Magus Tech

Eden, a few days later.

Mechanical processing sector, laboratory.

With a snap, in a flame, the extremely strong alloy shell shattered again, and Richard shook his head slightly disappointed.

This has been his many experiments and solved some problems, but it is stuck on the material of the shell.

The shell is filled with spell salt. The destructive power of this ultra-high-energy material is far more than that of conventional explosives. Even the alloy shell can still be broken. In this case, in the firing of firearms, not only the shell cannot be withdrawn, but also metal fragments are left in the barrel. In serious cases, it is possible that the blasting will occur in the case of subsequent bullet shooting.

If you want to solve it, it is not impossible, for example, to strengthen the thickness of the shell and replace the stronger alloy material.

But this will inevitably increase the volume and weight of the bullet. If a bullet is the same size as the shell, what bullets are needed? Isn't it more convenient to directly make the shell?

Richard sat in front of the processing table in the research room and tapped the table surface of the processing table with his fingers, making a "popping popping" sound, and kept thinking.

What he desperately needs now is a light, extremely strong metal material to make the shell of the magic bullet. But this kind of material is difficult to find, or it is very difficult to meet the requirements.

What should I do?

Is it stuck here?

Richard thought for a long time, then suddenly thought, raised his eyebrows, and said to himself: "Is it, a little bit horny? If many metals can not meet the requirements of magic bullets, then it is not good to use bullet shells."

Yes, no cartridge case.

Shellless bullets!

The bullets in this world can be divided into ordinary bullets, double-warhead bullets, armor-piercing bullets, tracer bullets, incendiary bombs, explosive bombs, empty-packed bullets, strong-loaded bullets, signal bullets, etc., etc., if they are classified according to their functions.

But if it is divided according to whether or not the shell is, it is very simple, there are only two kinds-shelled shells and shellless shells.

Most of the popular shells on the earth are shelled shells. According to history, the earliest appeared shellless shells.

Shellless ammunition refers to the ammunition design that abandons the shell and directly charges the bullet into a solid block, connecting or containing the warhead.

In the early years of the development of firearms, during the American Civil War when pre-loaded smoothbore guns were popularized, in order to increase the rate of fire and simplify the reloading, everyone put the propellant and the primer into the paper shell together. When launching, the paper shell and the propellant are burned together, and there is no need to throw the shell. It is the prototype of the shellless bullet.

Later, firearms continued to develop, and shelled ammunition gradually replaced shellless ammunition due to reliability and other reasons. However, after World War II, the United States, Germany and many other countries have invested a lot of energy in the research of shellless bullets.

This is because shellless bullets have many irreplaceable advantages compared to shelled bullets.

The shellless bullets developed after World War II were not paper shell bullets during the American Civil War, but a certain proportion of combustible, non-residual adhesives were mixed into the propellant to first make a complete, strong-strength pellet. Then, at the end of the cartridge, fix the warhead, and fix the bottom fire in another track, and the final production is completed.

The biggest advantage of this method is its small size and light weight, which can be reduced by more than half. At the same time, because of the small size and light weight, there is no need to throw shells, etc. In the shooting system, the rate of fire will be greatly improved, and the recoil will be greatly reduced.

Taking the G11 shellless rifle developed by the more influential German HK company, the continuous firing rate can reach 600 rounds/min. If it is a three-point burst fire, the short-term rate of fire can be as high as 2200 rounds/min, which means that within 0.08 seconds, three rounds of bullets can be discharged in sequence. Because the recoil force is extremely small, the impact points of these three bullets are very concentrated and the accuracy is extremely high, far exceeding the ordinary rifle fired shell bullets.

Of course, shell bullets also have many shortcomings, otherwise shell bullets will not be popular.

The first is that storage and transportation are more dangerous. After all, it is a grain structure. It is not as strong as a metal cartridge case. It is easy to break and explode if it is hit by a collision.

And once it exploded, there were exposed grains around, and the consequences could not be imagined.

In addition, it is the problem of spontaneous combustion of propellant.

Generally speaking, when a shelled bullet is thrown, it can take away some of the heat generated by the bullet and reduce the temperature of the barrel. Shellless bullets do not need to throw shells, naturally there is no such effect. If you shoot continuously, the barrel will continue to heat up and eventually become very hot.

The shellless bullets are not protected by the shell, the propellant is directly exposed to the outside, and the temperature of the barrel is too high, it is easy to automatically ignite the propellant and cause spontaneous combustion.

However, these problems, in Richard's view, are not really problems.

For example, the preservation problem, he can save the ammunition in the space iron ring, and take it out when he needs it. It is convenient enough, and there is no need to worry about collision.

If the temperature of the barrel is too high, a cooling system can be made to solve it. There is no need to use water cooling or air cooling to be so troublesome and complicated. The magic effect of simulating the ice branch of the plastic water system is good. After all, bullets have been upgraded to spell bullets, and it is a matter of course that firearms have been upgraded to spell guns.

In this case……

Richard stood up and became busy.

...

In a flash, many days later.

Still Eden.

Spell testing ground in Eden.

After the tragedy of the last 237 alloy test power, Richard learned the experience and completely transformed the magic test field.

The biggest aspect of the transformation is to reduce the overall height of the test field.

In other words, Li Cha dug a super big pit and installed the spell test field into it. In this case, the aftermath of the spell test is just a problem. Even if it is successfully out of the pit, the power will be greatly reduced. It is difficult to flatten the many buildings of the Garden of Eden again.

At this time, Richard stood at the bottom of the big pit and looked at the place more than thirty meters away. There was an alloy human-shaped metal target, which was extremely strong.

After a long look, Richard took out a pistol.

This pistol has a very rough shape. The one protruding in the front is a long and thick barrel, and behind it is a small and exquisite grip.

Except for that, it's gone.

Well, no more—no trigger, no firing pin, nothing, because the new shellless bullet designed by Richard is different from the shellless bullet on the earth.

The projectile is 315 alloy, there is nothing to say about this.

The pellet behind the projectile ~ www.readwn.com ~ is made of spell salt and a special kind of mucus.

The name of the slime is the blood of lava, which is taken from a secretion of a demonized toad, and is used by many wizards as a casting material for fire spells.

This mucus has excellent viscosity. After solidification, it is extremely hard. After injecting a very small amount of mana or free energy elements, it can be burned in a super short time.

Richard combined this slime with spell salt, without setting a primer at all, and intended to directly use free energy elements to stimulate. In this case, the recoil will be lower. If it is a fixed target, as long as the first bullet hits, the subsequent bullets will have a high chance of continuing to hit.

Of course, for Richard, the most important thing is the power of shellless bullets.

Richard continued to hold a large barrel pistol in one hand, and found a shellless bullet in the other hand, opened a slot in the back of the pistol, pressed it in, and closed it.

After preparing, Richard raised his hand, holding the spell pistol and aimed at the humanoid metal target.

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