Several people present couldn't help but be surprised when they heard Wu Hao's introduction. They had heard a lot about this aspect, but this was the first time they heard about controlling a drone, so everyone couldn't help but become curious.
Facing the curious looks on everyone's faces, Wu Hao smiled and nodded: "Yes, it's mind control.
We integrate the sensors of the brain-computer interaction system directly into the pilot's helmet, so that the pilot only needs to wear the helmet, and these sensors can monitor the pilot's brain waves in real time from multiple dimensions, thereby controlling this new model through the changes in the pilot's brain waves.
Intelligent combat drones perform various maneuvers."
After briefly explaining to a few people, Wu Hao then continued: "Traditional loyal wingmen are generally controlled by pilots and can only perform routine following and maneuvering.
Therefore, the loyal wingmen are generally paired with two-seat fighters. The pilot in the front row is dedicated to controlling the fighter aircraft, while the pilot sitting in the back row controls the following drone for combat.
The initial Loyal Wingman technology was very simple. The drones used were modified from manned fighter aircraft. They just pretended to be remote control systems, which could be visually controlled by the fighter aircraft at close range, or they could be equipped with some cameras for optical control.
remote control.
For example, there was once a popular saying that our military planned to convert more than 2,000 J-7 fighter jets into suicide attack drones, and then use fighter planes to remotely control them to fight.
This is actually a kind of unmanned wingman, but the technology is relatively rudimentary.
Today's loyal wingmen are generally independently developed drones equipped with advanced optoelectronic systems, radar systems, fire control systems, etc. The pilot can control the drone through an AR or VR perspective to complete various tasks.
Actions to assist manned fighters in combat. Even when necessary, control drones to sacrifice themselves to protect the safety of manned fighters."
"As for our new intelligent combat drone, because it uses brain-computer consciousness control, it does not require a separate pilot to control it. The fighter pilot can complete the command and control of this new intelligent combat drone.
At the same time, this new type of intelligent combat drone has a very powerful intelligent system, so pilots do not have to devote themselves wholeheartedly to the control of these drones. They only need to issue relevant instructions, and the new type of intelligent combat drone can
According to the instructions given by the pilot, understand the pilot's combat intentions, carry out the combat tasks assigned by the pilot, and cooperate with and assist the pilot in completing various combat tasks.
Moreover, our new intelligent combat drone can also be adapted and matched according to the flying habits and personal preferences of the pilots it is paired with. The pilots can even develop some personalized and special configurations for this new intelligent combat drone according to their actual needs.
combat instructions for use in emergencies.
And the longer the pilots get used to these new intelligent combat drones, the smoother the cooperation between the two parties will be, which will help the new intelligent combat drones to exert more powerful combat effectiveness."
After listening to Wu Hao's introduction, Li Weiguo and the others had a general understanding of the new intelligent combat drone Wu Hao mentioned.
They also did not expect that Wu Hao and the others actually wanted to build a new type of intelligent combat drone that was different from the current mainstream loyal wingman. To a certain extent, this was no longer a simple new type of intelligent combat drone;
A future unmanned fighter aircraft may even become the sixth or seventh generation mainstream fighter aircraft.
In fact, this is indeed the case, because apart from the fact that this new intelligent combat drone does not have a human pilot, its performance is no different from that of fifth-generation fighters, and is even more advanced.
The combat effectiveness of such a new type of intelligent combat drone is undoubtedly very terrifying.
"How big is your new intelligent combat drone?" Luo Kai couldn't help but ask after listening to Wu Hao's introduction.
Wu Hao smiled and replied: "The specific size is about the same as that of our J-35 fighter, but the overall aerodynamic shape is different from it, and the stealth performance is stronger."
He did not say the specific size, but he also gave a reference. The J-35 is a proper medium-sized aircraft, which also means that this new intelligent combat drone is at least a medium-sized aircraft, which means that its range and carrying capacity are
The ammunition capacity has been greatly improved.
What about the weapon system? This time the question was asked by Li Weiguo. He was more concerned about the combat effectiveness of this new intelligent combat drone, and a major criterion for measuring combat effectiveness is how good the weapon system of this drone is.
Upon hearing Li Weiguo's inquiry, Wu Hao immediately answered with a smile: "This new intelligent combat drone is equipped with our most advanced intelligent fire control system. This fire control system can be connected to the fire control system on the manned fighter aircraft. In this way
When necessary, our pilots can directly control the weapons on the new intelligent combat drone to carry out attacks.
This new smart combat drone has two main weapon systems. One is its self-defense weapon. On the front belly of its body, we installed a 20mm automatic cannon. This cannon can fire up to 300 meters.
The sixty-degree rotation can take into account both attack and defense. It can not only attack enemy targets in the front, rear, left, right, and below, but also intercept enemy missiles coming from all directions.
Under its belly, there is an embedded magazine. The entire magazine is very large and can accommodate four long-range air-to-air missiles mounted side by side.
In addition, if the rotating bomb rack is replaced, six to eight medium-range air-to-air missiles or other bomb types can be hung, which can be selected and deployed according to needs.
In addition to the built-in magazine, missiles can also be hung on the wings of this drone. Up to four missiles of various types can be hung. Of course, doing so will also sacrifice part of the stealth capability and maneuverability. How to choose this one?
It depends on the user’s decision and actual mission requirements.”
Can it carry so much ammunition? Hearing Wu Hao's words, Li Weiguo couldn't help but wonder. You must know that the J-35's magazine is also very large, but it can intelligently accommodate four missiles. This has always been a criticism of the J-35's weak combat effectiveness.
, because there are too few missiles that can be carried.
This new type of intelligent combat drone is about the same size as the J-35, but it can accommodate so many missiles, which is amazing.
Wu Hao said with a smile: "This is mainly because this drone does not need to carry people, so it lacks a cockpit, which saves hundreds of kilograms of weight. And we can allocate this weight to other related
Equipment and mounted weapons above.
For example, accommodating a larger fuel tank can allow this new intelligent combat drone to have a higher range and combat radius, or carry more ammunition, thus improving its combat effectiveness and firepower continuity."