Military Technology

Different from the aerial dogfight scenes that everyone remembers, this Fuji intelligent attack drone seems to be very relaxed in chasing the drone in front. Just follow the opponent closely, and then the automatic cannon below will take the initiative to attack. The entire attack process was very clean and neat, using only a small amount of ammunition to directly hit the opponent.

Seeing this, many people present were a little surprised and frightened, including Li Weiguo. As someone who has been engaged in air force weapons and equipment for most of his life, he was so surprised that he became nervous when he saw this Fuji intelligent attack drone killing the target drone so easily.

If other countries master this technology and equip their fighter planes with this active attack system, they can greatly control the dominance of fighter planes in close combat.

Although close-range air combat is no longer necessary nowadays, close-range combat is still an indispensable combat skill in some fierce air combat entanglements.

This technology has changed the form of close combat. The pilot no longer needs to actively aim at the fighter aircraft to fly, but only needs to follow the enemy fighter aircraft, or even stay within the range of the cannon. The attack mission only needs to be handed over to this active attack system. The pilot does not need to directly participate. All the pilot has to do is authorize it.

In this way, the close combat capabilities of fighters equipped with this system will be further improved, and they can basically achieve an absolute advantage in close-air dog fights.

While Li Weiguo was thinking, Wu Hao's words rang out again.

“In addition to air attacks, our active attack system can also attack land targets, which is mainly used in some land support operations.

And this intelligent fire control system can not only be used for cannon control, but also for guidance and control of aviation rockets, guided bombs, ordinary aerial bombs, air-to-ground missiles, gliding bombs, etc. Allowing it to accurately hit the target, especially for some moving targets, our intelligent fire control system has even greater advantages.

The following video mainly shows how our Fuji intelligent attack drone equipped with an intelligent fire control system can accurately strike ground targets.

We have set up various types of ground targets at the shooting range, including fixed ground targets, such as bridges, bunker fortifications, radars, missile positions, etc. The moving target is to place multiple remote-controlled unmanned vehicles with different speeds and let them drive at high speed on the ground to test the hit rate of our intelligent fire control system.

In this test, all attacks were independently launched by the intelligent system on the Fujia intelligent attack drone. Our rear personnel did not participate, but only authorized it.

This is used to verify the accuracy of this intelligent fire control system and the intelligent autonomous combat performance of our Fujia intelligent attack drone. "

Following Wu Hao's introduction, the pictures on the big screen began to play.

In the picture, the Fuji smart attack drone started to take off with ammunition attached. For this test, its belly magazine was equipped with different ammunition, including rockets, missiles, glide bombs, and ordinary ammunition. Aerial bombs.

In addition to these ammunition, of course there is also the automatic cannon that performed well in the previous video.

Through the surveillance camera placed on the fuselage of the Fujia smart attack drone, and the real-time footage captured by the surveillance drone, everyone can clearly see the real-time flight status of the Fujia smart attack drone.

As the fighter plane arrived in the airspace of the shooting range, the compound eye lens on the fighter plane quickly discovered multiple ground targets and selected and identified them one by one.

"Confirm attack!"

The screen switched to the rear command center. After seeing the targets selected by these detection frames, the pilot immediately confirmed and authorized the attack.

After the intelligent system of the Fujia intelligent attack drone received the command, it immediately began to enter the attack route. And the magazine under the belly of the machine has been opened, revealing the rotating pylon inside.

As the pylon rotated, a glide bomb was picked out. After the drone's intelligent system compared the types of targets on the ground, it immediately selected a target to attack first, which was the radar station, and launched an attack.

As the attack order was given, the gliding bomb was immediately thrown down.

After the gliding bomb was thrown twenty or thirty meters, the flying wings on the bomb unfolded, and the gliding bomb finally gained lift and flew toward the attack target along the gliding trajectory planned by the intelligent fire control system.

This kind of glide bomb has no power and relies entirely on the initial speed given by the aircraft, and uses its own weight and flying wings to glide in the air at high speed. The general range is about forty to sixty kilometers.

The gliding bomb mounted on the Fujia intelligent attack drone is small, so its range is relatively short, only about 40 kilometers.

Generally speaking, glide bombs are guided. By adjusting the rudder on the flying wing, the flight attitude of the glide bomb can be controlled, allowing it to attack the target more accurately.

Gliding bombs like this kind of launch-and-forget are generally actively guided, which means that they have been instilled with relevant control instructions by the intelligent fire control system before launch.

Therefore, it will control the direction according to the relevant instructions instilled by the intelligent fire control system, allowing it to accurately attack the target. This is the simplest guidance method.

Today's gliding bombs generally use a composite guidance method, such as using satellite guidance to mark precise attack coordinates for the gliding bomb, and then use the Beidou satellite positioning system to calculate its own position and speed in real time, thereby controlling its own precise attack presets. Target.

Some gliding bombs will also use infrared guidance, radar guidance, or even television guidance to guide and control the gliding bomb to accurately attack the target.

The one in front of me is a precision-guided gliding bomb. Through the Beidou satellite positioning system, you can calculate your own position and speed very accurately, thereby controlling yourself to attack these targets accurately.

Under the gaze of everyone, the gliding bomb glided in the air and finally landed accurately on a simulated radar position.

boom!

As a huge fireball rose, the entire simulated radar model target was blown to pieces, and all kinds of debris flew into the sky.

"good!"

There was a burst of cheers and applause at the scene, but it did not last long, because the video continued, and everyone fell silent again, staring at the big screen, for fear of missing any wonderful moments.

Next came the rockets. As the pylon rotated, the six-tube rocket launcher nest was rotated down and entered the ready state.

Whoosh, whoosh, whoosh...

As flames burst out from the rear of the launch nest, rockets came out one after another and were fired towards the distant target!

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