Chapter 493 - 494 Colonialism in progress

Name:How the Zergs were Made Author:
Chapter 493: Chapter 494 Colonialism in progress

For collectors, the star system with asteroid belts other than the Kuiper belt is the easiest to develop star system, because in the early stage of the colonial development of the star system, they can obtain sufficient material resources and do not need to consider the gravity of the planet when mining the planet.

"Well, wait for me. Don't accelerate so fast. Slowing down will consume more antimatter."

"This amount of resources will be consumed. We can't exceed the planned time, which will disrupt the initial arrangement."

"Although this is the truth, the production of antimatter is very low. It takes time for the giant structure to hoard enough. We need to prepare for the next voyage."

After entering the star system, the task was initially assigned, and the subluminal creatures were divided into several groups. At this time, the two subluminal creatures were traveling together and using antimatter to advance to the asteroid belt.

In addition to the Kuiper belt, this star system has two asteroid belts. Their destination is the outer asteroid belt, which is in the sixth orbit of the stellar system.

This distance is still relatively time-consuming at the current speed of the two organisms. It crosses a distance of more than ten astronomical units and consumes 43 times to rotate for a week to reach the outer asteroid belt in the outer ring.

"You go that way, I go this way, and act separately, which is the most efficient."

As soon as they arrived, the collector received radio messages from their peers.

The collectors don't mind the split action. This is to speed up the progress. For the development of the ethnic group, how can there be any objections?

However, before the split action, the collector himself still has some problems that need to be solved by his or her peers, so when expressing his or her ideas, it also asks for inquiries from his or her peers.

"I understand, but can you give me some water resources?"

"Have you run out of water resources? There is no place to use water resources on the voyage, right?

The two sides are separated and go to explore everything in the asteroid belt by bowing left and right.

Due to the lack of water resources, the collectors are the first to search for asteroids rich in a lot of water resources such as ice meteorites. While supplementing water resources, they also nurture biological factories such as beehives that can process and dismantle compounds.

The hive will be the main pioneer of these arrangers to search for resources in the asteroid belt, which can be used as both a material processing plant and a biological maintenance station.

The processed material resources will be stacked to facilitate the use of the group. With the processed material resources processed by the honeycomb, the resource exploitation in the asteroid belt will only increase exponentially.

However, the premise of all this is that there must be such a large ice meteorite. If not, it is empty talk. The problem is here. Without water resources as a start, it will be quite difficult.

"The first thing to do is to find a meteorite rich in water resources..."

The collector said to himself secretly that it stretched out its tentacles and came into contact with the meteorite. On a microscopic scale, it can be seen that the tentacles have a large number of cilia. The role of these cilia is naturally to connect the material on the meteorite, so as to judge the proportion of the meteorite.

"No, this is not. This is an iron-nickel meteorite, the next one."

The collector was a little disappointed to leave the asteroid and went to the next asteroid with little difference in volume, hoping to find the resources they wanted.

However, the result still disappointed it. It could only keep searching for a suitable meteorite to camp in a meteorite.

"No, this is a chromium iron meteorite."

"This is also an iron-nickel meteorite."

"Carbon-silicon meteorite..."

"Carbon-sulfur-iron meteorite..."

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