Chapter 869
Chapter 869
Xu Hao had never expected that the experts of the stealth reconnaissance aircraft would think so much.
If Xu Hao knew that the experts of the stealth reconnaissance aircraft project team would think so about him, he would probably laugh out loud.
After all, what they guessed was completely inconsistent with what he thought.
And Xu Hao was flipping through the pages of this book on solutions and improvement plans for the stealth reconnaissance aircraft problem.
Suddenly.
Xu Hao's eyes suddenly tightened and he thought of a possibility.
However, although he seemed to have guessed what the problem was.
However, the complexity and thorniness of this problem made Xu Hao sigh a little.
As we all know.
The stealth technology of stealth reconnaissance aircraft is a huge challenge.
The core of stealth reconnaissance aircraft lies in achieving efficient stealth performance.
This requires full consideration of multiple detection methods such as radar, infrared, and visible light during design, and taking corresponding measures to reduce the probability of being detected.
These should be considered from the aspects of optimizing the fuselage structure, using absorbing materials, and reducing the reflection area of the aircraft surface. However, achieving comprehensive stealth effect is a complex technical problem that requires comprehensive consideration of multiple factors and fine design and adjustment.
In addition, there are factors that contradict stealth technology in terms of materials and manufacturing processes.
Stealth reconnaissance aircraft need to use special materials and manufacturing processes to achieve their stealth performance.
These materials and processes may have high costs and complexity, and need to meet strict performance and reliability requirements.
At the same time, the manufacturing process may also encounter challenges in processing accuracy, assembly quality, etc. to ensure that the stealth effect of the final product meets expectations.
And this directly leads to the formation of a butterfly effect.
Because the stealth performance of stealth reconnaissance aircraft and the contradiction between materials and manufacturing processes, the development and innovation of detection systems will not be possible.
Although stealth reconnaissance aircraft are designed to evade tracking by various detection systems, countries are continuously developing and updating their detection capabilities, including radar, optics, electronic warfare systems, etc.
Therefore, while maintaining stealth performance, it is basically difficult for stealth reconnaissance aircraft to continuously adapt to and respond to the development of new detection technologies.
These directly lead to the huge problem of balancing the flight performance and stealth of stealth reconnaissance aircraft.
Because in addition to stealth performance, stealth reconnaissance aircraft also need to have excellent flight performance, such as speed, range, maneuverability, etc.
And the emergence of these problems also leads to how to maintain a high level of concealment while ensuring flight performance, which is a major challenge in the design process.
In addition, it should be noted that the greatest use of stealth reconnaissance aircraft is intelligence collection and processing capabilities.
However, the above series of problems have caused a series of problems.
As we all know.
The ultimate goal of stealth reconnaissance aircraft is to obtain valuable intelligence information.
Therefore, if Xu Hao's plan and program are to make the stealth reconnaissance aircraft have stealth capabilities and flight performance, it needs to be equipped with advanced sensors and data processing systems, which can achieve efficient reconnaissance and information extraction of targets.
However, this creates a huge problem with the integrated reconnaissance and strike stealth reconnaissance aircraft that Xu Hao pursues.
You must know that if you want to design an integrated reconnaissance aircraft.
It can almost be said that all the development principles and parts of a traditional stealth reconnaissance aircraft are full of contradictions and conflicts.
It can be said that it is almost impossible to design such a stealth reconnaissance aircraft according to Xu Hao's ideas.
First of all, it is difficult to ensure the stealth of a stealth reconnaissance aircraft with integrated reconnaissance.
However, in terms of materials and design, in order to reduce the radar reflection area, special materials such as absorbing materials need to be used, and the aircraft shape needs to be precisely designed to reduce radar echoes.
This has a huge contradiction with the principle of traditional stealth reconnaissance aircraft.
In addition, if the stealth reconnaissance aircraft uses multi-band stealth.
The stealth reconnaissance aircraft needs to achieve stealth in multiple frequency bands (such as radar, infrared, visible light, etc.), which requires comprehensive consideration of stealth technology in different frequency bands.
However, it is almost impossible to test the problem of integrated reconnaissance and attack.
Even if we consider the integration of reconnaissance and strike functions, it is difficult to solve.
If we consider the system integration of stealth reconnaissance aircraft.
The integration of reconnaissance and strike functions needs to ensure the installation of weapon systems while ensuring stealth performance.
This will cause unimaginable negative impacts on stealth performance during use and maintenance.
If we consider it from the perspective of weapon mounting and launching..
Stealth reconnaissance aircraft need to be able to mount multiple weapons and have the ability to accurately launch weapons. It is difficult to ensure these requirements while not affecting stealth performance.
This is something that is almost impossible to accomplish.
Especially if the stealth reconnaissance aircraft developed according to Xu Hao's plan does not solve those problems, it will directly lead to problems with informationization and data link technology.
First of all, it will directly affect the speed of data communication.
It should be known that the data communication between the reconnaissance aircraft and the operator must be fast to ensure that a quick response can be made after the target is discovered.
However, if it is according to Xu Hao's plan, it is almost impossible to ensure the speed of data communication between the reconnaissance aircraft and the operator.
Secondly, these problems will directly lead to the reliability of data communication being a huge problem.
First of all, it should be known that the data transmission of the stealth reconnaissance aircraft must be reliable, including long-distance transmission, satellite relay transmission, etc., and no errors or delays can occur during the transmission process.
And because of this series of problems, the security of the data transmission of this stealth reconnaissance aircraft will almost become a complete joke!
And these problems directly affect the information processing capability.
First of all, we need to know that the reconnaissance aircraft needs to be able to process a large amount of reconnaissance data in real time and quickly transmit key information to the operator.
However, because the data communication speed is affected, the efficiency of information processing capabilities is directly affected.
…
Xu Hao took a deep breath.
He did not continue to think about it.
After all, it is useless to think more.
At present, we must ensure that the problems we think of are consistent with the problems encountered by the experts of the stealth reconnaissance aircraft project.
Otherwise.
The problem solving and improvement plan of our stealth reconnaissance aircraft can be said to be full of loopholes.
And such a work cannot meet the requirements of the Heavenly Court Plan.
Thinking of this.
In the surprised expressions of the experts of the stealth reconnaissance aircraft project team.
Xu Hao slowly put down the plan in his hand and said out his guesses one by one.
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