

Of course, the life of the tank crew itself, too, was in the hands of the metal jet. Once hit, not dead is also seriously injured.

Battlefield examples show that many tanks have collapsed on the back even if their armor is not penetrated.

The people inside the tank basically have no chance of survival.

"It's amazing......" Han Xuewei muttered to herself.

"Okay!" Cheng Kailong stood up.

He clenched his hands tightly. Obviously very excited.

He didn't say anything, though.

He clenched his fists fiercely and shook them vigorously.

Then, he sat down again.

However, many people present couldn't help but stand up.

They all looked at the test process on the screen with stunned eyes. A lot of people are you looking at me, I look at you, it feels completely incredible.

A ten-centimeter-thick alloy steel plate can withstand the shooting of depleted uranium shells?

Impossible!

It's absolutely impossible!

The power of depleted uranium shells has been proven by countless battles.

If it is not for the depleted uranium projectile in the process of use, it will cause radiation to personnel. I am afraid that the US imperialists have long used it without restrictions.

Whether it is the British Challenger, or the German Leopard 2, or the Israeli Merkava, the Polar Bear's T-90, or our Huaxia's 99 and Dongying's Type 10 tanks, if they are hit head-on by depleted uranium shells, they will basically lose their combat effectiveness. If it can save the lives of the occupants, it will be a great achievement.

As for the Arjun tank of a certain large country in South Asia, I am afraid that it will be directly hit into the sky with one shot.

And the thickness of the frontal armor of these tanks, all of which was more than thirty centimeters. There is also the angle of inclination.

However, the angle of the alloy plate tested in front of you is vertical.

If there is an inclination, it is estimated that the damage to the front is smaller.

A thickness of just 10 centimeters is so powerful, what if it is 20 centimeters or 30 centimeters?

"Whose alloy steel plate came out?"

"I don't know!"

"I haven't heard of it!"

"Could it be that the northern heavy industry?"

"It's not. Didn't hear about it. Certainly not the Northern Reload. ”

"It's weird......"

Everyone here is very curious and puzzled.

It stands to reason that if there were such excellent alloy steel plates, they would not have known any news! After all, they were all dealing with the defense industry.

Such a strong alloy steel plate is definitely a waste when used on a tank.

It should be used on helicopter gunships, strike aircraft.

Huaxia's attack aircraft are actually equivalent to attack planes of foreign armies.

At present, the most advanced attack in the world is none other than the A-10 of the US imperialists. This guy nicknamed "Warthog" is simply the Grim Reaper of the battlefield.

A warthog can withstand the attack of hundreds of tank groups, and you can imagine its power.

Can our country's attack planes do it? I'm afraid it's a bit difficult.

However, once the right materials are available, it is not impossible for the Strike Machine to turn over.

As for the protection of helicopter gunships, not to mention.

The higher the protection, the better!

It's a pity that due to the limitation of power, the weight of the armed helicopter itself must be strictly limited.

It is almost impossible to use a ten-centimeter-thick steel plate for protection.

Weakened a little, though, what about five centimeters?

If five centimeters is still a lot of weight, then what about three centimeters?

Helicopter gunships do not need to be protected against direct hits from large-caliber smoothbore guns, but only need to be able to defend against small-caliber anti-aircraft guns or anti-aircraft machine guns.

Can a three-centimeter-thick carbide plate withstand the fire of a 12.7-mm anti-aircraft machine gun?

Judging from the current testing situation, it is completely possible!

It seems that the protection of transport aircraft can also be strengthened.

Han Xuewei's eyes suddenly became very bright.

She stared at Wang Bu'an silently.

It's as if a woman is staring at a designer bag.

Continue testing.

It continues to be depleted uranium shells.

The distance was shortened to five hundred meters.

In fact, this distance is not much different from a kilometer, just to improve the test data.

Sure enough, after the depleted uranium shell was fired, the damage to the alloy steel plate was almost the same.

All of them have oval-shaped depressions on the surface.

The thickness is about three centimeters.

Continue with the difficult test.

Double hits.

It was in the same place, damaged by two shells at the same time.

Generally speaking, on the battlefield, if a certain part of the tank's armor is hit by two shells in a row, the consequence is basically the destruction of the car and the death of people.

Even the Abrams of the US imperialism could not bear to be hit in the same place by two shells in a row.

From the point of view of tank survival, it is also necessary to avoid being hit in the same part in a row.

On the real battlefield, if you encounter such an unlucky thing, you can only accept your fate.

High-explosive shells.

Two shells fired in a row.

The explosion was very violent, and the smoke completely enveloped the alloy steel plate.

When the smoke clears, check the test results.

There is still no trace of it. There is no damage.

It turns out that the damage of high-explosive shells to alloy steel plates is very small. Almost negligible.

Continue testing.

Armor-piercing shells.

Two shells fired in a row.

The alloy steel plate is dented. But the depth did not increase.

As if the effect of two armor-piercing shells and one armor-piercing bullet was almost the same. At least, it is impossible to judge with the naked eye. Detailed data, machine inspection is required.

Continue testing.

Depleted uranium shells.

Two shells fired continuously.

This time, the depression of the alloy steel plate is more obvious.

Around the depression, slight spiderweb-like cracks appeared. But the back is still intact. Again, no metal jets were detected.

"Good!"

"Good!"

Cheng Kailong was so excited that he stood up again.

He waved his hands fiercely. It was as if his hands were holding a hundred-ton boulder.

Wang Buan was not so excited.

It's Cybertron's technology, what's there to be excited about.

If you can't stop even a depleted uranium bomb, it is estimated that the Transformers will be embarrassed to come out to meet people.

At the moment, it is only a secondary alloy.

If it is upgraded to level three, the estimated effect is even more amazing.

And that's just defense.

What if it's an offensive effect?

What if the warhead is made of hard alloy.

Can it penetrate Abrams' composite armor? Can it kill in one hit?

Sadly, today's test did not.

Because if you want to modify an alloy warhead, it is a series of technical problems.

It is estimated that in the short term, the power of the alloy warhead cannot be known for the time being. Optimistic estimates, it should be stronger than tungsten steel and the like.

"Mr. Wang, when will you come to our 109 Research Institute?" Han Xuewei said.

"Aren't you a secret unit? I'm an outsider. Wang Buyan shook his head.

"Do you think you're still an outsider?"

"Huh. ”

Wang Buan found that he was really not an outsider.

After all, the raw materials he supplied were already being preferentially adopted by a number of military projects. From then on, he was a partner.

Some of China's military enterprises are also gradually turning to civilian use in order to reduce their own burden.

It seems that the supply of raw materials and the like have been completely converted into civilian enterprises.

But the cooperation between the two sides is still very close.

U.S. imperialism is a good example.

Its military products are almost all produced by the people.

The military places an order, and the enterprise is responsible for production.

Therefore, the army of US imperialism has no baggage.

Enterprises must also work hard to develop new products that meet the needs of the battlefield in order to obtain orders from the military.

It seems that the Lockheed aircraft factory and the Newport News shipyard are among the best. In addition to the production of civilian airliners, Boeing also produces a large number of military aircraft. The famous B-52 bomber (Stratofortress) was produced by Boeing. There are also P-51 Mustang fighters and so on.

"Okay. What raw materials do you need?" asked Wang Buan.

"We need a powerful engine. Han Xuewei replied.

"Understood. ”

Wang Buan really understands.

In the final analysis, it is the heart of the aviation industry.

This heart is the engine.