Therefore, Jiang Cheng is not at all worried about the lack of technical personnel under his command right now. Countless technicians want to join Jiang Cheng's program and advance with him towards the vast cosmos.
It's quite odd when you think about it: initially, the crew from the Huaxia Aerospace Bureau was rely seconded here.
But ti has passed for so long, and the Aerospace Bureau hasn't approached Jiang Cheng to reclaim those technicians from back then.
The tech team that ca from the Aerospace Bureau is living quite comfortably now and haven't ntioned anything about returning.
Naturally, Jiang Cheng's side also won't actively bring up this matter, as he is reluctant to see them return, especially since Xiao Peng is his indispensable assistant, and Jiang Cheng absolutely won't let him go.
Thus, this issue has been stalled, and everyone has tacitly chosen not to ntion it.
It seems that the Huaxia leadership, seeing Jiang Cheng's excellent achievents in the aerospace field, has implicitly allowed these people to follow Jiang Cheng from now on.
After entering the aerospace technology company, Jiang Cheng greeted the two young receptionists and walked straight towards the laboratory.
Within the aerospace technology company, there are many laboratories, each engaging in different technology research and developnt work.
This ti, Jiang Cheng is heading to the main laboratory of the company, which is the largest among all the laboratories.
It's also the laboratory with the most equipnt and technicians.
Upon entering this main laboratory, Jiang Cheng imdiately saw countless technicians busy with their tasks.
So were operating equipnt at hand, conducting experintal projects.
So were writing and drawing in front of computers, seemingly drafting design blueprints for sothing.
More people were gathered around a giant workbench, apparently discussing sothing.
Each of them was fulfilling their respective roles, contributing their efforts to the technical team.
Jiang Cheng walked directly to the workbench, standing beside the technicians, observing the contents of their discussion.
This gigantic workbench was placed centrally in the laboratory, occupying a considerable area within it.
A group of technicians from Zhou Country stood around the workbench, engaging in an intense discussion about technical issues.
A young technician was expressing his opinions, speaking loudly, seemingly to emphasize his points.
I think this Mars mining robot should not adopt this transmission design. Though this design has a very high transmission efficiency, it's not stable enough.
If a mining robot breaks down on Mars, there's simply no maintenance condition on Mars, so we should use a more conservative transmission design, sacrificing so power to ensure the equipnt's overall stability.
Standing beside him, a middle-aged technician seed to disagree with his viewpoint. When the young man finished speaking, he imdiately countered.
You're right that having a stronger power ans sacrificing so stability, and this indeed makes the mining robot more susceptible to malfunctions.
But have you considered that if the mining robots lack enough power, the mining efficiency will greatly decline? To complete the scheduled tasks, we would have to increase the number of mining robots.
Thus, we'd have to send more mining robots to Mars. You know how difficult it is to send items to Mars. If the efficiency is too low, sending materials directly to Mars might even be more economical.
The middle-aged man raised the issue of operational efficiency, showing that his viewpoint significantly differed from the young technician's.
He believes that sacrificing stability is acceptable for improved efficiency, emphasizing that work efficiency should be the top priority.
Originally, the technicians were discussing the technical matters concerning the mining robots.
If this Mars landing plan succeeds, the next step is for Jiang Cheng to establish a simple base on Mars for future astronauts to use.
The materials required to establish a base are nurous, and if everything has to be sent from Earth to Mars, the needed rockets would be too many.
Thus, Jiang Cheng considers sourcing materials locally on Mars, extracting simple tal substances directly from Mars.
But mining and slting tals on Mars is no easy task.
Jiang Cheng has solved the slting issue; he's designed an integrated slting device.
This device utilizes nuclear fusion as its energy source, capable of slting all minerals into tal products.
It can even perform simple processing on these tal products, forging them into desired shapes.
aning, with this integrated slting device, just place the minerals inside and you can get the desired tal parts.
You can tell this integrated slting device is incredibly sci-fi, not sothing easily made on Earth.
Yet Jiang Cheng completed this sowhat sci-fi invention because Jiang Cheng is unlike any ordinary human.
This device took Jiang Cheng a very long ti to complete—it can be considered advanced technology surpassing its era.
Now, with this device, simple tal parts can be manufactured on Mars.
However, having the slting and forging integrated device doesn't an all problems are solved.
They still need to mine on Mars to et the mineral demands of this device.
Even if Jiang Cheng only targets the shallow mineral veins, it remains an extrely challenging task.
Mining via manpower is simply impossible; astronauts aren't sent to Mars for manual digging work.
Therefore, Jiang Cheng requires a fully automatic mining robot that can mine on Mars unaided and transport these minerals back to the Mars Base.
Jiang Cheng initially assigned this task to his technical team, and after so ti of research, they're starting to have so preliminary outcos.
But these mining robots are not yet perfected, requiring further refinent.
The workbench utilizes holographic projection technology, displaying many mining robot models.
These models are all designed by them, yet their effectiveness is not satisfactorily ideal.
These so-called robots don't resemble humans at all; they can barely count as humanoid robots.
The models of these mining robots vary in appearance, looking peculiar and none resembling humans.
Robots are rely a nonclature here. Mining robots are for mining purposes, and there's no need to design them to resemble humans.
So unique shapes can enhance the mining robot's efficiency, offering more advancent compared to humanoid robots.
They are discussing the improvent of the mining robots, and it appears they are facing challenges.
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