Doomsday Bunker Upgrade

What are the things needed to build a large-scale aerospace strategic carrier platform?

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

But generally speaking, it is mainly the main components such as 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.

There are so many disciplines and technologies involved in this that even before the disaster, all the countries on the Blue Star may not be able to meet it if they work together.

After all, there are too many technologies that have not been developed by human beings. Even if the power of the whole world is gathered, it may not be possible to complete the theoretical basis of all technologies within fifty years.

If it weren't for the existence of Chen Xin, who can help open the cheat, with the current level of human technology, it might take another hundred years to make it fly.

Instead of gathering a large number of scientific researchers as it is now, under Chen Xin's arrangement and arrangement, he began to start the basic design of all the components mentioned in the Nantianmen project.

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 large thing.

Therefore, most of the researchers who were summoned were put into projects related to "Luanniao".

As for the two parts of the "Xuannv" space unmanned fighter and unmanned tactical mecha, the manpower allocated may not be as many as the various sub-categories under the "Luanniao" project.

But even so, the "Xuannv" space unmanned fighter and unmanned tactical mecha were the first departments to come up with the initial design.

After all, relatively speaking, the aerospace unmanned combat aircraft and unmanned tactical mecha have a good foundation in Yan Country. Although the various technologies cannot be said to be very mature, it is still no problem to meet the needs of the initial design.

Especially the unmanned tactical mecha, although it can't be said to be too simple for Yan Guo, it is really not difficult.

After all, compared with the Titans, heavy mechs, and power armor currently being used in Yan Kingdom, the unmanned tactical mechs have to solve the problems of remote control and self-discipline control, and at most one more problem of how to achieve orbital airborne .

As for these problems, for Yan Kingdom, perhaps the only problem is how to achieve orbital airborne.

Compared with the large-scale air-space strategic aircraft platform that is still solving theoretical problems and the unmanned tactical mecha that can basically pull out a finished product, the aerospace unmanned fighter project is the most in line with the high-level intentions of various countries. Research projects to achieve the purpose of integrating technologies from various countries.

First of all, the aerospace fighter itself is not something that is out of reach for humans. In 2010, the Federation tested and flew a prototype, which claimed to be able to work continuously in space for 270 days.

Furthermore, although there are certain difficulties and thresholds for the related technologies of aerospace fighters for the current Blue Star countries, if the countries dig out all the things at the bottom of the box and are willing to spend money, they can create a plane that can fly. There is still no problem with the prototype.

The English took out their own engine technology, the French were responsible for most of the precision parts of the aerospace aircraft, and the Germans contributed their own various material formulas for manufacturing aircraft.

Relying on the technologies contributed by various countries, coupled with the UAV technology of Yan Kingdom, which was ahead of the world before the disaster, and the relevant technical information of the Suvia-era aerospace aircraft archaeologically excavated by the Lucia people from the pile of old papers ...

With the investment regardless of cost, and with the assistance of supercomputers, the technical verification machine of the "Xuannv" aerospace unmanned fighter was quickly built.

"Is this the technology verification machine that you spent enough money to build a land ship?" Chen Xin looked at the black and unpainted plane in front of him, stroked his chin, and said in a tone With a trace of curiosity: "Tell me about it."

As the general manager of the project, Chen Xin didn't care much about the high cost of this technology verification machine.

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

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

"This aircraft uses nuclear batteries as the main source of power. Its maximum flight speed can reach Mach 25. It has the ability to take off from the ground and directly enter space with a single aircraft. However, we mainly let the fighters take off from an altitude of 413,000 feet above the ground. , it is rare to use the aircraft itself to enter space.” A researcher introduced Chen Xin, and added: “Because this aircraft mainly solves the problem of flight and control, we did not install weapon systems on it. This may affect the speed of the aircraft."

"This is not a problem. Aerospace fighters basically take off from air-space strategic carrier platforms. The combat domain is also the atmosphere above the stratosphere and low-Earth orbit. The requirements for the maximum flight speed are not so strict, and they have entered outer space. , the weight is meaningless." Chen Xin has nothing to say about the impact on the maximum flight speed of the aircraft. After all, he has entered outer space and got rid of the influence of the earth's gravity. The extra weight of the mere weapon system is really not what is the problem.

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

"Shield equipment? Do fighter jets need to be equipped with energy shields too?" The researchers couldn't help asking curiously when they heard Chen Xin's words.

Chen Xin nodded, confirmed the other party's guess, and explained: "The installation of the energy shield is mainly to improve the survivability of the aircraft in the space environment. After all, the test of the aircraft in the space environment is far more severe than that in the atmospheric environment Strict, in case of encountering some space junk or fine cosmic dust, instead of relying on the fuselage material to resist, it is better to install an energy shield to resist."

"Understood, we will leave room for it when we design the prototype." The researcher nodded in understanding.

Chen Xin communicated with the scientific research personnel about the development and test flight of this aircraft, and then turned and left the hangar where the technical demonstration aircraft was parked.