After setting up the project name in the system, Lu Ziye began to set his own product requirements.
Since it was an anti-drone system on the battlefield, it should cover the cruising altitude of all active drones in the world.
Thus, Lu Ziye entered the design requirements: Intercepting altitude, within 30,000 meters.
At present, both civilian and military drones on the battlefield were flying at this altitude.
Yingchan's Global Hawk drone did not fly above 30,000 meters.
Most of the drones flew between 10,000 - 20,000 meters, but when launching missiles, they would descend to the launch altitude, usually 6,000 - 8,000 meters.
With the height of the interception, Lu Ziye prepared to set the interception range. The height was vertical, and the interception range was horizontal.
In other words, how many kilometers of interception range did it cover?
Lu Ziye calculated the combat radius of the current drones and came up with a number:
The combat radius of ultra-close-range drones was generally less than 15 kilometers.
This type of drone was generally modified from civilian drones and was used for reconnaissance or light firepower. For example, simple explosive grenades were thrown into the trenches from high altitude. Recently, it had appeared frequently on the battlefield.
This type of drone accounted for more than 80% of the number of drones on the battlefield. The cost was low, but the defense cost was extremely high.
The radius of the short-range drones was between 15 and 50 kilometers.
The short-range drones had a radius of 50 to 200 kilometers.
The medium-range drone's active radius was between 200 and 800 kilometers.
Long-range drones have a radius of more than 800 kilometers.
Lu Ziye set the interception distance at 1000 kilometers.
This range could prevent all drones from taking off within the combat radius, because their combat radius was directly covered by the interception range, and they were completely useless.
Imagine a top-tier drone that could only fly 800 kilometers away to fight.
So, you deploy the drone 800 kilometers away, but once you take off, you will immediately enter the effective interception range of the drone interception system 1000 kilometers.
The only way to avoid being shot down was to not take off. Just thinking about it was exciting!
With the interception range and altitude, the next step was to intercept the maximum number of targets and intercept efficiency.
Lu Ziye directly set the interception efficiency to 100%, because if he couldn't do that, the interception system would feel unreliable.
Lu Ziye set the maximum number of targets he could intercept at 10,000.
In other words, within a 1000-kilometer interception range, it could deal with 10,000 drones at the same time.
After completing the design requirements, Lu Ziye felt that it was ridiculous.
Think about it, within a range of 1000 kilometers and a height of 30,000 meters, even if 10,000 drones appeared at the same time, this system could destroy all the drones in minutes.
What kind of scene would that be? How much psychological trauma would it cause to the enemy?
After confirming the design requirements, the system started calculating and gave Lu Ziye the best design.
A comprehensive evaluation of the product design requirements has been carried out. Calculating the solution…
Design progress: 1%…2%…3%
The system's calculation speed was not slow, but the last time he designed the anti-firecracker interception system, there was no such progress bar loaded.
It seemed that the difficulty of the design plan this time was a little higher.
In about a minute, a total of 161 plans were listed in front of Lu Ziye.
This shocked Lu Ziye to the extreme. No wonder he was so slow. So he had planned out so many options for him.
Lu Ziye glanced at the product proposals and was shocked. He had never even heard of some of the technological names in these proposals.
[Anti-gravity Physical Interception Plan: Considering the current technological level of the host's world, 17,000 technological achievements need to be unlocked. It will take 11 years to complete the production!] The cost was 21.1 trillion.
[Micro-nuclear-powered drone devourer: Due to the current technological level of the host's world, 11,000 technological achievements need to be unlocked. It will take 7 years to complete the production!] The cost was 11.1 trillion.
I won't look anymore, I won't look anymore. This is too ridiculous.
Using this anti-gravity physical interception plan as an example, this method required the use of more than 20,000 sub-technologies, 17,000 of which were not available in his current world.
In other words, Lu Ziye needed the system to give him a plan. He had to light up these technology trees bit by bit and complete 17,000 technological breakthroughs. He would need to spend 11 years and 21 trillion dragon coins to succeed.
The amount of manpower and resources consumed in the process was really unimaginable.
However, Lu Ziye had a new understanding of his system. This system was really daring.
Lu Ziye sorted the time and cost in ascending order to select the designs that cost less and consumed less time.
In the end, Lu Ziye saw the best design.
Micro-Nucleus High-Energy Electromagnetic Cannon Interceptor: Considering the technological level of the host's current world, six technological achievements need to be unlocked. It will take one month to complete the production! The assembly line could be completed at a cost of 6.1 billion. [Grade: E]
The name sounded awesome.
Lu Ziye excitedly checked the details of the product.
…………
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