1876th Side Dish 1 Dish

Opened a new book: The End of the World: My House Can Be Upgraded, Brothers Help Collect, Give Some Recommendations!

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Although the things are not big, the technological content is very high, because within a certain period of time, the requirements for calculation are very high.

At present, the Mi Army has spent 39 million US dollars to purchase nearly 4,000 sets of this type of sight.

It has already been given to some special forces in the army to start trials.

During the trial process, the users will continue to provide feedback, and then handed over to the development company for improvement.

According to the intention of the Mi Army, they will require the company to complete the debugging of this sight in 2023.

After that, the U.S. military will purchase a large number of this equipment and then assemble it to the troops.

Don't look at the price of this kind of sight is very expensive, the price of each set is nearly 10,000 US dollars.

But from a long-term perspective, for the US military, this is also a very cost-effective deal.

Because everyone knows that the soldiers of the US military are the famous young soldiers on the battlefield.

Doesn't it mean that they are greedy for life and afraid of death, and cannot fight tough battles.

It's just that Yingjiang's soldiers have a natural habit of extravagance and waste.

As long as they can use ammunition to kill their opponents, they will never appear in front of the enemy for close combat.

And this was particularly prominent in the many wars and conflicts in the Middle East in the first two decades of this century.

Anyway, if you have money, you can use firepower to suppress you.

That's why there is such a fact that during the second Iraq war, the soldiers of the rice army fired an average of 20,000 rounds of bullets to destroy an enemy.

Twenty thousand rounds of ammunition!

What kind of efficiency is this!

Don't bullets cost money?

Bullet casings, propellants, and Eagle Sauce have always used brass warheads, which makes their bullets more expensive than others.

Two bullets, even if purchased by the state, would cost thousands of dollars!

And if the soldiers are equipped with such sophisticated sights, even if they can't kill an enemy with every bullet.

As long as it can be done, every one hundred bullets kills an enemy, and Ying Jiang feels that he has made a lot of money.

With such a sight, not only can the combat efficiency of soldiers be improved, but also the combat time can be effectively shortened.

Anyway, no matter how you look at it, you can save a lot of money.

So Ying Jiang thinks this deal is a good deal!

You must know that Yingjiang used to fight wars, but he never cared about saving money or not.

When they launched the second war against Iraq in the early 2000s.

Some people have made statistics, if the Tomahawk cruise missiles launched by them and the various missiles and bombs launched by the Air Force are converted into US dollars, then they are converted into steel coins.

Then these steel coins were thrown over the city of Baghdad, the capital of Iraq. These steel coins alone were enough to razed Baghdad to the ground.

If these steel coins are spread in front,

One by one, these steel coins are enough to cover the entire land area of ​​Iraq.

This shows how exaggerated Yingjiang is wasting this piece of war.

But at that time, Ying Jiang was really rich and powerful, and he was also the only one in the world, so he was really not short of money.

But after twenty years, because of all kinds of troubles, Ying Jiang really can no longer fight as extravagantly and wastefully as before.

They also have to live on a budget...

As for Eagle Sauce, we have heard about the development of a brand new sight for a long time.

After all, this matter is not a big secret, even Jia Yingjiang himself broadcast a video of soldiers fighting after using the new sight on TV.

The effect was surprisingly shocking. At night, soldiers used this sight to fire at enemies hundreds of meters away.

It's as simple as playing a game. Originally, under the cover of night and thick fog, in front of this kind of sight, the enemy has nowhere to hide.

Soldiers only need to point the red frame in the scope at the enemy, and then pull the trigger to finish the job...

Although the picture is very brief, it has brought great shock to the watching crowd.

Since that time, our military, which already has a fear of insufficient firepower, has also moved its mind.

Why can't we use good things if others can use them?

So a team was also organized to tackle this technology.

In fact, it is not difficult to make it. This thing is nothing more than integrating an 8x optical sight, plus a laser rangefinder, a set of ballistic sights, plus an atmospheric sensor, and a set of programmable micro Matrix displays and so on are integrated into one system.

But the problem is that the sights made by Yingjiang are about the same size as ordinary scopes in the past, not big in size, and not heavy in weight.

It is inserted into the guide rail on the back of the firearm one by one, and the proportion looks very harmonious, and it does not affect the operation and use of firearms by soldiers.

But after our sight was researched, it was the size of a military lunch box.

Not to mention installing it on the guide rail on the back of the firearm, even holding it in your hand is tiring.

It's big, clumsy, and unattractive. If it has to be mounted on a gun, it will also affect the center of gravity of the gun, making it impossible for soldiers to operate the gun normally.

At this point, you can see the difference.

Therefore, the logistics department also had a headache for a long time, and wanted to miniaturize this equipment.

But it can't be streamlined no matter what. On the one hand, the machining accuracy is not good, and on the other hand, the software is not compatible.

Not to mention the frequent freezes and crashes, and after many futures are installed together, they will interfere with each other.

Like Jia Yingjiang, when soldiers raise their guns, the gun body shakes slightly due to breathing, and the resulting ballistic changes can be constantly corrected and calculated, and then the ballistics are adjusted from time to time.

This damn gap is simply a thousand miles away!

There is no way, who made us want to play at the same time!

We have never developed such sophisticated individual equipment before.

If it was before, we wouldn't talk about that. After all, our army values ​​the spirit of collectivism and the ability to fight in groups.

But now with the advancement of science and technology, the mode of modern warfare has changed.

The previous combat mode of group charge has long been eliminated and outdated.

Moreover, large-scale field battles will not appear in the future war mode.

Especially when several major military powers are at war.

Large-scale, large-scale decisive battles in the field will basically never happen.

The idea of ​​large-scale urban combat, street fighting, has become the mainstream of modern warfare.

At this time, the power of a precise shooter is reflected.

Whoever has more accurate marksmanship will have an advantage on the battlefield.

Ying Jiang has already armed the soldiers to the teeth, so naturally we can't fall behind.

So when Director Xiao came this time, he moved his mind to explore in this area.

Since the military team can't handle such an advanced integrated sight equipment, why not let H company try it.

Not to mention that they have the top-level carbon nanotube chips in their hands, which are ordinary 28-nanometer chips, which are actually enough for such devices.

Because such a sight does not need to do too many complicated calculations, it only needs to combine factors such as wind speed, distance, gravity, and air humidity to perform ballistic calculations.

So 28nm, or even 48nm chips are enough.

But the key is not in the manufacturing process of the chip, but in the system.

It depends on your software programming ability. Your system must collect and combine various data in the fastest time, then perform calculations, and finally give an answer.

This process is in milliseconds, not seconds.

Because the enemy is moving and changing all the time, and the shooter is also moving and changing.

Even when the shooter is shooting, whether the gun is stable or not, the impact of breathing on the balance of the gun body will affect the shooting accuracy.

At the launch point, you may only have a one-centimeter muzzle shake, but four hundred meters away, this one-centimeter shake may cause ballistic scattering with a radius of more than half a meter.

This will greatly affect your shooting accuracy!

So if you want higher accuracy, your control software and ballistic calculation system are extremely important.

And this is precisely what the military lacks.

But for Company H, this is simply a piece of cake!

Integrating those aiming devices and such, it is not difficult at all.

For them, miniaturization is not a problem at all. In fact, it is a problem of industrial design.

For military design units, they mainly designed various large-scale equipment in the past, and they must have no experience in such miniaturized equipment.

But if you think about it, what is this to Company H?

You know, in the past, when they designed mobile phones, in a small space with a thickness of several millimeters and a length of more than ten centimeters, a large battery of 5000 mAh could be packed, and then various circuit boards, chips, cameras, etc. Various sensors, microphones and other components.

That is not an ordinary difficulty, so many electronic components must be packed into a small space.

Then we need to keep everyone from interfering with each other and perform their duties. When working at the same time, we need to save energy and ensure heat dissipation.

These are very tests of industrial design capabilities.

In the past, Company H was the leader in this field.

But now, in the face of the military's demands, it is nothing more than integrating ballistic calculators, laser range finders, weather perception systems, 8 backgrounds, etc., and then minimizing them.

It's as easy as pie!

As for an automatic aiming system, it is even simpler.

Even without the help of artificial intelligence Xiaoai, this problem is not difficult for the engineers of H company.

After all, they can even create a system as difficult as automatic driving.

And for this relatively similar perception, plus automatic tracking system, isn't this a piece of cake?

What's more, there is Xiao Ai's artificial intelligence to assist, and there is no need for Xiao Ai to use 100% of his abilities.

As long as 20% of the calculation function is used, it is enough.

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