Others show their swords, I show my missiles!

After our military tried Plan A and failed, we thought of Plan C, which is to use electromagnetic interference to try to reduce the combat capabilities of enemy aircraft.

However, to our military's expectation, the enemy aircraft only panicked briefly when it was subject to electromagnetic interference, and soon returned to normal.

This made our military realize that enemy aircraft are equipped with electronic countermeasures modules that can resist electromagnetic interference and maintain normal communication and navigation systems.

What is even more surprising is that the enemy aircraft's electronic countermeasures capabilities exceeded our military's expectations. During the electronic countermeasures, our military's radar system was also interfered with, causing our ground missile troops to panic for a time.

This situation made our military realize that the enemy aircraft's technical level is extremely high. Not only are they not afraid of electromagnetic interference, they can also interfere with our military's radar system.

The failure of Plan C undoubtedly sounded the alarm for us and made us more deeply aware of the enemy's powerful scientific research capabilities. Although we won this battle, we were deeply shocked by the technological prowess displayed by the enemy.

With the help of Sisenthem, our army has been updated in weapons and equipment, which is undoubtedly a great progress for our army. These new equipment not only enhance our combat effectiveness, but also make our equipment's technological content far ahead of this era.

However, we cannot be satisfied with this. We must realize that there is a huge gap between our capabilities in basic scientific research and that of Omanric. This is not only reflected in the technical level, but also in scientific research concepts, talent reserves, etc.

It can be said that this failure not only brought us a sense of frustration, but also made us clearly aware of our own shortcomings.

This slap not only hit our faces, but also hit our hearts.

It makes us realize that we must catch up and continuously improve our scientific research capabilities in order to remain invincible in future battles. This failure has made us more determined on the path of scientific research. We will meet future challenges with higher morale and firmer faith.

In this case, apart from Plan B which relies on probability and luck, there are only two options left: Plan D and Plan E.

Plan D is to use a drone to hit the enemy's reconnaissance aircraft. Although there are certain risks and technical difficulties, if it succeeds, it will be exchanged one-to-one with Omanrik at the price of Xisentem's equipment. Even an economy the size of Omanric cannot afford it!

What's more, the Omanrek reconnaissance plane is manned. As long as it successfully crashes the enemy plane, a lot of gold coins will be received, and our army will get back its money immediately, and we will make a lot of money!

The risk of Plan E is much greater. Pilots are required to fly fifth-generation fighter jets into the sky to attack enemy reconnaissance aircraft.

Such an operation requires pilots to have extremely high skills and psychological quality. At the same time, the maintenance and supporting facilities of the fighter jets also need to undergo strict inspections and tests.

It now appears that our military's pilots and supporting facilities have not yet reached the level that can successfully implement Plan E, and the risks are extremely high.

Once something goes wrong, the loss will not only be as simple as the equipment, but also the life of the pilot!

The lives of the people in the liberated areas are above all else! In the past, in order to save bullets, you had to fight with the bayonet after three shots, and the days of using human life to save ammunition are gone forever!

Under the current circumstances, we are not yet at the point where we have no choice but to use fifth-generation fighter jets. Therefore, the headquarters pushed Plan D to the forefront.

Using our drone to hit the enemy's reconnaissance aircraft is easy to say, but not easy to do! Although the theory sounds simple, the actual operation is far from easy as imagined.

This is a complex and challenging task that involves expertise in multiple fields, including but not limited to drone control, flight mechanics, collision of high-speed moving objects, remote operation technology, etc.

First, let’s consider two high-speed objects—a drone and an enemy reconnaissance aircraft. They move through the air at speeds of several Mach, which is much faster than what is commonly understood as flight.

Mach is a unit of speed, and Mach 1 is approximately equal to 340 meters per second. At such speeds, the collision between them is like two cannonballs colliding in the air, requiring precise calculations and fine control.

In addition, enemy reconnaissance aircraft can constantly change directions to avoid collisions. This means that UAVs will face a dynamic and ever-changing collision environment, which requires powerful automatic navigation and control systems to deal with it.

During this process, any tiny mistake may lead to a collision failure, or even cause the drone to lose control and crash where it shouldn't be.

Furthermore, remote operators need to accurately receive and process data provided by various sensors and instruments in real time so that they can accurately determine the location of the drone, the location of the enemy reconnaissance aircraft, and the relative movement between the two. This requires extremely high skills and experience, and any hesitation or mistake may lead to missing the best impact opportunity.

Moreover, we cannot ignore the influence of luck. Although we can improve the success rate of impact through technical means, it still requires a certain amount of luck to ensure a successful impact. For example, an enemy reconnaissance aircraft must be in exactly the right place and in the right way to evade, otherwise the impact will fail.

At the same time, the enemy is also equipped with advanced electromagnetic interference means that can destroy the communication system of the drone, making it difficult for the drone to maintain contact with the command center.

Under such circumstances, operators must remain highly vigilant and constantly adjust the drone's flight trajectory and attack angle to ensure that it can accurately hit the target.

However, the limitations of drone remote control range also make operators feel stressed.

They must ensure that they can accurately fly the drone to the target area in a short period of time, otherwise they risk losing the target.

This means that operators need to complete a lot of preparation work in a short period of time, including planning routes, adjusting flight speed and altitude, ensuring smooth communication between the drone and the command center, etc.

This undoubtedly increases the pressure and difficulty for the operators, but it is also this pressure and challenge that inspires them to study and train harder to cope with the upcoming battle.

In this process, drone operators also face tremendous psychological pressure.

They know that every action they take may determine the outcome of the battle, so they must remain calm and focused.

At the same time, they also know that every mistake they make may lead to irreparable consequences, so they must be careful to ensure nothing goes wrong.

Under such pressure, the drone operators showed extremely high professionalism and psychological quality, laying a solid foundation for the victory of the entire battle.

In order to complete the mission, drone operators work hard day and night to practice their skills. They spend a lot of time training and simulating operations every day to improve their skills and reaction speed.

They need to be proficient in various operating skills of drones, including precise navigation, stable flight, quick response, etc.

At the same time, they also need to understand the flight characteristics and response strategies of drones in different environments so that they can flexibly respond to various situations in actual combat.

In addition, they also need to continuously learn and master new technologies and equipment to improve the performance and reliability of drones.