Even the J-7 modified experimental fighter jet controlled by an intelligent unmanned robot can invade the enemy's air defense system before attacking, thereby paralyzing its air defense system and making it easier for the fighter jet to break in.
All these tactics and strategies are generated independently by the intelligent system of this intelligent unmanned robot. It does not require external intervention and everything is done autonomously. In other words, the rear command and control center only needs to issue combat tasks, and the rest
Just leave it to this J-7 modified experimental fighter jet controlled by an intelligent unmanned robot.
Seeing this, Wu Hao has a relatively comprehensive understanding of the performance of this intelligent unmanned control robot, and has also realized the importance of this technology and equipment, as well as its broad application avenues.
This technology and this intelligent unmanned robot are still being kept secret. Once it is unveiled, I don’t know what kind of waves it will cause, but it is foreseeable!
In addition to driving tanks and fighter jets, this intelligent unmanned robot can also drive various armored vehicles. It can even be used to control missiles, realize the unmanning of missile launch sites and missile systems, and can also be used to drive some other vehicles.
Military aircraft, such as transport aircraft, tankers, etc.
It can also be used to drive other weapons and equipment, such as small patrol boats, large ships, and even underwater submarines. It can completely replace people for unmanned control, or it can also be controlled in conjunction with people.
Related equipment, joint operations.
Below are videos of us operating and driving some other weapons and equipment...
After hearing Zhou Yonghui's words, Wu Hao waved his hand and said, "No, these are enough."
You have already seen this intelligent unmanned robot driving vehicles, tanks and fighter jets, so there is no need to see other test equipment. After all, you can drive these equipment, and other weapons and equipment are probably not a problem.
Hearing what Wu Hao said, Zhou Yonghui nodded. Then he smiled and said: "In fact, in addition to military use, this intelligent unmanned robot can also be widely used in civilian fields.
For example, in the field of autonomous driving technology. Although our current technology in this area is very advanced, our country has also achieved very fruitful results in the field of autonomous driving technology and the automotive field, and there are more and more autonomous vehicles, but there are still
Many vehicles do not have self-driving capabilities.
For example, many freight vehicles have only some simple assisted driving functions and are very dependent on the driver. Although there are already self-driving technologies and self-driving vehicles based on freight vehicles, they are very expensive. Moreover, these
Freight vehicles are not fully adapted to autonomous driving technology. In particular, many freight vehicles are fuel vehicles, making it difficult to apply this technology.
Besides, these freight vehicles, which play a huge role in the economy and people's livelihood, cannot all use electric new energy sources. Although electric vehicle technology is very mature, it is still not as good as fuel vehicles in terms of adaptability and reliability.
.
Therefore, no matter how advanced the technology of self-driving electric vehicles is in the future and how many smart-driving freight vehicles there are, it is impossible to replace traditional fuel trucks.
Of course, although it cannot be replaced, the use of low-cost intelligent driving freight vehicles will greatly reduce the living space of these traditional fuel trucks, prompting these fuel freight vehicles to gradually withdraw from the market, or move to some places where the basic conditions are not developed enough and the transportation system is not developed enough.
backward areas."
"As for our intelligent unmanned robot, it can realize the driverless function of traditional fuel vehicles. In other words, we only need to bump this intelligent unmanned robot into the driver's seat of a traditional freight vehicle.
, it depicts an advanced driverless freight vehicle.
The entire installation process is very simple. There is no need to modify the original freight vehicle. It is very convenient and saves a lot of modification costs. And if you don’t want to use it in the future, you can just dismantle it without causing any damage to the vehicle.
damage."
“In addition to being used in freight vehicles, this intelligent unmanned robot can also be used in some engineering machinery vehicles, such as bulldozers, loaders, road rollers, forklifts, excavators, forklifts, cranes, etc.
Although these engineering machinery vehicles now have unmanned remote control versions, they are expensive. As for us, we only need such an intelligent unmanned control robot to realize unmanned automation of these ordinary engineering machinery vehicles.
, it can be said that with intelligence, a very large amount of modification costs are left, and the cost is also cheaper.”
"For another example, if you think about some irreplaceable human control positions in the past, this intelligent unmanned robot can now be used to replace them. There is no need to modify the original equipment, you only need to equip such an intelligent unmanned robot.
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This is very practical for many small and medium-sized factories that lack funds and are difficult to upgrade. They do not need to spend money to buy intelligent, automated and unmanned production equipment, they only need some such intelligent unmanned control robots.
It can replace personnel in disguise to complete the automated, unmanned and intelligent production process, thus greatly reducing production costs.
Moreover, these intelligent unmanned robots are separated from the production equipment. That is to say, even if these production equipment are eliminated, these intelligent unmanned robots can still be used. Even if the factory goes bankrupt, these intelligent unmanned robots can still be used.
It can be sold to other manufacturing companies without worrying about no one taking over.
From this perspective, they should not be counted as machinery and equipment, but labor force, mechanical labor force, or robot labor force!
Just like people, these robot labor forces can be transferred according to the benefits and needs of the factory. When the factory reduces production, these intelligent unmanned robots do not need to be idle, but can be transferred to other factories to participate in production.
Not only can the factory save a maintenance fee, but it can also be used up."
"We have even thought that in the future, a specialized robot labor dispatch and labor agency company may appear because of this kind of intelligent unmanned robot, which will be responsible for the transfer work in this area.
The factory only needs to prepare production equipment, and the robot labor dispatch company will provide robots to participate in production. The factory will pay corresponding commissions, or provide corresponding dividends or shares.
As for the robot labor agency, as the name suggests, it also helps those idle intelligent unmanned robots to find jobs again and make full use of them."
