The Navy Has No Nuclear Power, So What Does It Have To Do With Our Coast Guard?

After the awarding ceremony of the Model of the Times, Qin Chuan devoted all his energy to the manufacturing of exoskeleton power-assisted law enforcement armor.

In addition, after spending a lot of time, he finally completed the design and development of the military unmanned mechanical dog that serves as a pioneer in law enforcement.

The mechanical dog is actually the same as the exoskeleton power-assisted armor in terms of power system and mechanical skeleton selection.

Both use dynamic batteries to supply output energy and use lightweight but strong titanium alloy and carbon nanotube composite materials as skeletons.

This ensures that it has extreme structural strength while also having very high agility.

Its power servo system is also extremely similar to the skeletal movement of real dogs.

In addition to being able to achieve efficient and flexible maneuvers, it can also fight in complex urban corridors and mountainous environments.

But these are not actually the biggest difficulties encountered by mechanical dogs in design and development.

Compared with problems such as engineering machinery, if you want the mechanical dog to have extremely high”intelligence”, even as smart as a real military dog, the most important thing is to enable it to effectively detect and identify targets!

Because only after detection and identification and comparison can it calculate and make correct judgments and instructions!

But this requirement is something that traditional solid-state laser radars cannot do at all!

The distance measurement method of traditional solid-state laser radar is very simple, that is, to judge the distance between two objects by the flight time of the emitted laser signal.

However, the anti-interference ability of this solid-state laser radar is too weak.

If there is heavy fog on the sea surface, or heavy rain falls on the islands and reefs, it is easy for the mechanical dog to become”blind” and enter a paralyzed state. It is even more likely to have a certain probability of misjudgment.

In addition, the traditional solid-state laser radar can not help the mechanical dog track and lock an enemy unit at all.

This is determined by the working principle of this radar.

It can detect and judge obstacles in front, but it can not judge how fast the moving target is running.

This will cause the machine gun on the mechanical dog to be unable to pre-aim and strike fast mechanical units.

For military mechanical dogs, whether it is anti-interference or inability to attack moving targets, this is a very unacceptable defect.

If you want to solve this problem quickly, then you can add other detection and identification instruments such as millimeter-wave radar to the mechanical dog.

By stacking equipment and configuration, these detection instruments complement each other and finally achieve accurate detection and identification.

But Qin Chuan denied this route at the first time!

Because the”Law Enforcement Pioneer” he wanted to design needed to face the bumpy and complex environment of ships and islands and reefs, he pursued lightness and flexibility.

If the”Law Enforcement Pioneer” was designed to be very bloated in the end, it would definitely not meet his expectations.

So Qin Chuan disassembled the traditional radar based on the technical basis provided by the modification system, changed its reduction ratio and maximum speed, upgraded its photoelectric encoder and other parts, and comprehensively upgraded the radar of the mechanical dog.

In the end, under his design and modification, a new overclocked phased array multi-line full-situation radar was developed.

This new radar conversion idea can detect the distance of the target unit through overclocking changes.

In addition, the speed and distance information of the target unit can be calculated through the change of light reflection.

And because Qin Chuan modified and upgraded various components such as the light source transmitter, filter, and detector in the radar.

Therefore, this new radar can not only receive only the light waves emitted by itself without being interfered by natural light waves, but also can even achieve full-situation perception through integrated transmitters and receivers.

Simply put, it can send detection light waves to the surroundings uninterruptedly or even at ultra-high frequency.

All object units around are within the coverage of its detection light waves.

In this case, its radar can clearly draw the general outline of these object units through these detection light waves!

Even including its moving direction, moving speed and other parameters!

It is no exaggeration to say that Qin Chuan’s mechanical dog is absolutely one generation ahead of similar military mechanical dogs developed by other countries with this overclocked phased array multi-line full situation radar alone. Under the super full situation target perception detection and identification of”Law Enforcement Pioneer”, other mechanical dogs may only be like a fool.

Moreover, in order to ensure that the machine gun mounted on the mechanical dog is not disturbed by the recoil when shooting on the move, Qin Chuan also upgraded it to an electromagnetic machine gun!

In this way, whether from the mechanical dog platform or the electromagnetic machine gun weapon, the”Law Enforcement Pioneer” has achieved an amazing combat effectiveness!

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At the end of June, the weather in Yanjing had become very hot.

However, there was good news at this time, that is, the first batch of exoskeleton power-assisted law enforcement armor suits were finally manufactured.

After receiving this news, Qin Chuan immediately notified Director Wang of the Coast Guard General Administration and invited him to the equipment test field to test the new law enforcement suits of the Coast Guard!

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