Double Helix of Dajian Doujin

Within 4 kg, it also has extremely powerful firepower, especially the burst capability.The root cause of this lies in the hyperspace autoloader.It can automatically transfer the required ammunition from the soldier's space backpack to the gun chamber in a hyperspace manner.Including grenades, subatomic particles, etc.Especially for Metal Storm attacks in Rapid Launcher mode.The hyperspace loader is required to continuously load a large number of subatomic particles into the barrel within a millionth of a second.This places very high demands on the software control system.

Ballistic deflection system.The so-called "Missing by an iota, Mistakes by a thousand miles" is a common occurrence for point-lethal weapons.Therefore, an electromagnetic ballistic deflection system is installed at the muzzle of the hybrid launcher, and the information collected by the second-generation red dot sight can automatically correct the deviation of the shooter's muzzle aiming. The latest version of the MA5 rifle, the MA5c rifle, has a maximum adjustable angle of 1 degree.At a distance of 100 meters, it can cause a deflection radius of about 1.7 meters, which is enough to automatically correct the trajectory to hit fatal organs or other us through the correction system when the rifle sight is aimed at the vicinity of the body or non-lethal organs. The desired location to attack.

4. Information processing system

In fact, the individual information processing system has been produced as early as the era of mechanical rifles.However, the purpose of the individual soldier information processing system at that time was to make the infantry a node on the combat network.The information processing system integrated on the modern electronically controlled rifle is to use the rifle as a network node to reduce the equipment required for infantry to become a network node.

In the past, if an infantryman wanted to become a combat network node, he had to carry a series of systems in addition to carrying a rifle, such as a military computer on his back, a walkie-talkie, and a head-up display.But now you just need to pick up the rifle.All information interaction operations required by the network can be completed through rifles.The rifle has changed from a weapon to a network terminal device.

Even with the Mjolnir armor, most of the interactions revolve around the rifle.At the same time, the information processing capability of the rifle is also part of the system redundancy, and it serves as a backup system to take over when other information interaction systems fail to work.

In the era of MA5c rifles, electronically controlled rifles have fully integrated cloud information processing systems.

For each attack, the specific circumstances of the attack will be recorded and uploaded to the combat network.Computers on the network specially used to analyze the enemy will automatically analyze the overall situation of the attack, and summarize the experience, and then share it with all weapon platforms.For example, a new enemy creature has a hidden weakness.When a rifle was engaged in combat operations, it occasionally hit this weakness and killed the target.Then in a few seconds, the entire theater, and even all the rifles, drones, warships, etc. in the country, all know it.The next time we encounter this kind of enemy, the rifle will guide the soldiers to attack these weak points first.Especially after the ballistic correction system is equipped on the hybrid launcher.

At the same time, the high degree of informatization of the rifle has also greatly enhanced the real firepower of the rifle.The reason is that the rifle can guide other weapon platforms to attack the target.In this way, the firepower of the rifle is increased without increasing the weapon system of the rifle.

5. Accessory system

Rifle sights have always been an important factor affecting the firepower of rifles. Some people even claim that equipping the army with good sights is equal to military expansion in disguise.This is the same for electronically controlled rifles.

The early models of the MA5 series of rifles have always used the holographic sight of the mechanical rifle era.This is the last generation of close combat optical sighting system after the reflex sight.The ability to aim with both eyes open and directly see a single point, two points and one line aiming are all advantages of the holographic sight.Especially the two-point one-line aiming, so that the soldiers' eyes can no longer be gapped - the front sight is on the straight line, which greatly improves the aiming speed.

However, the full range of scopes has its own problems.

First, the invulnerability is poor.Although the whole series of sights claim that the glass display screen is damaged, the light spot can still be aimed at the target correctly.However, the fact is that if the glass display is broken, it often means that other optical components are also damaged, at least the position is shifted.These will undoubtedly affect the aiming effect.

Second, it is not really out of the three-point-one-line model.It can be said that aiming with both eyes open does not need to put the eyes on the notch-the straight line of the front sight, which has greatly improved the aiming speed.However, the angle between the line of sight and the notch-sight line is not arbitrarily large.The minimum requirement is that, from the user's point of view, the target must fall within the viewfinder.If you can no longer see the target from the viewfinder, you will undoubtedly not see the red dot falling on the target either.However, the actual situation is that the angle between the line of sight and the aiming line must be controlled within a certain range.

Third, it is difficult to realize a large amount of other information.For example, a series of tactical information such as target weaknesses, targets behind bunkers, ammunition conditions, etc., are difficult to display.Of course, none of this information is what the sight needs to display.But for night elves, this is very important.After looking through the sight, we need soldiers to know where the enemy's weaknesses are, where the enemy's bunker is, and even what weapons are suitable for attacking.

Fourth, the problem of realizing the amplification effect.Holographic sights are not incapable of magnification.For example, a G23.FTS sight with a telescope in front of the holographic sight.When you don't need to zoom in, you can fold the telescope aside, and put it back when you need it.Another example is the ACOG scope, which uses optical illusions to allow the shooter to see 1-magnification images when moving and 4-magnification images when stationary.However, each of these magnification effects affects the angle at which the line of sight deviates from the line of sight, because they all reduce the field of view.

The above problems have always plagued rifle designers.However, after the nano-sight appeared, these problems were completely solved.

Nano sights are similar in appearance to holographic sights.However, in place of the square glass of the Holographic Sight, the Nano Sight sits on a flat plate made entirely of nanobots.On the enemy side of the tablet, the nanobots take images; on the shooter side, they display those images.In other words, the so-called nano sight is just a flat camera + flat screen.All images are obtained electronically, not optically.

Advantages of nano sights:

First, the ability to resist destruction is strong.Since the sight is almost entirely made of nanobots, any breakage can be repaired.

Second, truly realize two-point-one-line aiming.That is to say, the viewing direction of the sight itself should be kept parallel to the shooting line.As long as the shooter's eyes can see the image on the screen, he can see the target and various markings falling on the target-whether it is a red dot, cross hair or other graphics.

Third, a large amount of important information can be displayed at the same time.Such as bullet type, target weakness.Targets behind cover and more.And when it needs to be added later, it only needs to modify the software.

Fourth, it is convenient to enlarge the image.Not only is the maximum magnification increased to 10 times, but the viewfinder range is also enlarged.Most importantly, at high magnifications, the shooter's eye remains free.

Fifth, it is convenient to transfer images to other systems.Whether it's the shooter's own HUD or his teammate's HUD, it's not a problem at all.Because the image has been processed into an electrical signal before being displayed, it is actually the same whether it is sent to the screen of the sight or sent to other screens.

The above advantages make nano sights quickly replace holographic sights and become the mainstream of rifle sights. The MA5c rifle has a nano sight as a standard configuration.

For quite a long period of time, the laser designator or laser-assisted sight of the MA5 series rifles was used part-time by the laser emitter.When the laser emitter is parallel to the axis of the hybrid emitter and emits laser light at low power, it can be used as a laser pointer.However, after the appearance of the MA5c rifle, due to the addition of the muzzle correction system of the hybrid launcher, it can be deflected.

At the same time, many soldiers reported that the light spot of the laser emitter was too small, which affected the aiming time.Its effect is not even as good as the tactical flashlight hung in the era of mechanical rifles.Especially in close combat, the light beam of the tactical flashlight is very thick, and the light path scattering effect is very obvious, which can form a very clear beam of light, which is convenient for quick aiming.Especially when using a weapon such as a shotgun with a diffusion effect, the effect of using a tactical flashlight is the best because it does not need to be aimed precisely.

Therefore, engineers designed a ring-shaped indicator that is placed on the muzzle of the hybrid launcher, the halo indicator.A large row of very dense LED laser emitters is distributed in a ring.The laser light they emit creates a hollow beam of light.Of course, these rays are not parallel, but form an angle of 1° with the central axis of the hybrid emitter.This is the same maximum deflection angle as the transmitter muzzle correction system.Therefore, the inside of the circular halo formed by the laser points is the strike range of the hybrid launcher.

Engineers are also painstaking about which spectrum of light to use for laser pointers.Ultimately, gamma rays were chosen.It must be pointed out that the reason why tactical flashlights in the era of mechanical rifles can produce clear beams of light is due to the Tyndall effect.That is, there are a certain number of particles in the air that cause the incident light to scatter.Therefore, we can see a bright path of light.

But when gamma rays pass through the air, there is no such effect.Engineers use the Compton effect.That is, when gamma rays pass through an atom, the electrons in the outer layer of the atom will gain energy and break away from the atom to form photoelectrons.The atoms in the inner layer will jump to the vacancies to fill them, thus emitting X-rays with a specific spectrum.Soldiers' helmets, information goggles, etc., can all receive this kind of X-ray.Thereby "seeing" the light path.

Obviously, without the help of relevant equipment, it is difficult for almost all living things to see this kind of light that hardly appears at ordinary times.Therefore, there is very little exposure to using this designator, unlike tactical flashlights or visible light laser designators.

Of course, in order to be compatible with the role of tactical flashlights, the LED lights on the halo indicators were eventually replaced with multi-purpose LEDs.That is, it can emit gamma rays or ordinary white light.Moreover, the engineers also tried to make the scattering angle of visible light close to the 2° cone angle, which is the same as the deflection angle of the particle stream.Therefore, the flashlight mode can also be used as an indicator when necessary.

Major function updates of each version:

MA5a: Improved virtual interaction platform, added an information eyepiece; main chip upgrade

MA5b: The hybrid launcher has added a metal storm shooting mode; the trigger system has been improved to single-shot, single-shot-three bursts, and three-shot-burst modes (light button-heavy button, that is, the trigger is pulled halfway-trigger Pull to the maximum stroke), and add a custom mode at the same time; the main chip upgrade

MA5c: Add cloud intelligence sharing system, and standard nano sight, which can produce "see-through" effect; add muzzle deflection system to hybrid launcher; add cloud target information exchange system; add muzzle ring light indicator.

Decorative inscription:

Left: Your compatriots are with you.

Right: The country belongs to the people.

The fonts of the inscriptions are all cursive scripts in the common language of the continent of Eminor.

Weapon Introduction - "Rainbow" UAV

"Rainbow" UAV

The "Rainbow" UAV is a mid-to-high-altitude long-range ground support UAV developed by the Gallente Design Bureau.The fuselage adopts a large aspect ratio layout, equipped with a 35mm caliber hybrid gun, a 20mm Gatling pulse laser launcher, and a variety of light missiles and guided bombs. It is mainly used for the first-level infantry squad of the ground squad fire support.

Weapon equipment:

1. Fixed weapons:

A hemispherical retractable turret is installed under the nose.A 35mm hybrid cannon and a 20mm Gatling pulse laser are mounted on the turret.Due to parallel installation, and both weapons require high precision.So both guns are equipped with their own targeting system.The hybrid cannon can launch energy bombs or real shells for small area damage; the Gatling laser launcher also has the performance of similar weapons on the spacecraft, and can replace the crystal independently for point target or single target killing.

2. Mount the weapon:

"Rainbow" has a lot of hardpoints, both in the belly and under the wings.Up to 8 missiles or small bombs can be mounted (4 inside the belly and 4 under the wings).

Commonly equipped missiles:

a, "Blood Claw" series of light missiles.A multi-purpose precision missile, the fuze of which can realize different detonation modes such as collision delay detonation, contact detonation and induction detonation.By distributing the modular explosives in different positions and different detonation sequences, the missiles can produce different attack effects.For example, the explosive close to the inner wall of the missile detonates first, and the explosive in the center detonates later, so that the conical metal cover in front can form a metal jet and penetrate the armor in front. This is the detonation of the explosive shaped projectile. model.For another example, if the explosives close to the wall of the conical charge barrel are first exploded, the explosive power of the whole explosive system can be concentrated on the prefabricated fragments of the missile inner wall, and the prefabricated fragments are scattered everywhere, giving Targets in a wide range are destructively killed.

b. "Piranha" light missile.This is a miniature hydrogen bomb, the most powerful weapon that the "Rainbow" drone can be equipped with, enough to destroy all targets within a radius of 10 kilometers.The hydrogen bomb was very clean thanks to the use of a laser detonator rather than the traditional atomic bomb detonation method.After debugging, it mainly produces high-intensity shock waves.Therefore, "piranhas" are also commonly used to clean caves.The powerful shock wave will reach every corner along the cave, and the high-speed flowing gas will cause the air pressure around the target to drop sharply.Therefore, under normal circumstances, the target killed in this state is caused by the pressure in the body bursting the shell (whether it is an exoskeleton or a flesh body).

c, "thorn" precision-guided bombs.The warhead is the same as the Blood Claw missile, but smaller.One rack can hold two.It has no power system, relies on rhombic wings to glide and approach the target, and is equipped with an optical stealth system on the surface.

d. "Hellfire" precision-guided bomb.The warhead is solidified fuel to which liquid Tiberium crystals are added.Its combustion temperature can reach 2000°C.

In addition to missiles, the pylon can also mount multi-purpose electronic pods to realize various information warfare functions.

power system:

The "Rainbow" UAV adopts a large aspect ratio layout, with a wingspan of 20.12 meters and a total length of 12.5 meters.Uses distributed ion thrusters that are very Gallente-like.In normal propulsion mode, the maximum speed can reach 740 kilometers per hour.At the same time, it is also equipped with a jump engine, which can enter hyperspace in an emergency, and has a very good wide-range mobility.

electronic system:

Equipped with quantum communication system, neutrino communication system and radio communication system.The quantum communication system is a commonly used system, and the neutrino communication system is used when there is interference (this situation is still rare) (provided that the positions of both parties are known), and the radio communication system is the final backup system.

The surface of the fuselage is covered with optical stealth camouflage.

The detection equipment is an infrared night vision and visible light three-purpose lens, a synthetic aperture radar, and an X-band phased array radar.

General configuration of infantry squad:

A standard infantry squad is generally composed of 6 people, a squad leader, a field bonus officer, an information warfare adjutant, and three ordinary soldiers.The Information Warfare Lieutenant is not with the squad, but instead operates the various drones that the infantry squad belongs to from the spaceship.Mainly two "Rainbow" drones and two "Acolyte" drones.Of the two drones, the Rainbow is responsible for attacking ground targets, and the Acolyte is responsible for air cover.This is the infantry drone version of the Air Force's "Wall of Wind" tactic.