Homo sapiens

Chapter 80 Another Way (Addition)
As a naval officer, Ovi carefully checked the parameters of this cruise missile and found a problem. He quickly reminded:

"Boss, is the speed of this missile too slow?"

According to the design plan, the flight speed of this cruise missile is about 500 kilometers to 700 kilometers per hour.

This is not a design problem, but among the spare parts used, the civilian piston engine can only reach this level of speed.

If you want to increase the speed, you can only use jet engines or solid fuel engines, but doing so will inevitably lead to an increase in production costs.

Moreover, jet engines and solid fuels are not so easy to obtain. With Luzon's industrial capabilities at this time, it is not possible to mass-produce them.

Even if it can be mass-produced, its cost will cause the output to fail.

The positioning of this kind of cruise missile is originally intended to overwhelm the enemy with its quantity. Naturally, it cannot greatly increase the cost for part of the performance.

"Speed ​​is indeed a weakness, but it is not irreparable." Li Qingye pulled out a new document.

The document is an improvement idea for this cruise missile.

Since the speed is limited by the engine, other solutions are used to compensate.

Option [-], ultra-low altitude penetration model.

Taking advantage of Homo sapiens' biological computer technology, the cruise missile is equipped with a super intelligent control system, which directly makes the missile fly close to the ground or sea.

It should be known that when the radar monitors ultra-low altitude, there is an insurmountable blind spot, because it is easily interfered by surface terrain, obstacles and water waves.

It doesn't matter how slow the missile is as long as it is not detected by radar.

After all, modern interception systems and defense systems all rely on radar, sonar, and satellites. Among them, radar is the key detection method. Once the radar cannot lock the intrusion target, those interception missiles and interception systems can only open their eyes and go blind.

Wait until you see the missile with the naked eye, and that's almost a death sentence.

Option two, absorbing stealth model.

It is to use materials that can absorb radar waves to make the missile invisible to electromagnetic waves, and it can also surprise the enemy silently.

Option three, submarine submarine model.

Designed in the form of a torpedo, coupled with the sound-absorbing tile technology currently owned by Homo sapiens, as well as bio-computer technology, this torpedo can submerge to the vicinity of the target and directly attack the waterline of the ship.

Or after being transformed into a coastline close to the target, it will directly become a fixed-wing missile to attack land targets near the coastline.

Option four, compound model.

A variety of technologies are combined to make it have the functions of electromagnetic wave invisibility, ultra-low altitude flight, and low-noise submarine.

This model is also one of Li Qingye's backup plans for intercontinental strategic missiles.

Its technical indicators require that it can secretly submerge to the vicinity of America's North American coastline, and then break into its land from an ultra-low altitude, and deliver a warhead weighing about 3 tons to any city in America.

If you want to wrestle with the five gangsters, you can't fight for financial resources with the other party, but use asymmetric means to make the other party use the mouse.

Anyway, Li Qingye's strategic idea is that you can destroy one of my branches, but I can also cause heavy losses to your homeland. Everyone will hurt each other, and see who can bear it.

Ovi deduced it in his mind according to the performance of these weapons.

He found that if these weapons could really be realized, if America wanted to take Luzon, it was estimated that within one or two hundred kilometers of the coastline of mainland North America, it would definitely be destroyed by Homo sapiens.

After all, the production cost of many of Homo sapiens' technologies is very low, and a large number of civilian spare parts are used. It is entirely possible to use the method of missile rain to consume the enemy's interceptor missiles and Phalanx ammunition on a large scale, and then create defensive blind spots.

Li Qingye continued: "I plan to set up a military industry department to specialize in the production and storage of various weapons. This year, I will allocate 2 million U.S. dollars to the military industry department, and the allocation in the next few years will not be less than this amount."

"Boss, although some parts are civilian products, I think it is still necessary to promote localization." Ovi reminded again.

Li Qingye nodded in satisfaction: "That's right, this year's allocation to the Ministry of Military Industry is to build some supporting factories in the remote islands and mountainous areas of the mainland."

Ovi, who has completely boarded the thief ship of Homo sapiens, naturally does not have the kind of comprador thinking that building is not as good as buying.

Even though many suppliers of spare parts are enterprises from Huaguo, Aowei did not relax his vigilance.

Therefore, it is very important to establish a self-sufficient supply chain.

After talking about Homo sapiens' weapon strategy, Li Qingye gave orders to Aowei and Chen Jianxiong:

"Ovi, ​​you have to select a group of suitable personnel within the navy and arrange them on a battleship."

"Okay." Ovi nodded.

"Jianxiong, you prepare a special intelligence team to use pheromone flies to leave pheromone emitters in its warships, aircraft, submarines, and bases."

Chen Jianxiong immediately understood Li Qingye's thoughts.

This is just in case, in the event of an emergency, Homo sapiens can use these pheromone emitters to lock on to these targets and act first.

At the same time, this is also to cooperate with the missile to achieve the effect of precise guidance.

After all, Homo sapiens does not have a satellite navigation system. Although it can achieve precise flight posture control and the like by relying solely on the computing power of the biological computer, the guidance method is still relatively simple.

If pheromone transmitters can be placed on the target or around the target in advance, then the missile can be equipped with a pheromone positioning system to achieve the effect of precise guidance.

Moreover, this guidance method has its own advantages compared with active radar and satellite navigation.

At present, the coverage of micro-pheromone transmitters can reach a radius of about 23-28 kilometers in areas such as open seas, deserts, and ice fields.

In cities, mountains, and tropical rainforests, it can cover a radius of about 13 to 17 kilometers.

And that's not the limit.

Because the pheromone detection system is composed of pheromone transmitters, pheromone receptors, and biological computers.

The current bottleneck of the pheromone transmitter is mainly limited by the transmission distance of the pheromone. The leaf moth type 3 tracking pheromone currently equipped can only reach a maximum transmission distance of about 30 kilometers.

The pheromone sensor is not a big problem, and the biological computer will become more and more accurate as the operating speed increases.

Therefore, the detection distance often depends on the pheromone type of the pheromone transmitter.

Li Qingye has already found a solution to this problem.

That is the step-by-step mutation plan, through technical means, to synthesize a macromolecular pheromone.

Assuming that the macromolecule pheromone is A, when its transmission time reaches the deadline, it will be decomposed into pheromone B, and so on, pheromone B can be decomposed into pheromone C again.

Through this kind of step-by-step variation, as long as the number of decomposition and variation of pheromone is enough, it may be possible to cover the entire earth in the future.

You know, a few milligrams of something like pheromone can cover an area of ​​tens of square kilometers.

In this way, Homo sapiens can establish a global surveillance system that is different from electromagnetic wave detection.

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(End of this chapter)