Chapter 902 The Technology of the Next Generation Fighter Jet?

As for why Gu Qing, an "outsider", knew so much about the direction and plan of the upgrade of the Kunpeng transport aircraft, except for some young people who were unaware of the inside story, some people, including He Zhifou, were not surprised.

Because in the confidential project of Kunpeng transport aircraft, he saw the addition of some Jiuzhou Technology's technical products, and even the logo of Jiuzhou Technology was directly on the marks of some core equipment. This meant that the critical "boss" in front of him was not He is an outsider who knows nothing, and he is not the kind of "genius" who knows how to talk nonsense even if he has some talent.

After recording the three flaws mentioned by the other party that they had known internally for a long time, He Zhichou continued to ask: "What do you think of the future direction of weapons in the aviation field or future aircraft?"

Gu Qing did not expect that the other party would be so good at beating snakes and using sticks. After hearing this question, he paused briefly for a few seconds before replying: "Speaking of which, our company is doing related project research internally. In a broad sense, In the future, whether it is a civilian aircraft or a combat aircraft, it will inevitably develop from the three normal perspectives of being higher, faster, and stronger.

But I think these must establish three basic points: a fully intelligent and stable flight system including chips, zero blind spot coordinates and map feedback, and excellent engine materials.

When technology is strong, shape is no longer the focus of design, and firepower, defense, and transportation capabilities will become the three most important indicators.

I heard that the industry also has a 4S standard for advanced fighter jets, including stealth, supersonic cruise, super maneuverability, and beyond visual range air combat capabilities. These standards require technical improvements in projects such as engines, materials science, and radar positioning systems. "

He Zhichou was not satisfied with this answer without any practical information, and neither were the other engineers and scientists around him.

"Can you talk more in-depth and specifically about the vision of the new generation of fighter jets and the next generation of future fighter jets? Or what technical routes are worth-"

"I'm sorry, Mr. Gu. This junior brother has just stepped out of school, so he is not very sensible. Please forgive me."

He Zhifu interrupted a young engineer's question.

Although he has a pure heart, his experience in society has already made him understand certain special rules. How could he be so angry with the founder and ask questions?

If this was during an interview or academic exchange meeting, or at an important meeting led by relevant departments, it would be okay to ask such questions, but now everyone is just asking these core important secrets during a casual chat in the cabin. You simply don’t have the foresight to do things!

Facing this stunned young man, Gu Qing was still not angry.

He waved his hand and said to this young man and others: "Everyone who can appear on this plane is from a certain perspective, so I can answer your question.

Of course, these are just some small opinions of me as an 'outsider', and do not represent the opinions of the engineers and scientists in our company. After all, I know very little about these core confidential projects. "

After taking a precaution, Gu Qingcai continued: "The United States proposed the two operational concepts of 'global strike and global persistent attack' in a document, and also proposed the mission of the next generation fighter in the consultation letter about the next generation fighter. The mission is to engage in air-to-air combat with enemy forces capable of airborne electronic attack, advanced integrated air defense, anti-stealth aircraft passive detection, comprehensive self-defense, and capable of directed energy weapons and network electromagnetic attacks in the 'Air-Sea Battle' between 1030 and 1050. Confrontation, carrying out missions such as missile defense, air interdiction and close air support to destroy or weaken the enemy's control of the sky.

In my opinion, each of these projects is worth the efforts of relevant industry personnel for 20 to 30 years to complete. I estimate that if the United States wants to achieve this level, it will be impossible in 1030. A prototype may not appear until about 1040. If we want to If it is to be installed, it will have to wait until 1045 or even 1050 at the earliest.

According to Lockheed Martin executives, the fifth-generation fighter they designed will have a speed higher than Mach 5, an advanced integrated sensor system and multi-spectral stealth capabilities, and will also have unmanned driving capabilities.

In addition, the general manager of the Sukhoi Group said more than 20 years ago: "Aviation and aerospace are two inseparable fields. The next generation of aircraft after Mao Xiong's next-generation fighter will fly into space. The first-generation fighter aircraft will be aerospace vehicles that are deployed at different bases and operate jointly with other aircraft and weapons to form an overall system that includes land, water, air defense, and space defense. ’

So as to what technical routes this comrade asked are the core focus, I think they should focus on supersonic cruise, ultra-long-range strike, the use of new concept weapons, and the most important, systematic cooperative combat capabilities, to achieve 1+ N is greater than the ability of 1+N. "

Lockheed Martin, whose full name is Lockheed Martin Space Systems, is the most profitable arms company in the world. Four years ago, it ranked 145th on the Forbes Global 2000 list and ranked 145th on the Fortune 500 list. 55 people.

Few people know that the number of software codes written by this arms company has already exceeded that of Microsoft. This arms company has even established a strategic partnership with Microsoft, such as providing the software for the next generation of nuclear-powered aircraft carriers of the US Navy and the information security system of the Ministry of Defense, helping the US Air Force to upgrade the technology of a large space command and control center in North America.

In addition, this arms company will allocate half of its annual R&D budget to the company's scientific research and development department to conduct cutting-edge research in robotics and nanotechnology.

As for the Sukhoi Group mentioned by Gu Qing, although it is not well-known in Daxia, the name of this group frightened countless people in the last century.

Sukhoi is the founder of the Sukhoi Design Bureau and one of the best aircraft designers in the world. He served as chief designer for 33 years and presided over the design of about 50 new aircraft, making important contributions to the development of the former Soviet Union's aviation industry.

Sukhoi Group is also one of the most important "assets" of the bear's leading facade and true core.

When Gu Qing said this information, the atmosphere in the cabin fell into a brief silence.

Those who do not plan for the future will surely have immediate worries, and as engineers of Daxia's national defense force, they are definitely not stupid people.