Military Technology

At this point, Lin Jiaming walked to the nose of the Suzaku stealth attack drone, stroked the round and smooth nose with one hand, and continued to introduce it with a smile at Wu Hao and Zhang Jun.

"In order to enhance the combat effectiveness of this Suzaku stealth attack drone, we have equipped it with an active phased array radar used on fifth-generation fighters, so that its detection range can reach about 250 kilometers.

But just this one function is comparable to the fifth-generation fighters currently in service by the world's military powers, and is far ahead of the traditional fourth-generation and fourth-and-a-half-generation fighters.

The ultra-long detection range also gives this Suzaku stealth attack drone the ability to strike beyond visual range. It can launch missiles beyond the detection range of enemy fighters and even ground radars to remotely attack enemy air or ground targets.

In addition, we have also equipped it with our latest generation of optoelectronic systems, which not only has air combat capabilities, but also has very strong ground and sea combat capabilities, thereby realizing the multi-purpose combat needs of fighter aircraft.

At this point, this Suzaku stealth attack drone already possesses several major characteristics of fifth-generation fighter jets, including supersonic speed, high stealth, multi-purpose, and beyond-visual-range combat. But from these aspects, its performance is no less than that of some fifth-generation fighter models. "

"And this is just the most basic hardware part. Our real advantage is actually the software system. We have equipped it with our latest generation of airborne intelligent systems. Compared with the one we carry on the Fujia intelligent attack drone, Airborne intelligent system, the new generation of airborne intelligent system has more powerful performance in all aspects.

First of all, of course, its computing power has been greatly improved. On this Suzaku stealth attack drone, we have equipped it with our photonic chip for the first time, so that its overall computing power has been qualitatively improved compared to traditional chips. promote.

Not only has the computing power been improved, but the reaction speed has also been greatly improved. Under the same mission scenario, the calculation response speed of the onboard intelligent system on the Suzaku stealth attack drone is hundreds of thousands of times higher than that on the Fuguan intelligent attack drone.

This kind of calculation reaction speed has far exceeded the physiological reaction speed of our human brains, and its super computing power can basically overwhelmingly crush humans.

Let's put it this way, facing the Suzaku stealth attack drone equipped with a new generation of onboard intelligence system, even the best ace pilots in mankind have no chance of winning. Maybe when you are talking about a way to deal with it, the other person has already thought of tens, hundreds of thousands, or millions of ways to deal with you. "

At this point, Lin Jiaming took a transparent tablet and slid it a few times. Then the content on the transparent tablet was placed on the large screen hanging on the wall on one side of the hangar, and then he introduced it to Wu Hao and Zhang Jun. road.

"This is a test for our new generation of airborne intelligent systems. The test content is to try out a very popular air combat simulation game. One side of the battle is naturally this new generation of airborne intelligent system, and the other side Well, they are the special pilots we invited from the Air Force. Many of them are even special flight instructors. They have thousands of hours of fighter pilot experience and have participated in various large and small air combat exercises and missions. They have very rich experience. .

In order to bring out the real air combat level of these pilots, we have prepared an immersive AR simulator for pilots. On the simulator, pilots can immersively fly the aircraft and participate in simulated air combat confrontations.

Let's put it this way, except that you can't feel the overload caused by acceleration, everything else is basically the same as flying a real fighter jet.

The final test result was one hundred and fifty-three to one. Except for the third time when the pilot took advantage of the terrain, this system was completely victorious.

By the end of the fight, these pilots had begun to doubt their lives, and some even began to question whether the onboard intelligent system was cheating. It was simply too powerful and invulnerable. "

Watching the simulated air combat content played on the screen, as well as the reactions of these pilots after their failures again and again in the video, Wu Hao and Zhang Jun couldn't help but smile.

Noting the reactions of Wu Hao and Zhang Jun, Lin Jiaming smiled and tempered his expectations and said: "Of course, there are many differences between real air combat and simulated air combat. Good performance in simulated air combat does not necessarily mean good performance in actual air combat.

What's more, the models used in simulated air combat are all the same, but in actual air combat, the performance and combat effectiveness of different aircraft types are naturally different, so such good results may not necessarily occur.

However, excluding the influence of hardware factors, there is no doubt that the combat performance of this airborne intelligent system has surpassed that of excellent human pilots. "

At this point in the display, Lin Jiaming turned to Wu Hao and Zhang Jun and continued: "Compared with the airborne intelligent system we installed on the Fujia intelligent attack drone, the new generation of the Suzaku stealth attack drone The onboard intelligent system has newly added many neuron control systems, which can enhance its logical thinking ability.

From this aspect, the performance of the new generation of airborne intelligent systems has surpassed many strong AI systems in the field of artificial intelligence.

In other words, this Suzaku stealth attack drone is not just a drone, it is also a robot, or it is an aerial flying robot. "

“Like the Fujia intelligent attack drone, this Suzaku stealth attack drone also has three control modes, which we commonly call manual, semi-automatic and fully automatic.

The first is the manual mode, which is actually the remote control mode. We have equipped this Suzaku stealth attack drone with the most advanced optoelectronic system and environmental perception system, which can help our operators or drivers behind us to control the situation in real time. Dynamic information around man-machine and even the entire battlefield.

The pilot of the Suzaku stealth attack drone controlled from behind can use smart VR glasses to synchronize the factual environment information transmitted by the optoelectronic equipment and environment sensing module system on the drone in real time.

We know that there will be a certain delay in signal transmission and system processing and calculation response, which will cause the drone's response to be relatively slow. And this time, we used brand-new technology on this remote control system.

Utilizing the new system architecture, calculation and coding, the system's information processing speed is greatly improved, and the response time is greatly shortened. This can significantly reduce the delay in data transmission between the drone and the rear, and control it to a very high level. Within a small range, even thousands of kilometers apart, it can reach the point where it is almost imperceptible. "