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- ¡°The one who felt it most directly was Colonel Modric.
With an absolute advantage, the 82nd Guards Mechanized Battalion was defeated by the synthetic battalion, which was inferior to its own strength. On the surface, the tactics of the synthetic battalion were superior.
In fact, there has been a huge generational gap between the two.
This is like a team of ten thousand people equipped with swords and spears all the time, attacking an infantry regiment equipped with heavy machine guns and various automated weapons. It is not a question of numbers at all, but a technical dimensionality reduction strike.
Because of this, Modric immediately formed a campaign summary report after visiting the formation camp, which described in detail the obvious increase in combat effectiveness of the formation camp after the informatization transformation, especially mentioning the yyds-6 modular system. The role of drones in this exercise.
At the end of the report, Modric suggested that the Russian army rely on existing electronic technology, aviation technology, and learn from the successful experience of the synthetic battalion to immediately carry out corresponding technical research.
¡° This can increase the combat effectiveness of Russia¡¯s conventional forces by 2 to 4 times while keeping conventional equipment unchanged. It is a cost-effective deal no matter how you calculate it.
Maozi¡¯s senior officials who received the report naturally took it very seriously. Not only did batches of military leaders visit the compound¡¯s camp, but relevant technical personnel were also summoned by Maozi to start feasibility discussions.
After all, the statement in the Modric report that it can achieve the same combat effectiveness as the most modern U.S. military without replacing existing equipment is too tempting.
You must know that the entire digital transformation of the U.S. Army¡¯s Fourth Mechanized Infantry Division cost more than $8 billion.
Not to mention Lao Maozi, that is, the Soviet Union could not get so much money. Because of this, a cost -effectiveness became the goal of Lao Maozi pursuing up and down.
There¡¯s no way Maozi¡¯s body is weak now!
However, the path that Lao Maozi finally found to catch up with the advanced level of the world's armies was poured cold water on his head after careful study by a group of Russian technical experts.
The reason for this is very simple. At present, Russia simply does not have the industrial capabilities to implement simple, efficient and cheap information transformation such as the Synthetic Camp.
Take the wd-12ml micro-turboprop engine used in the yyds-6 modular drone. Even though Russia is considered to be world-class in the field of aero-engines, this kind of micro-turboprop engine that is not technically difficult is Can't be made.
No way, when something is miniaturized to the extreme, the difficulty will increase exponentially.
Microcarving is an example, and chips in semiconductors are a well-known example.
The same is true for micro-turboprops.
That¡¯s all. The key is the internal temperature, pressure and environment, which are no different from the high-power turboprops used on light and medium-sized transport aircraft. The pressure is as high as it should be, and the temperature is as high as it should be.
Under such circumstances, it is even more difficult to ensure corresponding cost control, basic power performance and good maintainability, which is even more difficult than high-power turboprops with extremely high technical difficulties.
China Tengfei¡¯s solution in this regard is very simple and crude, which is to use additive manufacturing technology to integrate core components.
Russian experts also want to re-enact it. After all, in the 21st century, 3D technology has been in the ascendant around the world, and Russia has also made corresponding achievements in this area, so they feel that what people in a certain country can do, they in Russia are no exception.
¡°As a result, I stretched out my hand and realized that it was not the same thing at all.
The wd-12ml micro turboprop engine produced by China Tengfei is not only powerful but also very durable. If properly maintained, it will not be a problem at all for two to three thousand hours.
More importantly, the wd-12ml micro turboprop engine is low-cost, less than 300,000 yuan each, so when the yyds-6 is replaced with a warhead, it will not hurt if it directly hits a high-value target.
On the other hand, the things made by Russia themselves look like that, but apart from the appearance, the rest can only be described as unrecognizable. It cannot even meet the basic process requirements, let alone practical applications.
That¡¯s it. The most important thing is the cost. China Tengfei can control the wd-12ml micro turboprop engine within 300,000 yuan, but the useless product made by Russia costs more than 300,000 US dollars.
Comparing the two can be said to be a judgment call.
" Of course, Russian experts were not reconciled to this. They found China Tengfei and asked what technology it used.
Zhuang Jianye, who received the visiting Russian expert group at that time, also responded simply: "Want to learn? Buy our equipment with money, and I will teach you!"
In one sentence, directlyA group of visiting Russian experts had fiery faces. They were former teachers. They came all the way to ask the students what their skills were and they were already giving them face. It turned out that the students not only refused to give it, but also put on a show of pretense. He looks like a teacher.
This makes Teacher Kerang¡¯s face really have no place to rest.
Without saying a word, he turned around and left angrily. He really couldn¡¯t let go of that arrogant old face!
The engine problem cannot be solved, and Russian experts have not given up. After all, Russian experts are not given for free. It is not impossible to solve it with Russia's unique fusion method.
The worst thing is to make this kind of drone bigger and stronger, as long as it can be used, there is no need to pursue the ultimate in flashiness.
However, just as Russian experts worked hard to use the smallest turboprop engine currently found in the country to stuff a Russian drone that is several times larger than the yyds-6, a key problem stumped these experts. Old experts who survived the Soviet era.
That is a multi-machine control problem.
"One or two drones are okay; three or four drones can hold on despite gritted teeth; when there are more than five drones flying in the sky, they start fighting.
There is no way, the respective communication channels and signals interfere too much, and it is impossible to control multiple drones to cooperate at the same time.
This cannot be blamed on the Russians for not working hard. In fact, the drone swarm technology originated in the 1990s. By that time, the Soviet Union had disintegrated. Russia, which had no foundation at all, could barely keep the old foundation left by the Soviet Union, let alone It¡¯s time to start a new battleground.
So Russia was completely left behind in this field.
When I developed my own drone, I was shocked to find that I couldn't even control five drones, but China Tengfei could make 64 drones operate at the same time. The gap was no longer a little bit, but a mile. Yana Trench!
This key technology cannot solve the problem. If you want to build a dynamic battlefield network at a low cost, it is just a dream.
There is no other way. A group of Russian experts can only shamelessly find China to take off again. Zhuang Jianye's attitude is still consistent, clear, and constructive, that is: "You want it? Buy our technology, and I will teach you." !¡±
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