Of course, the notch aircraft carrier space, whether it is a program writing device or a program testing equipment, is much more awesome than in reality.

So the bangs were tested in the aircraft carrier space, and it was quickly completed.

"Fortunately, it's a castrated version of the Bald Eagle export version, if it's their own version, I'm afraid it's more advanced." The bangs were also copied on the program of anti-aircraft missiles in the space of the aircraft carrier, and are old models for export.

Liu Hai also knows one thing, that is, individual anti-aircraft missiles, although there are many types in 2020, but all countries with individual anti-aircraft missiles maintain consistency, that is, the most advanced ones will not be exported, and those exported are old models.

On the one hand, it can clear the inventory, and on the other hand, it can avoid other countries from obtaining their own state-of-the-art models for research.

These anti-aircraft missiles in the space of the aircraft carrier are obviously exported to other countries, and it is difficult to say to whom exactly.

After all, in 2020, Bald Eagle is doing things all over the world, and who knows who he will give these things to.

And what could be safer and more stealthy than an aircraft carrier transporting these weapons.

Moreover, Bald Eagle's army also knows how to raise self-respect, because there is a steady stream of funds.

On the one hand, you can get a grant from the parliament, and on the other hand, it is a lot of money to sell these weapons and equipment, not that no one has thought of checking these cats, but the people who go are all finished.

As for who killed him, it must have been killed by the enemy, and there is ample evidence.

As for whether this enemy is real or fake, it's hard to say.

After the bangs test was completed, I was relieved, and the next step was to copy down these programs, of course, add some small bugs to them, and then optimize them when I tested them in reality.

Out of the aircraft carrier space, Liu Hai stretched his waist, and then rested.

Bangs sleep soundly, but many people can't sleep.

On the one hand, Bald Eagle has been investigating the transport plane for more than 20 years and found out a lot of unknown things.

On the other hand, some domestic aircraft design researchers can't figure out why some people have succeeded in lengthening 4 meters, but they have failed to lengthen by 1 meter.

Not everyone can see the design of the bangs, especially the most core things.

So there is a reason why some people wonder that many designs of bangs are within a small range.

The main reason is that when Liu Hai does a lot of R&D and design, he doesn't need a big team, and it is easier in terms of confidentiality.

Unlike some other aircraft when designed, the whole team is a few hundred people, and there are various other units to assist.

As the most advanced transport aircraft in our country, these design drawings and core designs will certainly not spread on a large scale, and they will only be shown to some experts at a sufficient level.

The next day, Liu Hai arrived at the maintenance department, and he came to the individual air defense missile group, and this project was led by Liu Hai.

The entire anti-aircraft missile group is divided into a number of divisions, which are divided according to the structure of the various systems of the anti-aircraft missile.

"Liu Gong." When the group saw Liu Hai coming, they all greeted him very respectfully.

"Hmm!" Liu Hai nodded, and then came to the department in charge of the chip program.

Most of the people here are students from Dongfang University, which has opened semiconductor and programming majors several years ago, and the first batch of graduates has been graduating for two years.

After all, the motorcycle factory has been in contact for a long time, and the earliest contact in this regard is to talk about the night vision device of the Type 66 tank, and there is also the counter-artillery radar behind.

Liu Hai was in the individual anti-aircraft missile project team to guide the writing of the program.

A certain department looked at the full set of design ideas for the Liuhai individual anti-aircraft missile, and his eyes lit up.

This department is the department that designs air-to-air missiles, and the air-to-air missiles in the real sense are Thunderbolt II, which is what I said earlier, we picked up the rattlesnake of the bald eagle, but we didn't have the technical strength to reverse, so we handed it over to the fat bear at that time, and after the fat bear successfully cracked it, the technology was transferred to us.

But there are many problems with the Thunderbolt II, of course, there is no way to do this, because the Sidewinder also had this kind of problem at the beginning, the detection range of the seeker, the ability to resist sunlight and sky background infrared interference, the average flight speed of the missile, and the sensitivity of the fuse are not satisfactory.

In terms of reliability, the missile's failure rate is high, and the working performance of components is inconsistent.

Therefore, in response to these problems, the relevant design units are designing and developing newer versions of air-to-air missiles.

Of course, fundamentally speaking, there is still a big difference between Bang Hai's individual air defense missile and air-to-air missile.

But technically, there are a lot of common ones, all infrared seekers.

However, the technology of Bang Hai itself is derived from the Stinger missile, which is the latest research achievement of Bald Eagle, although in Liu Hai's view, no matter what missiles are relatively backward at this time.

But when the relevant departments saw these designs proposed by Liu Hai, their eyes lit up and gave a great reference.

This design of the bangs is nothing in the eyes of modern professionals, but let's not forget that the Bald Eagle was developed in 1972, mass production only began in April 1978, and then entered service in 1981.

In other words, this design of bangs is the most advanced design in the world today.

People in the relevant departments of air-to-air missiles are also a little surprised, there are still such people in China?

When people from air-to-air missile departments tried to ask their superiors whose design it was, the higher-level departments asked the people from the relevant departments not to ask too much.

The chip program of the individual anti-aircraft missile design group, and the people in the group department looked at the program written by bangs.

After writing the program, Liu Hai personally guided the test, and there will definitely be small problems in the test, which Liu Hai has long prepared.

Minor issues were eliminated one by one, and then the test was successful.

"Liu Gong, you are amazing!" The person who took the test said after seeing the test results.

"Don't be too happy, the success of a single system does not mean that the entire design is successful, and all systems must be put together for practical testing to know if it is successful." But the bangs poured cold water on everyone.

In some systematic engineering, if you do a perfect job of each subsystem, and at the end of the day, when you integrate those subsystems, you will find that it is a very bad design.

It's not that the Arjun tank is a good example here, the Arjun tank is a good example, the parts and systems are the strongest in the world, and they are also world-class, but what is the combination?

In the end, when everyone heard that the three masters wanted to develop their own equipment and use their own related parts, they all felt their scalps tingle, for fear of ruining their reputation.

The most bizarre thing is the artillery of the three masters, the accident blames the parts produced by a civilian manufacturer of parts in his neighborhood, they don't mention the parts they bought for 30 yuan, and the account is written 3000, and then the factory comes out and says that you want to add another 20 yuan, and you can make parts that meet your requirements, but you didn't say it at the time.

Faced with the statement of bangs, the others nodded.

"We don't do scientific research until the last moment, not to mention success, of course, the efforts of all of you are also worth celebrating, I let the canteen add food in the evening." After the bangs are finished, they give some benefits.

"Thank you Liu Gong!"

"You can take a look at my program, what ideas and suggestions do you have, we will discuss and discuss in the next meeting, everyone has to speak, everyone has to come up with their own suggestions." Liu Hai said again, this is the assignment task.

The reason why Liu Hai wants to assign this task is to let these people continue to familiarize themselves with this program, since they want to make suggestions, then they must continue to familiarize themselves with this program, which will improve everyone's technical strength in this regard.

Today, bangs did this one day, and the rest was not done.

The next day, Liu Hai came to the individual anti-aircraft missile research and development group.

China's semiconductor technology at this time can be said to be two extremes, on the one hand, the gap between us and foreign countries is not large, it can be said that they go hand in hand.

But there is another aspect that lags too far behind in terms of production and application.

Especially in mass production, there will be such and such problems, that is, a problem of yield.

What is the relationship between yield and yield? Of course, it is a cost advantage.

The other is the application aspect, that is, the civilian field.

Bald Eagle's semiconductor technology development is entirely due to the fact that its civilian field has enough market to support the rapid development of its semiconductor technology.

Take this stage as an example, how many achievements in the field of civilian semiconductors does Bald Eagle have in China? From computers to Big Brother, if nothing else, other people's satellites are thousands.

And in our country, in the field of semiconductor applications, especially in the civilian field, that is 0.

This is also the reason why the development of semiconductors in China lags behind in history.

Because the field of application has not been developed, the research results and research technology seem to be worthless.

And after the development of our application field, we found that it was too far behind foreign technology.

However, as an individual anti-aircraft missile for experiments, the relevant research institutes directly manufactured the parts needed for the bangs.

The infrared seeker is not an uncommon thing for China's semiconductors, but the materials inside are different, and the related design is different, after all, as early as the 60s, China was able to produce Thunderbolt-2 air-to-air missiles.

What is produced in the laboratory is not cost-effective, nor is it cost-effective.

However, for individual anti-aircraft missiles, the cost of the laboratory can be fully covered.

Just like the last time Bang Hai designed and manufactured a phased array radar, all the semiconductor components in it were produced in the laboratory.

Of course, for such artillery radars, the cost of laboratory production can also be fully covered.

At this stage, bangs can only use military equipment to stimulate semiconductor-related investment and research.

As for whether the higher-level departments will put the phased array radar on the ship, or put it elsewhere, this bang doesn't matter, the bangs just kicked the door open, as for how the superiors want to operate, that's their business.

And at this stage the economic situation of our country is much better than in history, so the investment in these military equipment will only increase, not decrease.

Liu Hai came today to see the progress of the project in charge of each department, and he will make a move when he should act.

In the morning, he listened to their reports in various project departments of individual air defense missiles, and in the afternoon, Liu Hai came to the turboshaft engine manufacturing workshop.

For the turboshaft engine design of the Super D helicopter, Liu Hai also adopts the method of the project team, that is, he comes up with detailed parameter requirements by himself, and then lets others do it.

Although this progress is slower than that of Liu Haijiao, it allows these people to learn more from it.

At the end of March, the individual anti-aircraft missile project team ushered in the most important day, that is, the assembly of the entire missile.

It doesn't take much time to assemble, half a day is enough.

The key is to assemble the follow-up test, and the bangs are of course impossible to test in person.

There is still a high chance that there will be problems when testing new military products.

The test, of course, was to hit a fixed target, directly with a rope to link a hydrogen balloon, and hang a heat source underneath it at a fixed angle.

The Stinger missile, a portable individual missile, is a hit-and-lose missile, so the cost is quite high.

There are also a few leaders in Bang Hai, who are holding binoculars in the fortifications in the distance, and those who participate in the test launch in the distance have already been trained.

Of course, the warhead of this missile has a very small charge.

With Liu Hai giving the order, just over thirty seconds later, the anti-aircraft missile flew from a distance to the target more than 1,000 meters away.

Of course, after the test was launched, the personnel who participated in the test quickly lay down behind the cover, although the charge of this thing is small, but the danger is definitely there.

Bangs is also relieved, as long as it can be launched normally, this is more than half of the success.

Accompanied by a cloud of yellow smoke, this is something contained in the warhead, which is used to make the observer see more clearly.

"Hit." The leaders saw a direct hit on the target.

The target distance is at a distance of 1,800 meters, the height is 300 meters, and it is a hydrogen balloon hung with a rope on a mountainside.

And this hydrogen balloon hangs from the heat source and sways from side to side under the blowing of the wind.

The success of the initial tests was followed by a series of tests.

There are still many tests to be done in the future, including friend or foe identifiers, including strike distance, strike angle, overall performance, including anti-jamming, and so on.

For the congratulations of the leaders, Liu Hai is used to it, after all, this thing is copied from others, because now this individual air defense missile itself is the product of the world's highest technology.

Don't copy these things, but have to redesign them yourself, and then the designed things have problems everywhere, and then after a few years of improvement, and then put them into service?

Bangs don't do that, and since someone else can do it, it proves that this is the best design, and the most suitable design.

"Javelin anti-tank missiles!" Liu Hai listened to the leaders while pondering in his heart.

One of the biggest benefits of the Javelin anti-tank missile is that it is left alone after launch.

And some other anti-tank missiles, most of them use optical fiber control, that is, a rope is pulled behind the missile.

In this way, the danger to the operator is great, because the anti-tank missile launch carries a lot of smoke, which is equivalent to indicating the target to the tank.

This mode of only fighting and ignoring can greatly improve the survival rate of soldiers.

A similar infrared seeker was used in the Javelin missile.

When it comes to the bangs crossing, some people also use the wire-controlled mode on the drone, mainly because the electronic interference on the battlefield is too powerful, and this wire-controlled mode is the simplest means of defense.

Unlike in 2020, many people are blowing drones, but drones also have a big shortcoming, that is, once they are interfered with by electromagnetism, they will be finished.

It can only be said that when the bangs crossed, the fat goose was two levels behind the other two superpowers in terms of electronics.

(End of chapter)