With high technology in hand, we will lead China to break out of the universe

Isn’t this exactly what I was aiming for when I first acquired the Super God Black Technology System?

Su Fan's eyes became brighter and brighter, and he saw the direction.

The universe is vast and boundless, with countless resources waiting to be developed. The moon, which is closest to the blue planet, has huge amounts of helium-3 resources and various mineral resources waiting to be mined.

"Xiaoxiao, I didn't expect that you not only have big breasts, but you're also quite smart!"

"Why, do you want to touch it?"

Ever since Su Fan became younger, Zhou Xiaoxiao has become more obsessed with him and teases him from time to time, which makes him often angry.

"Uh... I'm sleepy. I'm going back to my room to sleep. You should get some rest too."

Su Fan fled in a panic.

Oh, woman!

It’s because you’re greedy for my young body!

bah bah bah!

Returning to the room, he opened the super-high-tech system with a serious expression!

……

Although we have developed the first-level gene optimization fluid, we are still unable to purchase the technology of the second-level civilization.

Su Fan set his sights on the aerospace plane and briefly read some introductions. Su Fan shook his head and set his sights on the F-class spacecraft. Although it was a bit expensive, he had no shortage of influence.

Now his influence value has reached 10 billion.

Different influences have different influence values, specifically:

Positive reviews: 1 impact value

Admiration: 10 influence points

Hardcore fans: 100 influence points

Die-hard fans: 1000 influence points]

The maximum influence value a person can generate is 1000, so it is normal for him to have 10 billion influence value now.

Without hesitation, Su Fan chose the Kunpeng 1 spacecraft technology from the F-class spacecraft, with an impact value of 99999.

After the exchange, he did not hesitate and chose to withdraw directly.

The next morning, Su Fan woke up and went downstairs to eat a lot again.

After eating and drinking, he began to carefully review the information in his mind.

Kunpeng-1 spacecraft, an F-class carrier spacecraft.

It is 200 meters long, 120 meters wide and 80 meters high. It is equipped with a planetary-level anti-gravity engine, an FD100 electromagnetic kinetic energy cannon, and an FJ100 laser cannon. It can fly freely within the planetary system with a maximum flight speed of 10 kilometers per second.

This is the general information of the Kunpeng-1 spacecraft.

Although it is a transport spacecraft, at its speed of 10 kilometers per second, no weapon on Blue Star can catch up with it.

It is also equipped with two FD100 battery kinetic cannons and two FJ100 laser cannons, both of which can reach the power of the atomic bomb dropped by the United States on the United States.

The armor of Kunpeng 1's spacecraft is also very strong. Unless a large-yield nuclear bomb hits the hull head-on and detonates close to the ship, it will not have any impact on Kunpeng 1.

Of course, Kunpeng 1 is a carrier spacecraft after all, so its carrying capacity is its strong point.

It can carry 1 tons of cargo without affecting the flight speed.

It can carry, fight and run, and it can also carry a lot.

Su Fan was envious of the power of Kunpeng 1, but building a spacecraft was not a simple matter, and it was even more complicated than building a controlled nuclear fusion reactor.

First up is the core of the spacecraft, the anti-gravity engine.

As the power heart of the spacecraft, Kunpeng 1's anti-gravity engine is planetary-level. As long as it is within the planetary system, Kunpeng 1 can fly freely.

The energy supply center of the planetary anti-gravity engine is the deuterium-deuterium controlled nuclear fusion that has been developed and put into use.

This has been done, just modify it. There are ready-made drawings in Black Technology, so you don’t need to spend much effort.

The next breakthrough is the main material of the anti-gravity engine. This new material also needs to be developed, but the design drawings of the engine are already available, so it is not difficult to manufacture.

The material of the spacecraft's outer armor is also new, but materials that can withstand small-yield nuclear bombs cannot be produced casually.

Moreover, the main body of the spacecraft is particularly large, and although there are detailed drawings, it is not easy to manufacture.

The research and development of new materials can be done by myself, four professors from the Institute of Materials Science, and some doctoral and master's students to assist.