sbdcsierra Chapter 322 Test, Target Drone
Chapter 322 Test, Target Drone
The anti-aircraft missile was shot out like an arrow, and then, under the guidance of the ship's radar, it disappeared from people's sight at an extremely fast speed.
At this time, their movements can only be tracked through radar signals, and it can be clearly seen that the two signal sources are rushing towards the signal source of the target aircraft.
"Report, two target planes have been successfully shot down." The radar soldier stared at the radar screen and reported to everyone excitedly.
As soon as he finished speaking, the four signal sources all disappeared from the radar screen.
Instead, there are a large number of small reflection sources, which are caused by debris produced by exploding aircraft and missiles.
There is no doubt that this means that the target drone has been completely destroyed.
"Great!" Wang Ze clapped his hands excitedly and expressed his satisfaction with the results of the experiment.
Others present also applauded to express their congratulations on this success.
"Is this test over? What shall we test next?" Wang Ze asked with great interest.
For him, this kind of scene had only been seen in videos before, but now he could experience it in person, which made him feel very novel and excited.
"Next we will conduct a saturation attack test, with a total of 24 target drones launching simultaneously. This test mainly tests the coordination and cooperation capabilities of our entire system." The person in charge explained patiently.
The reason for choosing 24 target drones is that this missile destroyer is equipped with only four air defense missile launchers, each of which can launch six missiles at the same time, so a total of 6 missiles can be launched simultaneously.
This design is intended to simulate the complex situations in real combat and test the entire system's ability to cope with multi-target, high-intensity attacks.
Each one has six launch ports and can theoretically shoot down twenty-four aircraft at a time.
I was planning to get some more and try to install them and launch them again.
But considering that the navy has not received systematic training.
It would be terrible if something went wrong when assembling the missiles too hastily, so the project was abandoned.
The naval soldiers below dragged a small cart to the place where the missiles were launched before.
The small vehicle was produced by the research institute itself and was used to transport the missiles they produced in the underground base.
This time it was directly given to the ship as a supporting tool on board.
Under the guidance of a base researcher, the navy soldiers clumsily completed the installation of two air defense missiles.
Everyone on the podium knew that the speed was too slow, but no one said it out loud.
After all, this is the second time these naval soldiers have installed the system, so it is normal that they are not familiar with it.
After everything was ready, the person in charge of the test picked up the satellite phone and talked to the airport.
"We are ready and can start at any time." said the people on the ship.
They confirmed their own coordinates and locations with each other to indicate that everything was ready.
Although Nanhua's target drones can now control their flight posture through remote control, controlling twenty-four aircraft at a time is a huge challenge for the airport.
After all, we cannot see the situation on the scene with our own eyes. If the plane crashes due to remote control error, the consequences will be disastrous.
Therefore, the target drones this time were set to fly towards the target at full speed according to the predetermined coordinates.
As long as any target aircraft enters the five-kilometer range of the missile destroyer, it means that the missile test has failed.
This testing method is extremely challenging and places extremely high demands on the missile's attack system.
According to the design of the research institute, after the missile is launched, a series of data will be connected in series, and the corresponding program will be run in the internal chip, and the system will automatically assign their respective targets.
Theoretically, there should be no problem with this system, but the results of actual tests will become an important basis for their future improvements.
Faced with such a thrilling test, everyone present was excited.
They stared closely at the missiles lined up neatly below, their hearts full of anticipation, imagining the spectacular scene when they would be launched together later.
The cameramen below are also busy. They need to capture every detail so that people can better understand the whole process of the experiment in the future.
Together with their colleagues, they carefully arranged and debugged various camera equipment to ensure that every angle could perfectly present the wonderful moments of the experiment.
This scene will be recorded and become a precious picture that Nanhua will always remember.
"Report! The radar has detected the target and has reached the designated position!" the radar soldier shouted loudly.
In fact, the ship had already keenly captured the whereabouts of these target aircraft as soon as they took off.
This guided missile destroyer is equipped with an extremely powerful radar system, which is powerful enough to detect reflection sources within a radius of 400 kilometers.
Although the range of Nanhua's missile is only 90 kilometers, it is after all only a missile used for air defense on ships. Compared with land-based missiles, the attack distance is naturally much closer.
However, even so, it still far exceeds similar products in other countries.
For example, the effective range of the air defense missiles of the United States and the Soviet Union is only about 50 kilometers.
With the command of the commander: "Launch the missile!"
Suddenly, a series of continuous whooshing sounds came one after another.
Wang Ze stood in front of the window, his eyes fixed on the launch pad below.
Missiles were fired one after another like arrows from a bow, at an extremely fast speed that was dazzling.
In just less than ten seconds, all six missiles were successfully launched and flew into the distant sky.
At the same time, the naval soldiers also acted quickly. They operated the missile transport vehicle and rushed quickly to the launch pad.
Each group of five worked closely together. Although they were unfamiliar with the process, they followed the process step by step to refill the launch pad that had been emptied of missiles.
Although their filling speed was not included in the test of the project, Navy officers still arranged the task.
Through this practice, they hope to understand how long it takes for soldiers who have not received professional training and have only installed missiles twice to complete the loading operation.
After all, this is also a valuable piece of data. Only by mastering this information can we better deal with various situations in wartime, provide stronger support for commanders, and give full play to our combat effectiveness.
Wang Ze walked towards the radar screen and stood in front of it.
Staring closely at the densely packed light spots on the screen.
On one side are twenty-four anti-aircraft missiles, and on the other side are twenty-four target aircraft.
Both sides were extremely fast, especially the missiles, which could reach speeds of up to Mach 2.
In less than two minutes, the two sides met in the air.
The advanced attack system on the missile, relying on its own powerful functions, quickly and accurately assigns targets based on the data obtained from the missile's infrared radar scanning, demonstrating unparalleled efficiency and accuracy.
The ternary system is very flexible in this kind of intelligent selection. If there is an allocation conflict, the target will be reallocated immediately.
Instead of going through the tedious steps of canceling the target first and then selecting the target.
In daily life, even if the system is a little slower and the data is a little more, the impact is not significant. However, at the attack speed of Mach 2 of the missile, a faster or slower speed will lead to a qualitative change.