Sure enough, when the main force of the red fighter jets entered area 395, twelve Fuji smart attack drones suddenly appeared from behind the main red fighter fighter formation. They launched an attack on these red fighter fighter formations from a distance of 70 to 80 kilometers.
The red fighter formation reacted in a panic and quickly evaded, but six or seven fighters were still shot down in the first round.
The panicked red fighter formation began to rush to respond, but it was already too late. Facing the Fuji smart attack drones that were flexible in the air and frequently performed extreme maneuvers, the red fighter seemed a little timid.
In the end, one after another was shot down. When the Red Air Force realized that the situation was over and prepared to conserve its forces and retreat, it was already too late.
The Blue Army Air Force fighter jets have completely let go, allowing the twelve Fuji smart attack drones to begin to function.
Above the window on the big screen, what was captured was the first-person view of one of the Fuguan intelligent attack drones.
In the picture, this Fujia smart attack drone is chasing a red fighter. Although the opponent has superb flying skills and performs many evasive actions, this Fujia smart attack drone is able to follow it perfectly.
At the back, he imitated the flight movements of the red fighter, and he did so very well. He was like a wingman who had been partnered for a long time, and it was difficult to get rid of him.
Is the process of drone pursuit also controlled by the rear driver? The old man asked.
Faced with this question, everyone present looked at Wu Hao. As the development unit and general person in charge of this Fujia intelligent attack drone, Wu Hao is obviously the most qualified to answer this question.
Facing everyone's gaze, Wu Hao said very calmly: "No, the entire battle process just now was basically controlled independently by this Fujia intelligent attack drone, without any intervention from the rear control personnel.
If it is controlled from the rear, there will inevitably be some delay. This will not have much impact on ground strikes, but it will be very fatal in air combat.
As we all know, in such air battles, especially in medium and close combat, pilots need to be highly concentrated so that they can respond quickly to the battle. It is possible that the outcome of the war does not depend on the performance of the fighter planes on both sides, nor on the driving control of the pilots on both sides.
Technology, and combat experience are different from those few seconds, or even a few tenths of a second.
Therefore, if it is controlled remotely, this kind of delay will inevitably occur, and there may even be signal interruption and lag, which is really fatal in a fierce air battle.
So in order to solve this problem, we decided to let the drones fight autonomously. In this way, we can avoid problems such as remote control delays, slow response, and easy interference by the enemy. Be quick, accurate, and direct
reaction and attack combat.
Of course, if we just let the drones fight autonomously, this technology is not difficult. We only need to set the relevant preconditions, and then when the system detects that the data meets these conditions, it will proceed according to the set procedures.
Just deal with it.
But in fact this is not the case. In reality, air combat is very complicated. There are no rules or tactics at all. There is always only one goal, which is to find every possibility to defeat the enemy.
Therefore, we designed an airborne intelligent system for our Fujia intelligent attack drone. This intelligent system has independent learning capabilities. It can learn and simulate the flight combat actions and postures of friendly and enemy fighters, and then learn from them.
, and evolved its own flight tactics.
We allow this Fujia intelligent attack drone to communicate and compete with various fighter units of the Air Force. The purpose is to learn the driving and flying skills, tactical decision-making, on-the-spot reactions, etc. of the outstanding pilots of these units.
This is more confrontational, and the intelligent system of this 嫇徯 intelligent attack drone knows how to use these tactical flight movements, so as to use it in the environment and situations it deems appropriate.
When this Fujia intelligent attack drone was chasing the red fighter just now, it was learning, repeating and simulating the opponent's flight evasive actions. On the one hand, it was learning and collecting information, and on the other hand, the system believed that it was chasing the red fighter.
Fang fighter is the best way."
While Wu Hao was explaining, the pursuit battle on the big screen had ended. After several large maneuvers and evasive maneuvers, the red pilot's physical strength declined somewhat. The Fuji smart attack drone being pursued quickly found the opportunity.
, lock the target and simulate shooting down.
This air battle came suddenly and lasted for a short time. It ended with the defeat of the Red Army Air Force. The Blue Army suffered very little loss. Only two of the twelve Fuji intelligent attack drones were destroyed by the Red Army.
The fighter jet was "shot down".
Seeing this, everyone couldn't help but sigh. They didn't expect that drones are so advanced now. It seems that air combat will also be dominated by drones in the future. I'm afraid that pilots may also be replaced by these drones in the future.
Bar.
Facing the sighs and sadness of everyone, Wu Hao smiled and comforted: "Actually, it's not as exaggerated as everyone thinks. No matter how advanced the drone is, it can never replace the manned fighter. It is actually not as reliable as our manned fighter, let alone
Our pilots are loyal.
To put it bluntly, this kind of drone is a consumable item, and there will always be a time when they are all wiped out. What will happen then? Someone has to be aboard the fighter plane."
Xiao Wu was right. Each inch has its shortcomings and its strengths. Manned fighter jets and unmanned aerial vehicles are not substitutes for each other, but are complementary and complementary new combat systems. The old man affirmed his words and then continued.
: "I think you can be a little more bold when it comes to drone operations. Today's air battle was very exciting and allowed us to see a lot of new things. It was an eye-opener and the benefits were huge."
Next, we will use this air battle as a special topic to conduct in-depth analysis and research, not only to study the strategic and tactical aspects, but also to explore the future development direction of air combat in the new era and new technologies from a technical and ideological perspective."
Having said this, the old man looked at Wu Hao and said: "As a developer of emerging drones, you should also give more advice and suggestions in this regard. After all, in terms of new technologies, experts like you who have been exposed to cutting-edge technologies for a long time and are at the forefront of science and technology
It has stronger sharpness, longer-term vision, and more open thinking. However, these aspects are what we lack most and what we most want to understand and make up for.
After you go back, make more preparations in this area. It does not necessarily have to focus on drones, but also other fields, such as your exoskeleton technology, medical technology, Internet information, etc.
Prepare well and come and teach us all when the time comes."