What is needed to build a large-scale aerospace strategic aircraft platform?
¡°If I listed everything, I¡¯m afraid the catalog alone could fill a book.
But generally speaking, 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.
There are so many disciplines and technologies involved that even before the disaster, all the countries on Blue Star working together may not be able to satisfy it.
After all, there are too many technologies that have not yet been developed by humans. Even if we gather the power of the whole world, we may not be able to complete the theoretical basis of all technologies within fifty years.
" If it weren't for Chen Xin, a person who could help open the cheat, with the current level of science and technology of mankind, it might take another hundred years to really make it fly.
Rather than gathering a large number of scientific researchers as is the case now, they began to start the basic design of all components mentioned in the Nantianmen plan under Chen Xin's arrangement.
The most difficult thing to complete in the Nantianmen project is of course the "Luanniao" large aerospace strategic aircraft platform. After all, this thing is too big. Even with anti-gravity technology, it is very difficult to build such a large thing.
Therefore, most of the scientific researchers who were summoned were invested in projects related to "Luanniao".
As for the two parts of the "Xuannv" aerial unmanned combat aircraft and unmanned tactical mechas, the manpower allocated may not be as many as the manpower assigned to the various categories under the "Luanniao" project.
But even so, the "Xuannv" aerial unmanned combat aircraft and unmanned tactical mecha were the first to come up with initial designs.
After all, relatively speaking, aerospace unmanned combat aircraft and unmanned tactical mechas have a good foundation in Yanguo. Although the various technologies cannot be said to be very mature, they can still meet the needs of the initial design.
Especially for unmanned tactical mechas, although this cannot be said to be too simple for Yan Guo, it is really not difficult.
After all, compared with the Titans, heavy mechas and power armor currently used by Yanguo, the problems to be solved for unmanned tactical mechas are remote control and autonomous control, and at most, the problem of how to achieve orbital airborne landings. .
"As for these problems, for Yan Guo, perhaps the only problem is how to achieve orbital airborne landing.
Compared with large-scale aerospace strategic carrier aircraft platforms that are still solving theoretical basic problems and unmanned tactical mechas that can basically directly produce a finished product, the aerospace unmanned fighter project is the most in line with the intentions of senior leaders of various countries through joint efforts. Research projects aim to integrate 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 a prototype aircraft, which it claimed could last 270 days in space.
Furthermore, although there are certain difficulties and thresholds for the relevant technologies of aerospace fighters for the current Blue Star countries, if all countries dig out the bottom of the box and are willing to spend the money, they can come up with a flying aircraft. The prototype came with no problems.
The British contributed their own engine technology, the French were responsible for most of the precision parts of the aerospace aircraft, and the Germans contributed their various material formulas for manufacturing aircraft.
Relying on these technologies contributed by various countries, coupled with Yanguo's drone technology that was already leading the world before the disaster, and the relevant technical data of the Soviet-era aerospace aircraft that the Lucians unearthed from the pile of old papers. ¡
With investment regardless of cost, and with the assistance of supercomputers, the technical verification machine of the "Xuannv" aerial unmanned combat aircraft was quickly built.
"Is this a technical verification aircraft that you spent enough money to build a land cruiser?" Chen Xin looked at the dark, unpainted aircraft in front of him, stroking his chin, and said in his tone With a hint of curiosity: "Tell me about it."
As the general person in charge of the project, Chen Xin didn¡¯t care much about the high cost of this technical verification machine.
¡°After all, when engaging in this kind of technology research and development, the cost of the initial technical verification machine or prototype machine will be very expensive.
Not to mention that this is a technical verification machine. It is originally intended to maximize the technical advantages for verification, regardless of cost.
"This aircraft uses a nuclear battery as its main power source and can reach a maximum flight speed of Mach 25. It has the ability to take off from the ground and directly enter space. However, we mainly take off the fighter aircraft from an altitude of 413,000 feet above the ground. , it is rarely used when the aircraft itself enters space."A researcher introduced Chen Xin and added: "Because this aircraft mainly solves flight and control problems, we have not installed a weapon system on it, which may affect the flight speed of the aircraft."
"This is not a problem. Air and space fighters basically take off from strategic air and space carrier platforms. The combat fields are also the atmosphere above the stratosphere and low-Earth orbit. The requirements for 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, after entering outer space and getting 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 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 have the prototype as soon as possible." The design has been finalized, but here I have to make a request of you, reserve space for me to install shield equipment on the aircraft."
"Shield equipment? Do fighter jets also need to be equipped with energy shields?" The scientific researchers couldn't help but curiously asked after hearing Chen Xin's words.
Chen Xin nodded, confirmed the other party's guess, and explained: "The installation of energy shield is mainly to improve the survivability of the aircraft in the space environment. After all, the test that the aircraft has to withstand in the space environment is far more severe than that in the atmospheric environment. Rigorous, if you encounter any space junk or fine cosmic dust, instead of relying on the body materials to resist, it is better to install an energy shield to resist it."
"Understood, we will leave space when designing the prototype." The scientific researcher nodded to express understanding.
Chen Xin talked with the scientific researchers about the development and test flight of the aircraft before turning around and leaving the hangar where the technology verification aircraft was parked.
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