"The scheduled test projects are completed and we are ready to return!"
"clear!"
As instructions came from the remote command and control center, the pilot began to control this intelligent unmanned robot to fly the J-7 modified experimental fighter back home.
When this J-7 modified experimental fighter landed smoothly on the airport runway, it meant that the test project was successfully completed.
Although this was just a video, Wu Hao and Zhang Jun were still excited to watch it. But judging from the performance of this J-7 modified experimental fighter in this test, it has surpassed more than 90% of the UAVs in the world, and can be said to be a truly advanced fighter. Not only does it have supersonic performance and a huge bomb load, but the J-7 fighter's shortcomings in the field of information and intelligence are also made up for by intelligent unmanned robots.
Of course, there are still some shortcomings. For example, the model of the J-7 fighter is too old. It is almost forty years ago. The fighter platform is very old. Even since its birth and the tasks it performs, it is very different from the current advanced fighters and drones. Big difference.
The main purpose of this J-7 modification was designed and manufactured for homeland air defense. Initially, it was a very pure air interceptor and fighter, used for air-to-air combat. Later, due to need, the ground attack capability was added.
However, due to the limitations of technology and the times, the early J-7 mainly relied on unguided munitions for combat. The entire air combat mainly relied on machine guns, while the land combat mainly relied on rockets. Later, missiles were used.
Although this J-7 modification is a later model and can support the use of missiles, its fire control system is still very backward. In addition to this position, due to the aerodynamic structure of the J-7, its air inlet is in front of the nose, so it cannot be equipped with advanced high-power radar. Therefore, it relies heavily on airborne high-performance radar to achieve beyond visual range air combat. Today, the combat effectiveness of these J-7 fighter jets is already somewhat stretched.
In other words, this J-7 fighter is designed to use bayonets in the air and engage in aerial dogfights. Nowadays, fighter planes and modern air combat tactics will not bayonet you in the air or engage in close combat. If you can eliminate them remotely, punish them as severely as possible.
Utilizing the beyond-visual-range combat capabilities of fifth-generation fighters, it can achieve beyond-visual-range combat more than 100 kilometers away and shoot down enemy fighters. The enemy fighters may have been destroyed before they arrived in the mission airspace and the fifth-generation fighters were not discovered.
In addition, this old J-7 aircraft was not designed with stealth in mind, so its stealth performance is very poor. Compared with the current fourth-and-a-half- and fifth-generation fighters, this old J-7 fighter is obviously a bit struggling.
Therefore, no matter how advanced their intelligent unmanned robot is, it can only enhance the digital informatization and intelligence performance of the J-7 fighter, but cannot change its own hardware performance.
Therefore, this J-7 modified experimental fighter equipped with an intelligent unmanned control robot still has advantages compared to ordinary drones, but compared to some advanced drones, the overall comprehensive performance is somewhat Not enough.
This is a platform problem and there is no way to solve it.
However, this does not mean that the performance of the intelligent unmanned control robot is problematic and its role is limited; because this J-7 modification is just an experimental fighter. Since this intelligent unmanned robot can be mounted on the old J-7 fighter jets, it can also be mounted on advanced fourth-generation or even fifth-generation fighter jets.
I believe that with the support of the powerful performance platform of the fourth and fifth generation fighter jets, this intelligent unmanned control robot will definitely be able to exert even more powerful performance.
Why is there no live ammunition shooting? Zhang Jun, who was looking excited, couldn't help but ask.
Yes, in the back. Zhou Yonghui responded with a smile.
Immediately, video footage of this J-7 modified experimental fighter carrying out live fire shooting came on the screen. In the video, this J-7 modified experimental fighter not only fired cannons and rockets, but also fired air-to-air missiles and air-to-ground missiles. Drop precision guided bombs, gliders, and more.
From the overall performance, its performance is not worse than that of most drones in the world.
And more importantly, this J-7 modified experimental fighter can not only achieve the precise ground attack capabilities that most drones have, but also has strong air combat capabilities. It can use cannons for air combat, and can also Mount air-to-air missiles for air combat.
Although its radar system is relatively backward, it is still better than most drones that cannot engage in air combat.
In addition, the turbojet engine it is equipped with can provide very powerful thrust for the entire fighter jet, allowing its maximum speed to reach Mach 2, 1,200 kilometers per hour, and its practical ceiling can reach an altitude of 18,000 meters.
You know, based on this data alone, it can already get rid of many fighter jets in the world, not to mention the vast majority of low-speed and low-altitude drones.
For the air defense systems of most countries, it is difficult to deal with such speed and altitude, and even if it is discovered, it cannot intercept it. Therefore, this J-7 modified experimental fighter has extremely strong battlefield penetration capabilities and can achieve rapid penetration and lightning operations.
Even if the stealth performance is poor, it doesn't matter, as long as the speed is fast enough and the height is high enough. When the enemy found out, they stared blankly, because they couldn't catch up or reach him. You must know that not all countries have high-altitude and high-speed interception capabilities. Even those countries that are arrogant and arrogant internationally may not necessarily respond to such a powerful penetration capability.
What's more, this is an unmanned fighter jet equipped with an intelligent unmanned control robot. In other words, even if it is discovered by the enemy, what will happen if it is shot down.
Anyway, it is just an almost forty-year-old fighter jet, coupled with an intelligent unmanned control robot. There is no big loss and it can be used as a drone.
Also because it is controlled by an intelligent unmanned control robot, this means that it can achieve swarm operations. Using the swarm control system that Haoyu Technology is best at, it can be composed of many J-7 fighter jets equipped with intelligent unmanned control robots. An air group then engages in group operations against the target.
Even without this intelligent swarm control system, it is possible to use many such J-7 fighter jets and then conduct a swarm saturation attack on the enemy.
With its powerful numbers, it can already break through the enemy's proud air defense system, and then rely on its high-speed performance to penetrate into the enemy's hinterland and launch precise strikes against important targets.
