funbook-pk Chapter 483: Flying Bricks
Chapter 483: Flying Bricks
Lyon looked at the fighter jet in front of him and fell into deep thought. How could this be a fighter jet?
The most obvious one is a missile disguised as a fighter jet!
Whose good fighter jet uses a missile engine?
Although it has been improved, it cannot change the fact that its parent is a missile!
The factory manager looked at Lyon who was lost in thought, thinking that Lyon was very satisfied, and then began to introduce this "missile".
In Lyon's mind, he originally thought that the next generation of fighter jets should be the second generation fighter jets.
MiG-21 or Su-22, but the big brick in front of him made Lyon silent.
This directly makes me go from one generation to three generations?
What is going on? If it continues to develop like this, the second generation may not need to be developed, and the third generation Su-25 can be directly used.
Just use it till it dies...
Leon shook his head and dismissed the thought.
Forget it, let's take it one step at a time. If it really doesn't work, we can still use the flying bricks to bring a little shock to these countries.
Leon also began to listen to the factory manager's introduction to the various properties of the brick.
First of all, the shell. Since the speed of this brick has exceeded Mach 3.5, and the designed peak speed can reach Mach .
This will cause serious heat accumulation in the aircraft, and it will encounter the same problem as the MiG-25.
That means the temperature on the surface of the fuselage will exceed 350 degrees.
The MiG-19 still uses an aluminum alloy shell, which is light and thin, but not resistant to high temperatures.
In order to solve this problem, Big Brother directly used stainless steel.
Stainless steel was forced onto it, after all, the melting point of stainless steel is as high as thousands of degrees Celsius.
What are you afraid of?
But in this world, the factory director’s imagination is even bigger than in his previous life!
Due to the excessively high speed, the aircraft became very unstable.
Therefore, designers at aircraft manufacturers try to design reasonable models as much as possible.
But no matter how it is designed, ordinary materials cannot withstand the terrible force brought by Mach 3.
At first the designer wanted to put stainless steel on it, but the factory manager said.
"This will be unveiled on the third anniversary of the founding of the People's Republic of China, so the materials must be good!"
then……
Aircraft manufacturers use very precious magic pattern steel.
Magic Steel is a special metal that is only produced in the Demon Empire.
Moreover, the output of magic pattern steel is extremely low, and the Demon Empire strictly controls these magic pattern steels. These magic pattern steels are only used for their elite troops, the Blood Blade Black Armored Soldiers.
Each Blood Blade Black Armored Soldier consumes nearly 100 kilograms of magic pattern steel.
Latiface formed an army of 50,000 Blood Blade Black Armored Soldiers.
A total of 5000 tons of magic pattern steel were used here.
This has almost drained the Demon Empire's resources.
But Da Yan is omnipotent...
Dayan got a full 800 tons of magic pattern steel.
The aircraft manufacturer shamelessly asked for 100 tons of magic pattern steel.
However, 25 tons of it was used in this aircraft...
Almost the entire thing is made of magic pattern steel, and magic pattern steel has a very powerful property.
That is, it has extremely strong self-repair ability.
And it has very strong magic resistance.
It can withstand many magic attacks, and even a 50mm anti-tank gun cannot penetrate the one-centimeter-thick magic pattern steel plate.
However, it will cause serious deformation of the magic pattern steel, but it still cannot tear the magic pattern steel apart.
What’s more, this fighter jet is made of magic pattern steel?
It can be said that at present, apart from missiles and top-level strongmen, the only threats that can pose a threat to this aircraft are missiles and top-level strongmen.
The rest of the weapons posed no threat to the aircraft at all.
With this speed and this defensive power, who can defeat it?
But what made it difficult for aircraft manufacturers was that there were not enough weapons.
Because the main research direction of the Da Yan missile is currently ground-to-ground missiles.
Almost no air-to-air missiles were developed, which was very embarrassing for aircraft manufacturers.
The aircraft manufacturers could only urge the research institute to find a way to develop air-to-air and air-to-ground missiles.
But the research institute said that no matter who you are, you have to wait for me, everything is based on first come first served!
This pissed off the designers at the aircraft manufacturer.
You don't want to give us weapons, right? Everything is based on first come first served, right?
As a result, the aircraft manufacturing plant began to become self-reliant.
No missiles? Make your own!
Isn't it just a missile? If your research institute can make it, our aircraft manufacturing factory can also make it!
How to solve the problem of missile engines? Simply shrink the aircraft engine!
Oh my god! How can this be difficult for us?
They are all magic crystal engines anyway, so just round them up!
And the designers of the aircraft manufacturer cleverly combined radar and missiles together.
Through a special magic array, the signal on the radar is used to activate the missile.
This means that the missile has the ability to lock and track...
Very good, the missile's accuracy and power system have been solved.
So how do we solve the problem of its power?
Engineers at the aircraft manufacturer said.
I have an idea!
Let's just pour the liquid magic crystal into it!
Originally, liquid magic crystal was the aircraft manufacturer's trump card.
It was originally intended to be used on this fighter jet, because although liquid magic crystal and solid magic crystal are both magic crystals in essence, there is a huge difference between the two.
At the same weight, the volume of liquid magic crystal is only half of that of solid magic crystal.
So after replenishing the liquid magic crystals, this fighter can fly more than 5000 kilometers.
The combat radius reaches 2500 kilometers.
If it weren't so heavy, perhaps this fighter could fly farther.
However, liquid magic crystals can also act as explosives, and due to the state of liquid magic crystals, the magic crystals are intertwined with each other, and the power of the explosion far exceeds that of solid magic crystals.
So, the aircraft manufacturers made air-to-surface and air-to-air missiles by themselves ...
If a general air-to-air missile is developed by a research institute, the cost will be only a few hundred gold coins, no higher than this price. However, the cost of a missile developed by an aircraft manufacturer itself is as high as thousands of gold coins.
Although each missile cost thousands of gold coins, the aircraft manufacturer did not swallow this anger.
It's a little expensive, so what? I made it! As for the cost, let the leader figure it out!
Leon: I explain your dream!
So the aircraft manufacturer named the missile it developed Icebreaker.
We just want to give the research institute a slap in the face!
The institute said that it was flashy stuff!
But the aircraft manufacturer managed to produce fifty or sixty of them, and they calculated that this fighter could carry up to 24 Icebreakers.
It also has great destructive power. It can be said that one such fighter carrying 24 Icebreakers can be equivalent to the effect of saturation bombing by ten B29s.
The aircraft manufacturing plant has since risen!
Then Leon looked at the bill and fell into deep thought.
This fighter costs 20 gold coins...
And the missiles also cost nearly 100,000 gold coins...
The cost of building a Midway-class aircraft carrier is only 50,000 gold coins...
Leon was heartbroken.
(Good night, I have to go to school tomorrow (＞﹏＜))