Military Technology

Of course, this kind of J-7 fighter equipped with intelligent unmanned control robots can not only use swarm attack methods to penetrate the enemy's tight air defense hinterland, but can also be used to attack important targets.

It can not only deal with land targets, but also can be used to deal with important targets at sea. For example, the swarm attack mode is adopted, using many J-7 fighter jets equipped with intelligent unmanned control robots to launch a swarm attack on the enemy aircraft carrier battle group, thereby breaking through the enemy's tight air defense network and attacking the core aircraft carrier battle group. In particular, the aircraft carrier launched a saturation strike, completely losing its fighter jets.

These J-7 fighter jets equipped with intelligent unmanned control robots can also be used to serve as loyal wingmen for advanced fourth- and fifth-generation fighters, protecting and covering the fourth- and fifth-generation fighters to break through the enemy's air defense network and launch attacks on core and important targets.

And this is not the biggest advantage of this J-7 fighter equipped with intelligent unmanned control robots. Its biggest advantage is that it is cheap. These J-7 fighter jets themselves have basically been retired, but now this intelligent unmanned control robot can be used to reuse these J-7 fighter jets. This in itself is a model of waste utilization.

No matter what kind of tasks it is used to perform, it is a guaranteed profit. Who makes it cheap?

Even if this intelligent unmanned robot is mounted on advanced fighter jets such as the fourth and fifth generations, it is still very cost-effective. Because there is no need to carry pilots, and there is no need to put precious pilots at risk, this is the profit.

You know, training a qualified pilot is very expensive and takes time. Therefore, there is a saying that the price required to train a qualified pilot is almost as much as his body in gold.

Moreover, in war, pilots and fighter planes are both "expendable". Different from ordinary arms, pilots are high-tech arms and cannot be appointed after a short training.

Therefore, pilots are very precious, so we can make it a very important drill subject whether it is the army, air force or naval special forces, which is to rescue pilots who parachute in war zones and behind enemy lines.

Special forces are the sharpest and sharpest weapons in all branches of the military, but they still have to risk going deep into the enemy-occupied hinterland to save a pilot, which shows the value of pilots.

Therefore, pilots are more valuable than fighter jets.

Fighters can be produced quickly through the production line, but pilots cannot. They need to spend a lot of time, energy and money to train.

Now, with this intelligent unmanned control robot, it can replace pilots to complete various dangerous tasks. Pilots only need to remotely control it from behind, which is very safe.

Even if such a fighter plane is destroyed, so what? At most, some money will be lost.

Moreover, the performance of fighter aircraft depends on the pilot. In many cases, the physical and physiological quality of the pilot determines the performance of the fighter aircraft. It is not that the performance of the fighter aircraft is insufficient, but that the pilot's body cannot bear it.

For example, when a fighter jet is flying at high speeds with large maneuvers, the pilot is prone to dangerous situations such as black vision, blood vision, or even direct dizziness. The huge overload puts the pilot's body under tremendous pressure.

But now, with the use of intelligent unmanned control robots, you are not affected by these factors. In other words, you can bring out the ultimate performance of fighter aircraft, which plays a huge role in performing some high-risk tasks.

“What was demonstrated earlier was the ability of our intelligent unmanned robot to control and fly a fighter jet remotely, and what is being demonstrated now is the autonomous driving ability of this intelligent unmanned robot.

Our rear command and control center issues mission instructions, which are then completed by an intelligent unmanned robot piloting this J-7 modified experimental fighter. Similarly, in order to ensure the safety of the experiment, we also dispatched two Fuyi intelligent attack drones to conduct accompanying flight observation and surveillance. Once the J-7 fighter or the intelligent unmanned control robot inside it loses control, then These two Fujia intelligent attack drones can take decisive measures to shoot it down and avoid some uncontrollable safety accidents.

Because of the danger and uncertainty of autonomous driving experiments, the two Fuji smart attack drones we flew with us this time were equipped with missiles to avoid having enough ammunition to deal with possible accidents. Condition. "

"Why, isn't one fight enough?" Wu Hao asked with a smile.

Lin Jiaming shook his head slightly and said: "Under normal circumstances, it is enough for a Fuji intelligent attack drone to mount a missile, and it is enough to shoot it down.

However, we do not rule out encountering some special circumstances, such as a problem with the control system of the intelligent unmanned robot, which caused it to control the J-7 modified experimental fighter jet to fly at the highest speed. Its twice the speed of sound is beyond the reach of our Fujia intelligent attack drone. To catch up. UU reading www. ｕukanｓhu.comｍ

Therefore, in order to deal with such possible accidents, we have mounted medium- and long-range air-to-air missiles on this Fuji smart attack drone. Once such a situation occurs, it can be shot down decisively.

If it still doesn't work, then we can only ask the military to handle it. In this case, the matter will become too big and difficult to bring to an end. "

"For another example, if its intelligent system fails and its autonomous combat capability is activated, then this intelligent unmanned robot may activate its self-defense counterattack capability. At that time, once our fighter plane chooses to shoot down this J-7 modified experimental fighter If so, then the intelligent system of the intelligent unmanned robot it carries will determine that the attacker is an enemy aircraft and launch a counterattack.

Therefore, we must make corresponding preparations in advance and mount a few more missiles on these two Fuji smart attack drones to deal with these possible accidents. "

Very good and well prepared. Wu Hao nodded in appreciation. It can be seen that Zhou Yonghui, Lin Jiaming and others have made very sufficient preparations in terms of safety, which is very worthy of recognition.

Hearing Wu Hao's praise, Zhou Yonghui responded with a smile: "Actually, there are many related safety preparations. For example, we have blocked the relevant airspace for this test to prevent other aircraft or aircraft from entering to avoid being modified by the J-7 The intelligent unmanned control robot mounted on the experimental fighter jet misjudged the situation.

For another example, the area around the shooting range where live ammunition shooting is conducted has also been fully cordoned off to prevent intruders.

In addition, we have also contacted the Air Force, and the nearby Air Force will be on standby. Once an uncontrollable problem occurs, the standby fighters can take off quickly to deal with the out-of-control fighters to avoid unsafe accidents. "