Metropolis: Technology Maniacs

Five astronauts took a specially designed Mars rover and arrived in a basin near the base.

This basin contains a large number of platinum mines, and all of them are shallow veins, which is quite simple to mine.

After the astronauts arrived at the mission site, they left the rover and walked towards the bottom of the basin. ,

When you get here, you can't drive there, you can only use their legs to complete the last section of the road.

Although this kind of rover has been specially designed to adapt to the very complicated road conditions on the surface of Mars, this kind of basin cannot go down, and the **** has exceeded the maximum.

So the astronauts now had to walk slowly towards the bottom of the basin with their legs.

Fortunately, the gravitational force on Mars is smaller than that on Earth, so climbing up and down on Mars is not too tiring.

Otherwise, just going to the mining site would waste a lot of astronauts' physical strength, let alone need them to do other things later.

The basin is not particularly deep. It only took the astronauts half an hour to reach the bottom.

When the astronauts arrived at the mining site, they found that they were not the first to come here.

There are several mining robots at the bottom of the basin, which are on standby.

These mining robots were all sent in advance, and they could find land by themselves from the base.

This kind of mining robot uses artificial intelligence to control it, so it has a high degree of automation and can do many things by itself.

The iron ore needed to build a Mars base is all mined by these mining robots.

Without the ore provided by these mining robots, a Martian base would not be possible.

These inferior robots have played an irreplaceable role in the process of building a Mars base.

Now that they have completed their mission of mining iron ore, they will continue to serve humans on Mars.

But this time, what these robots are mining is worth more than iron ore.

It is estimated that these robots can mine iron ore for a year, and they cannot make as much money as they can mine for a day.

Because the ore here is platinum ore, iron ore has no qualifications compared to platinum ore, and the difference between the two is simply cloud and mud.

It is of course impossible to excavate platinum mines manually, so Ye Su transferred the mining robot over and is mainly responsible for the mining of platinum mines.

With this kind of never-tiring mining robot, the mining efficiency of platinum mines is definitely not much lower.

Now these mining robots are waiting for instructions, and then it's time for them to show their talents.

After the astronauts arrived at the mission site, they started on-site investigations.

The data here is still the record of the last Mars mapping project, just a rough picture.

They are now going to probe the situation around here in detail, so that they can make a mining plan based on the site conditions.

Several astronauts took out something like a flashlight and started to walk around.

The thing that looked like a flashlight was purple, covering a very wide area.

This gadget is Ye Su’s latest product, called a full-spectrum detector.

As long as it is illuminated by the purple light emitted by the detector, all the data will be detected, which can be said to be a very convenient detector.

The astronauts quickly walked around with the probe and collected all the information here.

The data collected by each person is aggregated to one person, who is also the captain of the five of them.

The captain of the five-member group is a middle-aged astronaut who has very rich space mission experience, so he was finally appointed as the captain of their group.

"Captain, how is the situation? Isn't that much different from what we expected?"

After collecting the nearby data, an astronaut walked to their captain and asked about the results of the final detection.

The squad leader looked down at the terminal device in his hand, and then said: "The situation is similar to what we thought. The results of detailed detection are basically the same as what we know."

"The distribution of platinum mines are all within 50 meters of the surface, and the reserves are about the same as originally predicted."

"It seems that there is indeed a lot of mining value here, and the conditions in all aspects are very good."

They were just testing the details of the vein. If this platinum vein is really worth mining, they will continue with the following work.

If the depth of the veins is too large or the reserves are insufficient, it is not worth their labor. In this case, they will have to change to another goal.

Fortunately, they did not come in vain on this trip. The mining value here is still very large, and there is not much difference from the preliminary detection results.

Since this can be used as the first platinum mine on Mars, the team leader did not hesitate, and directly gave orders to the astronaut under him.

"Get ready to get started. Arrange mining robots for preliminary operations, clear out enough work sites, and then slowly start ore mining."

After his order was given, they officially began today's task.

They are going to start mining here and dig out all the platinum under their feet.

Of course, they are not required to dig by themselves. The main work is naturally done by robots. All they have to do is plan and coordinate the work.

Soon this small basin, which was originally peaceful, was filled with noisy sounds.

The working efficiency of the mining robot is very fast, and a flat area was dug out in a short while as the working area of ​​this mining site.

On this fast leveling ground, several integrated melting and forging equipment will be placed in the future.

The mining plan that Ye Su prepared was to complete the smelting and forging work on the side of the mine, which would save a lot of unnecessary trouble.

At the very least, the astronauts do not need to transport a large amount of ore back, and then carry out the work of smelting and purification.

The smelting and forging integrated equipment can complete all the work, and the platinum ingots with high purity are put out of the crude platinum ore.

When the time comes, the astronauts only need to bring the finished platinum ingots back, which is extremely convenient.