Mecha, Future Technology!
Right now, mechas were still something that scientists could only imagine. However, its advantage was self-evident.
There was no need to elaborate on the significance of human exploration of space.
In addition to yearning for the unknown and mystery, modern high-tech technologies such as positioning, navigation, integrated circuits, chips, communications, and so on were closely related to aerospace technology.
It was no exaggeration to say that the development of aerospace technology had become an important indicator of a country's overall national strength!
All kinds of countries spent a lot of manpower, material resources, and financial resources to launch spacecraft, build space stations, and secretly seize the space battlefield. They were also fighting for the right to speak in the future!
And mechas were recognized by scientists as the technology of the future!
This kind of future technology was extremely useful in seizing space territory.
If humans entered space, they would not be able to survive in the environment of microgravity, high vacuum, large temperature difference, and strong radiation. They could only rely on expensive spacesuits and life support systems.
But even so, there were still flaws that made it difficult for him to move and his life could not be guaranteed.
However, mechas did not have such problems!
After entering space, they could still carry out all kinds of work without being affected.
They could build space buildings, maintain and repair satellites and spacecraft, and even conduct space production and complete scientific experiments...
It was no exaggeration to say that the existence of mechas was indispensable for humans to realize their ultimate dream of transforming space into a habitable environment, establishing bases in space, and even moving into space!
Only they had the ability to survive in space for a long time, so they might have the ability to transform the space environment!
Even ordinary people could think about this, let alone those scientists who were immersed in aerospace technology and wanted to lead humans into space as soon as possible!
The concept of mechas had been in their minds for a long time, and many scientists from other countries had been studying them for decades.
However, advanced technology like mechas had yet to be created.
After all, not every scientist had an invincible system like Jiang Chen!
To them, the three basic systems of a mecha could not be perfectly realized with the current technology!
In other words, these three basic systems were the difficulties that limited many scientists around the world. After trying countless times, they still could not build a mecha!
The three most basic systems of a mecha were the power system, the transmission system, and the control sensor system.
Coincidentally, these three systems were all major difficulties that troubled scientists!
The first was the power limit of the power system.
According to the current level of technology, the best solution to solve the power system was probably the nuclear battery used on the spacecraft.
The battery's endurance was more than ten times stronger than the system of an ordinary car!
When a spacecraft was launched, it mainly used a very powerful reverse thrust. Moreover, it didn't need to make any complicated movements.
Therefore, using nuclear batteries as power was enough for the spacecraft to successfully fly and ensure that it could complete its subsequent missions!
However, once a mecha was manufactured, the work it had to undertake was countless times more complicated than a spacecraft.
In addition to its body that weighed more than ten tons, if it wanted to make all kinds of movements flexibly and smoothly like a human being, the power provided by the power system would need to be at least a hundred times stronger than that of a nuclear battery!
In other words, if he wanted to solve the problem of the mecha's power system, he would first have to carry out a revolution in power technology!
At least, at present, nuclear batteries, which represented the most powerful power, were far from reaching this condition. This was because nuclear batteries did not have any advantage in terms of power output!
As for conventional internal combustion engines…
Whether it was its weight or its power, it could not be used on mecha. Besides, this conventional internal combustion engine had another flaw, which was that it required a huge fuel tank.
This flaw was also the reason for the appearance of the nuclear powered aircraft carrier. A nucle-powered aircraft carrier had no advantage over a conventional aircraft carrier in terms of power output, construction cost, and maintenance cost. The only advantage was that it did not need a fuel cabin that could hold 10,000 tons of fuel. It could hold about 20% to 30% more fighter jets.
It could be said that the mecha's power system could only be nuclear batteries, but the current nuclear batteries were not enough to provide enough energy.
There were so many scientists in the world, and after decades of research, only one or two countries with more advanced technology had mastered the technology to use nuclear batteries!
Now, if they wanted to develop a technology that was dozens of times more powerful than nuclear batteries, they would need at least dozens of years to complete the research!
It was not an exaggeration to say that the development of the basic system of the mecha was enough to shock the entire world!
Of course, this was also the biggest headache for scientists!
Other than that, there was also the material composition of the mecha.
For ordinary robots, steel or aluminum alloy with sufficient hardness was enough.
However, for a mecha that weighed more than ten tons, the requirements for structural strength were ridiculously high.
Otherwise, if the mech moved a little, the materials that made up its body would be severely deformed. How could it continue to play?
Other than its weight, it also had to consider the operating environment of the mecha.
Since mechas were made because of the harsh environment that the human body could not withstand, then mechas obviously had to be very strong, and also have strong corrosion resistance and flame resistance.
In short, it was like a spacecraft that could withstand an ultra-high temperature of 2000 degrees Celsius and an extremely strong impact force without being damaged!
To meet this requirement, even the top material used to make spacecraft, titanium alloy, could not do it! Every time a manned spacecraft returned to the ground, it was basically the result of serious distortion. This was the reason.
However, if the strength of the mech was increased purely by increasing the complexity of the structure, it would cause the mech to have to withstand a stronger impact due to its increased weight.
The result might not change!
Therefore, in the eyes of many scientists, these two points alone were almost unsolvable!
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