Chapter 923

A company that can produce the most advanced fighter planes on a large scale is totally different from a civilian company with world influence. No one can deny this. Just look at the status of the American Super arms companies in the world.

Today, the infinite gravity group has entered a very critical node. Especially after the construction of the lunar base, many countries are ready to move, because they do not want a private company to occupy an absolute advantage in the future wealth of space.

Therefore, during this period of time, the company's top management was very dissatisfied with all kinds of resistance, and Lei Tiantang decided to take part in the matter in person after he understood the situation.

Seeing that everyone's attention was focused on the specific situation of these fighters, Zhao Li began the introduction with pride: "let me introduce the four fighters in front of you!

I think we can all see from the physical fighters in front of us that the size of our two series of fighters is average. The size of these four fighters is one circle larger than that of all heavy fighters in the world at present. Does it look very powerful?

This design is not that we have no way to solve the size problem of aircraft engine and other related systems and related weapons, but based on our company has more advanced technology to consider!

Our company has the best stealth coating. In addition, we have adopted a variety of stealth designs in the design of fighter planes. Even if the size of our fighters is larger, their stealth capability is enough to surpass all stealth fighters in the world!

On this point, I believe general Zhang, you have also seen the flight test application report we submitted to you. I think when we conduct the test flight, you can find out from your military radar and satellite monitoring system whether we are bragging!

At the same time, the design of larger size is also considered for greater fuel carrying capacity and ammunition carrying capacity. It is self-evident that bigger belly is more suitable for loading. As we all can understand, such large-scale design can also better increase the attack and deterrent power of these fighters.

The first is z-1a manned fighter and z-1b unmanned fighter. Because these two fighters were developed by our company for general Zhang and your military, the relevant technologies adopted by these two fighters are a series.

They all adopt the adaptive variable speed engine specially designed by our engine laboratory for fighters. This kind of engine can adapt to various flight speeds of fighters, and can switch very quickly at subsonic, supersonic and hypersonic flight speeds.

Moreover, because of the intelligent control system, we can save more fuel consumption, which enables them to expand the operation radius to 2800 km at the supersonic cruise speed of Mach 4, which is enough to meet almost all combat tasks.

Of course, because of the difference between combat missions and unmanned aerial vehicles (UAVs), the flight speed, range and bomb carrying capacity of these two aircraft are quite different.

The z-1a manned fighter can increase the maximum flight speed of the fighter to Mach 5.8 in combat. This speed has been able to shake off almost all missile attacks. It is difficult for air-to-air missiles or surface to air missiles to catch up with fighters with this flying speed!

Moreover, if the fighter launches missiles at this speed, the attack speed and attack distance of missiles can be greatly improved, and the combat effectiveness of fighters can be upgraded to a higher level.

In order to ensure that the pilots need to maneuver in such supersonic and hypersonic conditions, we have specially designed a better anti-G suit for this fighter by combining our company's spacesuit laboratory.

In addition to ensuring the flight safety of pilots, it also has intelligent connection with the whole combat system of the fighter, which can help pilots to carry out combat tasks more effectively and the related effects. After the flight test, we will give you a data, and then you will know how much its advantages are!

Although the z-1b UAV is not different from the z-1a manned fighter in terms of appearance, it does not need to consider the factors such as the pilot's pressure resistance and safety, and also cancels the cockpit and other space occupying things. In terms of combat effectiveness, the fighter is more powerful than the z-1a manned fighter!

Because its combat radius can be expanded to 3200km, the speed of afterburner flight can reach our engine design limit of Mach 8. At the same time, it carries more ammunition. After these factors are added together, its combat effectiveness can reach 122% of that of z-1a manned fighter according to our calculation!

Both fighters are integrated with intelligent flight control system, multi frequency phased array radar and multi spectral optical observation system specially designed by our company, which can increase the out of sight attack capability of these two fighters to 400 km!

At the same time, we have considered the factors of cooperative operation at the beginning of design, so the detection system of each fighter can lock 180 targets at most. With the detection range of 400 km, these two fighters can replace the AWACS in combat!In this way, even if they quickly finish all the ammunition they carry in battle, they can also cooperate with other fighters to fight, and solve the embarrassing problem that no early warning function can keep pace with their fighting rhythm!

All of you can have an intuitive feeling about the data I introduced in the next flight test, so it is better to prove with facts how powerful their combat effectiveness is! "

Zhang Shanhu and his party of military personnel listened to Zhao Li's introduction and saw the relevant parameters of 3D projection next to the fighter, and almost salivated. If Zhao Li didn't brag, it would mean that the performance of these two fighters had become inferior to all the existing fifth generation fighters!

This is not a simple thing. It is not so simple to know that fighter planes want to break through the generation gap, especially after the most advanced five generation fighters are developed, it is even more difficult to make a breakthrough.

The engine performance needs to be improved. The avionics system, weapon system and other related systems of the whole fighter have to be upgraded. None of the related technologies involved is simple!

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