Doomsday Bunker Upgrade

What is needed to build a large-scale aerospace strategic carrier platform?

If everything is listed, I am afraid that the catalog alone can write a book.

But in general, the main components are the hull structure, energy system, power system and internal circulation system, as well as the weapon system and carrier-based aircraft take-off and landing system used for combat.

The disciplines and technologies involved are so large that even before the disaster, the concerted efforts of all countries on the Blue Star may not be enough.

After all, there are too many technologies that have not yet been developed by mankind. Even if the power of the world is assembled, the theoretical basis of all technologies may not be completed within 50 years.

If it weren’t for the existence of someone like Chen Xin who could help open the plug-in, with the current level of human technology, it might take another 100 years to actually make it fly.

Instead of gathering a large number of scientific researchers as it is now, they began to begin the basic design of all the components mentioned in the Nantianmen Project under the arrangement of Chen Xin.

The most difficult thing to complete in the Nantianmen Project is of course the “Luanniao” large-scale aerospace strategic carrier platform. After all, this thing is really too big. Even with anti-gravity technology, it is very difficult to build such a big thing.

Therefore, most of the researchers who were called up were put into projects related to “Luan Bird”.

As for the two parts of “Xuannv” aerospace unmanned fighter and unmanned tactical mech, the manpower allocated may not be as many as the manpower for each category under the “Luan Bird” project.

But even so, the “Xuannv” aerospace unmanned fighter and unmanned tactical mech are the first departments to come up with the initial design.

After all, relatively speaking, both air-space unmanned fighter planes and unmanned tactical mechs have a good foundation in Yan Nation. Although the various technologies cannot be said to be very mature, it is not a problem to meet the needs of the initial design.

Especially the unmanned tactical mech. Although it can’t be said to be too simple for Yan Country, it is really not difficult.

After all, the unmanned tactical mech is compared with the Titan, heavy mech, and power armor currently being used by Yan Country. The problem to be solved is the problem of remote control and self-discipline control, plus at most the problem of how to achieve orbital airborne. .

And for these problems, for Yan Country, perhaps only how to achieve orbital airborne is a problem.

Compared with the large-scale aerospace strategic carrier platform that is still solving theoretical basic problems and the unmanned tactical mech that can basically directly pull out a finished product, the aerospace unmanned fighter project is the most in line with the high-level intentions of various countries through cooperation. The research project is aimed at integrating the technologies of various countries.

First of all, the aerospace fighter itself is not something that is out of reach for mankind. In 2010, the Federation tested a prototype aircraft that claimed to be able to continue working in space for 270 days.

Furthermore, for the current Blue Star countries, the technology related to the aerospace fighter has certain difficulties and thresholds. However, if all countries dig out all the things at the bottom of the box and are willing to spend the money, they can make a flying aircraft. The prototype of the machine is still no problem.

The Englishmen took out their own engine technology, the Frenchmen were responsible for most of the precision parts of the aerospace aircraft, and the Germans contributed their own various material formulations used to manufacture the aircraft.

Relying on these technologies contributed by various countries, together with the drone technology that the Shangyan country had been ahead of the world before the disaster, plus the relevant technical data of the Suvia era aerospace aircraft arched by the Lucians from the pile of old papers. …

With the investment of no cost and supercomputer assistance, the technical verification machine of the “Xuannv” aerial unmanned fighter was quickly built.

“Is this the technical verification aircraft that you have spent the funds to build a land cruiser?” Chen Xin looked at the jet-black, unpainted aircraft in front of him, stroked his chin, in a tone of voice. With a hint of curiosity: “Tell me about it.”

As for the expensive construction of this technical verification machine, Chen Xin, as the project chief, didn’t care much.

After all, for this kind of technology research and development, the initial cost of the technical verification machine or prototype will be very expensive.

Not to mention that this is a technical verification machine. It was originally intended to maximize the technical advantages for verification, regardless of the cost.

“This aircraft uses nuclear batteries as the main source of power. It can fly at a maximum speed of Mach 25. It has the ability to take off from the ground directly into space. However, we mainly let the fighter take off from an altitude of 413,000 feet above the ground. , The aircraft itself is rarely used to enter space.” A researcher introduced to Chen Xin, and added: “Because this aircraft mainly solves the flight and control problems, we did not install a weapon system on it. This may affect the flight speed of the aircraft.”

“This is not a problem. Air and space fighters basically take off from aerospace strategic carrier platforms. The combat area is also the atmosphere above the stratosphere and low-Earth orbit. The requirements for maximum flight speed are not so strict. .com and enter outer space, the weight is meaningless.” Chen Xin has nothing to say about the maximum flight speed of the aircraft will be affected. The extra weight is really not a problem.

After listening to the scientific researchers explain the flight control system and various materials used in the aircraft, Chen Xin said to them: “If there are no problems with this aircraft, we will arrange a test flight as soon as possible, and strive to get the prototype as soon as possible. The design is finalized, but here I want to make a request to you, and reserve space for me to install shield equipment on the plane.”

“Shield equipment? Should I also install energy shields on fighter jets?” When the scientific researcher heard Chen Xin’s words, he couldn’t help but asked curiously.

Chen Xin nodded, affirmed the other party’s guess, and explained: “The installation of energy shields is mainly to improve the aircraft’s survivability in the space environment. After all, the test of the aircraft in the space environment is much more than that in the atmospheric environment. Strict, in case you encounter any space junk or fine cosmic dust, instead of relying on the material of the fuselage to resist hard, it is better to install an energy shield to resist.”

“Understood, we will leave space when designing the prototype.” The scientific researcher nodded to express understanding.

Chen Xin exchanged with the researchers about the research and development and test flight of the aircraft, and then turned and left the hangar where the technical verification aircraft was parked.

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