The main gun is a 120 mm 44 times diameter smoothbore gun of the Glory type, which has high shooting accuracy and heavy firepower. The turret can rotate once in seven seconds, the barrel needs to be replaced after firing 600 shells, and four different types of shells can be fired: tail stabilized armor-piercing, armor-piercing, howitzer or artillery missile.

Among them, the tail stabilized depleted uranium alloy shell-piercing shell was launched, and the first hit rate reached 90 percent at a distance of 2,000 meters. It's very powerful. It can penetrate 850 mm of homogeneous steel armor at a distance of 2,500 meters, and its performance is also outstanding when dealing with evil spirits.

This tank gun is also equipped with an automatic loader, which allows semi-automatic and manual reloading, in addition to the use of an automatic loader to load shells. The tank gun is in any elevation position, and the automatic loader can reload.

The Kadri Glory is also equipped with four machine guns and can unleash jammers when an anti-tank missile strikes.

The fire control system includes an independent stabilized thermal imager, a laser rangefinder and a stabilized image sight for the commander of the thermal imager, etc.

Among them, the independent stabilized thermal imager can greatly improve the tank's ability to engage the enemy in very low visibility conditions, such as at night, in the dust, and in smoke screens.

The Kadri Glory has also improved the display and control devices of the commander and gun commander, so that the efficiency of data processing and response will be greatly improved.

The Kadri Army has invested heavily in the digitalization of the on-board electronic systems of the Kadri Glory tank, which has led to a qualitative change in its technology. The degree of electronization is very high, thanks to the use of a large number of electronic equipment, which can automatically detect fault conditions, and the electronic sensing system improves the ability to identify targets, as well as the ability to transmit information with friendly tanks.

There is a new control, command and communication system, which can greatly improve the combat effectiveness of the Kadri Glory tank.

But at this moment, these electronic devices have become a burden! If the tank fire control system fails, the pressure on the tank crew will be much greater.

The reason why you travel to a distance of 1,000 meters is to improve the hit rate, and the closer you are, the higher the natural hit rate.

At this moment, with a huge roar, white shadows flew out of the city!

At the forefront are white Kadri strategic bombers, which are supersonic strategic bombers developed by the Kadri Advanced Research Projects Agency. The maximum speed is 3,600 kilometers per hour. The range is 10,000 km.

The Kadri strategic bomber had eight separate fuel tanks, five inside the fuselage, one in the load-bearing wing box, one each inside the wing, with a total volume of one hundred and fifty thousand liters.

In addition, auxiliary fuel tanks can be mounted in four magazines, and there is a standard air refueling port in front of the windscreen.

The Kadri strategic bomber had four magazines, two in the rear fuselage behind the main landing gear compartment, next to the engine compartment.

The other two are in the forward fuselage in front of the main landing gear compartment. It can carry eighty-four free-fall bombs.

They were followed by dark blue Haitao gunships and silver Rouman gunships.

The Rouman helicopter gunship is a stealth reconnaissance gunship developed by the Kadri Advanced Research Projects Agency. The aircraft is 15 meters long and 4 meters high, and adopts a twin-engine single-rotor aerodynamic layout with a rotor diameter of 13 meters.

Rouman gunships are equipped with advanced navigation and targeting systems that provide high-definition infrared images of the battlefield even at night. This makes the Rouman helicopter gunship have a strong combat capability.

The Rouman gunship adopts an unprecedented comprehensive stealth design, in addition to radar detection stealth, there is also stealth for sound detection, infrared detection and visual vision.

Since the main task of the Rouman helicopter gunship is reconnaissance rather than direct destruction of ground targets, at the beginning of the design, the firepower was not too demanding.

But even so, the firepower of the Rouman gunship is very good. It can carry up to thirty-six air-to-surface missiles, carry aviation rocket launchers, and have a 20 mm caliber rotary tube gun, which has a rate of fire of 2,000 rounds per minute against air targets and 1,000 rounds per minute against ground targets, and can easily shoot a demon into a sieve.

The last thing that flew out was a white Kadri brilliant fighter, which is a single-seat twin-engine and high-stealth fighter developed by the Kadri Advanced Research Projects Agency with high stealth, high situational awareness, high maneuverability, high sensitivity, high accuracy and other capabilities, and is the best fighter with comprehensive performance in the world today.

The Kadri Brilliant fighter uses a cambered double-tail conventional aerodynamic layout. Stealth, high and low speed hovering efficiency, low speed, acceleration, high speed, high angle of attack, bomb load, etc., and many other factors, all of which are unsurpassed, what an excellent aerodynamic layout.

The diamond-shaped nose of the Kadri brilliant fighter is generally considered to be the need for stealth, its stealth performance is second to none, and its radar reflection area is only 0.01 square meters, you know, this area is not much larger than the ordinary birds flying in the sky.

But not only that, its nose is also a lift body design, and the ridges on both sides have the role of edge wings, in this respect, the wing-body fusion to the extreme is what Kadri's brilliant fighter looks like.

In addition, the Kadri Brilliant fighter can achieve over-cruising without afterburner, and the general view is that its engine is powerful, but it is undeniable that its drag-reducing design also has great credit, such as the design of its rear fuselage, compared to most fighters, the drag is not known to be much smaller. The cambered twin vertical tail design, the large rectangular air intakes on both sides can largely compensate for the problem of high angles of attack and insufficient air intake during high-speed hovering, and all weapons are hidden in four magazines.

The Kadri Brilliant fighter has two large magazines and two side magazines. The large magazine has a telescopic launcher and is equipped with a new generation of medium-range air-to-air missiles or aerial bombs developed by the Kadri Advanced Research Projects Agency, while the two side magazines are specially designed to launch combat missiles.

The Kadri Brilliant fighter is equipped with two turbofan engines with a low bypass ratio afterburner, each with a maximum thrust of 110 kN, an afterburner thrust of 16000 N, and a thrust-to-weight ratio of more than 10. It also has thrust vectoring technology, which makes the Kadri Brilliant Fighter very maneuverable and short take-off and landing performance very good.

In the case of failure of the control system and navigation equipment, the requirements for the pilot are very high.

Many of the soldiers on the city walls are equipped with the latest version of the Kadri individual combat system.

The Kadri individual combat system refers to all the equipment worn, used and consumed by individual soldiers in the tactical environment, which integrates individual combat weapons, individual protection and individual communication equipment, and is an overall system that uses high technology to enhance the combat efficiency of soldiers and improve the mobility and protection of soldiers.

The Kadri individual combat system is composed of more than 20 modular systems, including more than 40 components, including advanced individual weapons, bulletproof helmets, body armor, three-defense equipment, radio, life support, fire control, communications, individual computers, etc., the overall design of all the wear and equipment of soldiers from head to toe can greatly improve the comprehensive combat capability of individual soldiers, and can be adjusted according to the combat environment.

Among them, the new body armor can resist bullets, resist the armor-piercing bullets fired by the Holy Tank, and in general, it can basically resist the penetration of most medium-caliber machine gun bullets, and even resist the fire of the white demon sniper rifle at a long distance, not only that, but also has a high defense against cold weapons.

The Kadri Individual Combat System allows soldiers to operate in all weather types as well as in dark environments, even at night. The soldier links his position from the Kadri positioning satellite system, and when combat identification calls and indirect fire are required, including data from the soldier's own position, as determined by the Kadri positioning satellite system, the soldier has a precise target position. Protected and survivable in a variety of environments, along with other components, a soldier can fight calmly without exposing himself to enemy fire. The Kadri Individual Combat System can even provide soldiers with data from any other battlefield area.

The level of informatization of individual soldiers of the Kadri army is already quite good, and relying on powerful information transmission equipment, the battlefield information that individual soldiers of the Kaderi army can obtain is also very comprehensive.

In addition to the necessary information equipment, in order to be able to more effectively meet the needs of individual combat, the Kadri Empire has done a very good job in the humanized design of the Kadri individual combat system, from shoes and socks to the overall design of assault rifles, which are very suitable for the needs of soldiers.

Every soldier is like a rice dumpling, and it can be said that he is armed from head to toe to the teeth.

However, under strong interference, the role that the Kadri individual combat system can play is relatively limited.

Although Ling Yuejun had already sent several soldiers to try to gather all the other five divisions of the Holy Fire Legion stationed in the Holy Fire City, due to time constraints, there were less than 50,000 people gathered here at this time, less than half of the total number of the Holy Fire Legion.

In addition, due to electromagnetic interference, Ling Yuejun could only use the old method to inform the people, that is, to send a lot of soldiers to various parts of the Holy Flame City, as soon as possible to spread the situation here in a short period of time, and guide the people to evacuate from the west city wall, because as far as the current situation is concerned, only their east city wall should be attacked.

A signal soldier said angrily: "Damn, can't you still find the source of electromagnetic interference?"

"The ...... who have this kind of technology Could it be ......?" another signal soldier hesitated.

"I know what you're trying to say, Hall of Destiny, right?" Ling Yuejun said with a wry smile.

In a gloomy space, a huge screen was showing the picture of the Holy Flame City, an old man in a white bathrobe, lying lazily on the big sofa, with Erlang's legs crossed, shaking the red wine in the goblet, and looking at the screen with deep eyes.

This old man has gray hair and red eyes, as if he has not been able to sleep well for a long time, but his figure is extremely tall, nearly two meters tall, and he looks full of majesty.

"In modern high-tech weapons, the anti-jamming problem of military electronic equipment has a significant impact on the reliability of electronic equipment. Therefore, it has attracted more and more attention from the militaries of various countries.

The stability of precision electronic instruments has a certain relationship with the surrounding environment, and when the external environment is full of electromagnetic interference, it will affect the normal operation of electronic instruments.

Therefore, when designing electronic instruments, it is necessary to consider the electromagnetic radiation caused by itself on the one hand, and also to take into account some electromagnetic interference from the outside to itself.

Whether it is a complex system or a simple device, there are three basic conditions for the occurrence of any electromagnetic interference:

First of all, there should be a source of interference;

secondly, there are pathways and channels for the propagation of interference energy;

Thirdly, there must also be a response from the object being interfered with.

In the theory of electromagnetic compatibility, the objects to be interfered with are collectively referred to as sensitive devices or sensors.

Therefore, the source of interference, the interference propagation path or transmission channel, and the sensitive equipment are called the three elements of electromagnetic interference.

As long as any one of these three factors is missing, the phenomenon of electromagnetic interference does not occur.

In the modern battlefield, the rapid increase in the number of weapon systems operating in the over-dense electromagnetic radiation spectrum also makes the possibility of electromagnetic interference between the weapon systems of various services and arms on the battlefield increasing, and electromagnetic interference will occur when the two systems operate at a sufficiently close frequency and spacing.

When electromagnetic interference occurs, it will have an extremely detrimental impact on the performance and reliability of weapon systems, and the consequences will be extremely serious.

These include the inability to detect enemy targets, inaccurate information, premature ignition of fuses, loss of aircraft flight control, and malfunction of guided weapons. The old man said to himself.

The old man put the goblet to his lips and took a sip, and said lazily: "At present, the navy, army, and air force use a large amount of electronic equipment for strategy, campaign, tactics, and other weapons and equipment.

However, the proper functioning of these weapons must address the issue of electromagnetic compatibility.

If the problem is not solved, the consequences will be unimaginable, hehe.

In fighting against the enemy, it is often necessary to rely on weapon systems headed by fighter planes and other equipment, and in modern warfare they play an extremely important role in seizing the first opportunity.

In order to further improve the combat performance of fighter jets, fighter planes must be equipped with a lot of sophisticated electronic equipment such as communications, navigation equipment, radar, and friend or foe identification in the small space of fighter jets.

With so many electronic devices working simultaneously in the limited space of the aircraft, the quality and reliability of the electronic equipment will directly affect the combat performance of the fighter. But in addition, the problem of mutual interference between devices caused by the dense number of devices cannot be ignored.

Electromagnetic compatibility between devices is a crucial issue. With the increasing types and quantities of airborne electronic equipment, the electromagnetic spectrum they occupy is getting wider and wider, and the amount of information transmitted is getting larger and larger, so the electromagnetic compatibility between airborne electronic equipment is becoming more and more prominent.

If this problem is not solved well, it will put the work of the entire aircraft into a state of chaos, and the electromagnetic environment of the fleet may also lead to the deterioration of the performance of the aircraft's flight control, radar, communications, navigation, electronic warfare, fire control and missile control systems, and these adverse effects become more obvious with the increase in radiant power, the increase in acceptance sensitivity, and the application of smaller and more sensitive solid-state circuits.

Nowadays, the basic countermeasures for electromagnetic compatibility of military electronic equipment can be roughly divided into grounding, wiring and graphic wiring, component selection, filtering and shielding, etc. Its requirements are higher and stricter than those of civilian equipment.

Because most of the military electronic equipment is intensively installed in military equipment such as fighter jets, tanks, ships, etc., and the electromagnetic compatibility environment in which it is located is very harsh, it is urgent to study new technologies such as electromagnetic compatibility projects and electromagnetic protection that are closely related to modern military electronic equipment.

On the modern battlefield, electronic countermeasures and electronic jamming run through the entire course of warfare and play an important role in strategic offensive and defensive defenses, and the most dangerous and deadly damage is the powerful electromagnetic interference and electromagnetic pulse emitted by the enemy.

Electromagnetic pulse is an important problem that cannot be ignored, and it can come from many aspects, mainly the powerful nuclear electromagnetic pulse generated when a nuclear weapon is exploded, and the lightning electromagnetic pulse caused by lightning radiation during thunder.

In today's world wars, whoever has air supremacy will have the key to victory in the war, and whoever has mastered electromagnetic supremacy will have air supremacy.

Therefore, in order to ensure their own electromagnetic control and destroy the enemy's electromagnetic use rights, they have to use powerful electronic jamming equipment.

Civilian networks can use things like fiber optics and directed lasers as communication mediums, but this is not feasible for automated command systems used in the battlefield.

Because the terminals of the automated command system are uncertain and fast-moving, they can only rely mainly on electromagnetic waves for information connection.

Hehe. However, electromagnetic waves, under strong interference, are so unreliable......"

"Saike, what are you talking to yourself?" said a man in a black trench coat in a dark corner, leaning against the wall, frowning. The light was too dim to see his face.

Saike said quietly: "Prince Yang, the widow is so melancholy. ”

"Yes? It's none of my business. The prince snorted coldly and turned to leave.

Saike turned his head and looked in the direction where Wang Ziyang had left, the corners of his mouth slightly raised......