The VU-T10 tracked ground unmanned combat platform was too advanced for other students.
Even the layout of the components of the unmanned vehicle had various meanings and considerations. However, without a lot of pre-knowledge, other students could not understand these points at all.
After observing for a while, many people began to look at other equipment in the armor test field.
When the last student finished observing, the soldier in charge of remotely piloting the unmanned vehicle began to operate the unmanned vehicle through various terrains and obstacles on the console.
Due to the track-type chassis design, the unmanned vehicle had a powerful all-terrain traversing ability. Therefore, whether it was in the mountains, swamps, or deserts, it could not stop the rapid maneuvering of the VU-T10 tracked ground unmanned combat platform.
Without encountering any trouble, the VU-T10 passed all the terrain tests.
Whether it was an obstacle or other obstacles, the soldiers who were in charge of operating the unmanned vehicle's radar and other detection systems could always find them in advance and make effective responses.
After the demonstration of the ability to traverse complex terrains, it was time for the unmanned vehicle to demonstrate its firepower.
In the process of rapid maneuvering in the shooting range, the unmanned vehicle's integrated large-caliber rapid-fire cannon and parallel machine gun could fire rapidly at the fixed target position at the same time.
Even after switching to a moving target, the unmanned vehicle still maintained a certain level of accuracy while suppressing the fire.
Therefore, the VU-T10 tracked ground unmanned combat platform was indeed a mature unmanned vehicle with all its capabilities and no particularly prominent flaws.
Even if it was compared to Mao Xiong's Uranus9 unmanned vehicle that had been tested in actual combat, the VU-T10 was only stronger than it.
In terms of integration and information technology, the VU-T10 was far more advanced than Mao Xiong's Uranus unmanned vehicle.
It wasn't until the afternoon class ended that all the talents of the Weapon Engineering Department gathered and left the armor testing field.
………………
November 12th, morning.
They knew that today was the last day of Elder Huang's lecture, and it would be Elder Huang's PhD student's substitute class. The students were still very reluctant to part with Elder Huang.
Although they didn't understand most of the technology mentioned in Elder Huang's lecture, they had to admit that after learning from Elder Huang for more than a month, they had broadened their horizons and formed a certain understanding of the future development of weapons and equipment.
Especially the VU-T10 tracked unmanned ground combat platform. If it weren't for Elder Huang, they would never have come into contact with such advanced equipment.
This morning, Elder Huang was already waiting in the classroom.
"Today, we are going to talk about bionic robots, but I have to say that this lesson is a little too serious!”
Elder Huang said to everyone with a smile.
However, when they heard Elder Huang say that it was serious, the students only nodded silently without much reaction.
Because to them, so what if it was beyond the class?
Wasn't the course of unmanned vehicle engineering and design going beyond the curriculum?
Anyway, they wouldn't understand whether it was beyond the class or not, so they didn't care!
"In fact, in terms of fire control systems, detection systems, and most other technologies, unmanned vehicles are common with bionic robots.”
"If you completely understand the technology of the unmanned vehicle, you have already mastered 90% of the technology of the bionic robot. However, the difficulty of the bionic robot is in the remaining 10%, because no one has been able to come up with a solution for that 10% yet.”
"The final difficulty of the bio-robot is the mechanical operation method. For example, the unmanned vehicle is tracked or wheeled. This technology has been developed by humans for more than a hundred years and is very mature.”
" However, the technology to make machines imitate the legs of humans or animals is just beginning…"
Elder Huang explained to everyone.
However, when Elder Huang explained this part of the knowledge, many students surprisingly realized that they could understand what Elder Huang was talking about.
As there was no good solution for the mechanical movement of the bio-robot, what Elder Huang explained to everyone was only a concept and some superficial methods that could be tried.
" At present, many foreign institutions and a research institute in our military are researching the 'ostrich sports bipedal robot'. This is because among bipedal animals, ostriches run very fast. They can complete 100 meters in less than five seconds.”
" However, I still feel that the " Ostrich Bipedal Robot " will not be very practical for military applications because the stability of its feet is too poor. In addition, the legs of an ostrich are very long. Once this kind of camel-like robot falls down, especially when facing various complicated terrains in the military, it will be very difficult for it to get up.”
"The spider's six-legged bionic structure is relatively stable and can be tried. However, the mobility of the six-legged structure is too poor, so this is very difficult to solve.”
" Moreover, we need to let each leg step on a rock or a ditch so that the robot legs can sense and feedback and finally transmit the signal to the processing center. This requires various complex terrains for the bionic robot to learn..."
Elder Huang explained the current state of the development of bio-inspired robots at home and abroad as he shared his views.
Obviously, Elder Huang had done a lot of research on this, because he could provide some technical solutions or ideas for the difficulties he mentioned, which benefited Ye Bai a lot.
After listening to Huang Shi, an academician of the Dragon Country's Academy of Engineering, you have gained insight and have mastered the technology and knowledge related to bionic robots!
Ye Bai had learned a lot from Elder Huang about the mechanical movement and balance of the bio-robot.
He suddenly thought of what Elder Huang thought was the most difficult thing to do to make a bio-robot have " intelligence ". It could learn to deal with complex terrain and signal commands on its own. It could be done using the high-simulation environment he used when designing the suicide drone. It could be done offline with a supercomputer.
At this moment, more and more ideas appeared in Ye Bai's mind. The rough outline of a bionic robot had gradually taken shape in his mind.
However, at this time, Elder Huang had also finished his morning lecture.
"Students, don't forget the unmanned vehicle assignment I assigned. Of course, if you are inspired by this last class, you can also try to design a bionic robot. I can give you a higher score in this direction.”
"Also, if we really want to design a bio-inspired robot, I feel that using the structure of spider legs, but using four legs, it might not be impossible to have both mobility and stability!”
Before Elder Huang walked out of the classroom, he did not forget to turn around and remind him.
However, when Ye Bai heard Elder Huang's words, it was as if he had woken up from a dream.
This made the prototype of the bio-robot in his mind suddenly clear and take shape.
After listening to Huang Shi, an academician of the Dragon Country's Academy of Engineering, you have gained an epiphany. You have mastered the design and manufacturing method of the "Four-legged Unmanned Mechanical Firepower Platform"!
………………
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