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But this Future Rover designed by Jiang Cheng is completely different from those ordinary probes.

The Future Mars Rover employs many advanced technologies to ensure its smooth operation on Mars.

Moreover, Jiang Cheng has installed a repair module on the rover, so it can resolve issues by itself if any problems arise.

To ensure the rover can handle some simple issues, Jiang Cheng incorporated some special designs into it.

The Future Rover is also equipped with an Artificial Intelligence, a smart program specially written by Jiang Cheng for the rover.

Even if the rover encounters unexpected situations on Mars, the onboard Artificial Intelligence will handle it on its own.

So when the Future Rover successfully landed, it signified that Jiang Cheng’s plan to explore Mars had already been realized.

This Artificial Intelligence can autonomously analyze the situations encountered by the rover and make appropriate responses accordingly.

With the control of Artificial Intelligence, the rover can operate completely autonomously, accomplishing its survey tasks without their intervention.

It’s important to note that signals sent from Earth take several minutes to reach Mars.

If the rover always needed to be controlled from Earth, it wouldn’t be able to operate flexibly.

Just like those alien probes launched by humans before, they worked with rather low efficiency as they all needed to wait for instructions from Earth, resulting in limited exploration each day.

However, the rover specifically designed by Jiang Cheng is completely different; not only does it have Artificial Intelligence that can autonomously conduct all exploratory tasks,

but it also operates with incredible speed. Compared to those slow-moving rovers, it’s like comparing a snail to a rabbit.

Especially since Jiang Cheng also equipped the rover with a special transmission system that can adapt to various terrains, allowing it to traverse mountainous areas as if on flat land.

Even on the bumpy surface of Mars, it can reach very high speeds.

Additionally, the survey equipment mounted on the Future Rover has all been modified by Jiang Cheng.

The precision and coverage area of the surveys have been greatly improved, now enabling it to clearly map the conditions within a radius of several hundred kilometers wherever it travels.

With these improvements, the work efficiency of the Future Mars Rover has increased several fold.

This significantly shortens the time needed to survey the entire planet, allowing Jiang Cheng to obtain comprehensive data of Mars in a short time.

Jiang Cheng has put a lot of effort into ensuring the successful implementation of his plan regarding this rover.

It took Jiang Cheng and Xiao Peng several months just to develop this small Mars rover.

It can be said that the Future Mars Rover integrates the most cutting-edge technologies available today, alongside Jiang Cheng’s avant-garde technology that surpasses the current era.

Judging purely from technological advancement, this rover is the most advanced in the world right now.

The technological capability of the Future Mars Rover even surpasses that of war machines like the Iron Man Armor.

This shows just how much effort Jiang Cheng has invested into this rover.

When the rover transmitted its first set of data back successfully, everyone knew their mission for the day concluded perfectly.

The successful transmission of the first set of survey data indicates that the rover has started functioning normally.

Everyone can now finally relax, and after such a long period of tension, the atmosphere in the entire hall returned to a state of ease and relaxation.

Especially Jiang Cheng, who could finally unwind his nerves after being tightened for so long.

Currently, the main screen in the control center is displaying the images sent back from the Future Rover.

The images depict a desolate scene of Mars, with a pale red surface dotted by some scattered rocks, breaking the monotony.

The rounded surface seen by everyone is the imagery of Mars captured by the rover, featuring very high clarity and resolution.

People can even discern the tiny stones on the ground from the captured images.

Just from the imagery alone, the Future Mars Rover outperforms any other probes.

The images captured by other alien probes are often blurry; just getting a vague outline is impressive.

But the imagery transmitted back by the Future Rover achieves film-level clarity.

Of course, capturing high-resolution images of Mars’ surface is just one of the seemingly unremarkable functions of the Future Mars Rover.

Jiang Cheng didn’t go through all the trouble of building and launching it to Mars just to look at high-definition images.

The primary function of this rover is to collect various data from Mars, such as atmospheric composition, climate conditions, and detailed environmental data for different times and places.

It also needs to survey the detailed topographical features of Mars, like mountains and canyons, which are all essential for exploration.

Most importantly, the rover can detect the distribution of minerals on Mars.

The most special equipment on the rover is the mineral deposit detection apparatus, which took Jiang Cheng a significant amount of time to successfully install on the rover.

All of these details are meticulously recorded by the rover and transmitted back to the control center, laying the groundwork for future base construction on Mars. According to the data from the control center, the rover had already discovered a high-grade iron ore deposit.

This iron ore deposit is very close to the surface, making it very easy to extract, even with the rudimentary conditions on Mars.

Furthermore, the iron content in this deposit is quite high, making smelting a simple task.

Jiang Cheng attaches great importance to the discovery of this iron ore deposit, instructing his team to thoroughly record its location and the relevant details.

Upon discovering this iron deposit, Jiang Cheng plans to send a set of extraction and smelting equipment to Mars.

Basic materials needed for base construction can then be produced locally, eliminating the need to transport them all the way from Earth.

”Make sure to collect all the data diligently and analyze every single piece. If any unusual situations are found, report to me immediately.”

”I’ll have Lucy assist you with data processing. With her help, the pace of work will be much faster.”