It is estimated that it will take several years to fully understand the manufacturing technology.

Fortunately, I got the K7-level mechanical technology recorded in the original record on the heart of the machine.

This saved Jiang Ye a lot of time.

on the market.

The manufacturing technology of mechanical battle stars is divided into three types based on combat use.

The first type is a heavy tank, with high attack, high defense, and low movement speed.

The second is the sensitive type, high attack, high speed, low defense...  

The third type is comprehensive, high attack, high speed, high defense.

The manufacturing cost of each is different.

There is naturally a gap in the overall combat effectiveness of a single body.

Jiang Ye chose the third type, and it was also the type that could single out a K8-level civilization.

This third type has several key points.

One is the stellar engine.

A star is a cosmic body like the sun.

However, using the sun as the energy source of the mechanical battle star is too small.

As shown on fabrication drawings.

At least the size of Arcturus.

If there is an upper limit, there is no upper limit.

But there is a critical factor to measure.

That's how big of a planet you can find to terraform and load into how big of a star.

For example, if you can find a planet with the size of a first-magnitude star in Orion.

Then Arcturus is the same size as a marble in front of Orion's first-magnitude star.

Totally too small.

At least Rigel is almost the same.

Therefore, it mainly depends on how large a planet Jiang Ye can find in the Milky Way and Andromeda.

Generally speaking.

In terms of overall quantity.

Most planets are basically smaller than their stars.

Jiang Ye asked Pangu to call up the star maps of the Milky Way and Andromeda.

I searched for it with Pangu for a while.

The largest planet discovered in our galaxy is a Jupiter-like planet in the Andromeda galaxy.

Jupiter-like planet, 2.6 is Jiang Ye's name for it.

Mainly from the outside.

It looks a lot like Jupiter in our solar system.

And it's the size of the word.

It has reached [-] million times that of Jupiter.

Compared with the stars, it is equivalent to the size of a first-magnitude star in Orion.

in front of it.

Humans are really like microbes.

The small can't be any smaller.

Jiang Ye thought for a while.

With the volume of this Jupiter-like planet, the size of the star to be selected should be Rigel.

According to Pangu's statistics on the number of stars in the two galaxies.

There are more than 5000 stars of the size of Rigel.

Therefore, Jiang Ye chose the closest Jupiter-like planet in Andromeda as his target.

Jiang Ye named it Eternal Star. .

===Chapter 140 The fourth chapter of Chinese civilization is not to be messed with, prepare to manufacture mechanical battle stars! (seeking subscription) ===

Compare technical drawings.

Use a star of this volume as the energy source for the mechanical battle star.

It is enough for the mechanical war star to run continuously for 1 years with full firepower.

The target and vehicle for the Stellar Engine are selected.

But it is not that simple to put the eternal star in the body of a Jupiter-like planet.

The preparatory work alone will take decades.

"Pangu, mobilize people from the scientific research institute to set up a stellar engine working group, and start the preparatory work."

"Yes, sir!"

Jiang Ye let out a long breath.

Then I looked at the second key point on the technical drawing.

There is an idea about the energy of the mechanical battle star.

The next step is to match the attack.

The technology that Jiang Ye is currently best at is undoubtedly the best in space technology.

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