Military Review

Bullets of the nineteenth century: only ideas

36
As is well known, the main detail in the small arms weapons is a cartridge. This opinion is shared by many specialist gunsmiths, and it is not for nothing that very often, before constructing a new weapon, a cartridge is created for it, and a bullet for the cartridge. Note that the simplest - ball bullets made of lead, copper and even silver people successfully killed each other for more than 300 years, before in 1832 an English-captain-cone bullet with a recess in the bottom part was proposed by the English captain John Norton.


Bullets of the nineteenth century: only ideas

Minier bullet on the left and compression bullets on the right.

In 1849, Claude Migne proposed a lead bullet with an iron cup, well pressed into the rifling of the barrel, and became very popular. However, it later turned out that it was possible to do without a cup, since the powder gases themselves “bulge” the bullet well when fired. And then the bullet was simplified even more, turning it into a simple pointed cylinder (“compression bullet”) with a length of at least 2's gauges, which, as it turned out, shrinks and fills rifling well without any indentations.


Bullet Minier, American version without a cup.

However, the idea of ​​a bullet with a hollow in the bottom part did not die at all. In 1848, Walter Hunt, an inventor from New York, received a patent for a magazine rifle with a tubular magazine, which was controlled by two levers. She fired bezgilzovym ammunition in which the powder charge was contained inside a bullet that had a cavity inside. The construction of Hunt was inoperable, and it was improved in the well-known (and already significantly more efficient) Volcanic pistol, whose 10-mm lead bullets had a recess in the bottom part with a charge of explosive mercury. But neither the pistol of this design, nor the rifle found much success.


Volcanic Pistol.

Nevertheless, the idea of ​​a cartridgeless cartridge with a charge in the bullet itself was by no means dead and every now and then reanimated. It turned out, however, that with considerable length, it has poor ballistic characteristics. That is the easiest and most obvious way - to place a propellant charge in the pool itself, turned out to be a dead end.


Bezgilzovy cartridge causing the most complaints.

But specialists are not too happy with the design of the German cartridge with a bullet inside a bar of pressed powder. After all, it is obvious that the metal protective jacket of the liner was invented in order to preserve its contents from both climatic, mechanical and temperature effects, when, for example, the cartridge gets into the hot-chamber of the firing chamber. That is, the "powder shirt" for a bullet is also not an option! Then what?


The caseless German cartridge caliber 4,7 × 33 mm in disassembled form. The bullet is completely immersed in powder charge and sealed with a white plastic stopper.

The solution and only a partial and rather “narrow” may lie somewhat in a different plane, namely, the plane of synthesis of a number of drawbacks and the very specific merits of the latest developments in this field. What exactly are we talking about? But what about: it is known that the Italian designers of the company CompBullet have found a way to increase the accuracy, accuracy of fire and at the same time reduce the recoil of the weapon due to the bullets of the original design with "ventilation" channels in the body.

And they did the following: they drilled one channel along the axial line from the base, in addition to it several side channels going to the side of the axial line. According to the creators of this bullet, it gives a number of positive effects. First: part of the hot gases when fired moves along the axial channel and diverges on the side. At the same time, they burst out to the sides and create a gas layer between the bullet and the barrel, which reduces the friction force of the bullet against the barrel bore.


Bullet with axial compensator, caliber 9-mm. Photos from the company's website CompBullet.

After the bullet leaves the barrel, the remnants of hot gases still continue to move inside the holes for some time, and the bullet begins to work like a muzzle brake, compensating for recoil and stabilizing its position. Therefore, these bullets were called “compensatory bullets”. Then the gases escaping from the holes during the flight create, albeit small, but still having a reactive effect, which increases the speed of the bullet.

According to the company, this design reduces the visibility of the flash when fired and reduces the firing volume. There is one more effect from such bullets: their weight is less than usual, which makes it possible to increase their ammunition. Of course, many effects manifest themselves in it “slightly” and “barely”, but, nevertheless, they manifest themselves, which makes such bullets all the same at least a little better than usual ones. Bullets produce different calibers and types - 9-mm; .45 Winchester Magnum; .308 Winchester 7,62 mm, etc.


Bullet with axial compensator, caliber .308 Winchester 7,62 mm. Photos from the company's website CompBullet.

Well, now let's see what these innovations can give if we combine them with a number of new proposals based on the principle “everything new is well forgotten old”. First, look closely at the 1 drawing.


Fig. 1. Flat bezgilzovaya bullet with flywheel-gyro inside.

On it you see a flat bullet in the form of a bar with a sharply pointed tip, that is, in essence, a “flying blade”. It is clear that such a bullet will have exceptional destructive power, moreover, it is very convenient for use in weapons. The flat bore of the barrel, and even without rifling, is much easier to make than the round one; it can be made stamped and the barrel can be disassembled into two parts, that is, it is still easy to clean. Unusual caliber, double: width 20 or 30-mm with thickness 4,5-mm. In a flat shop, designed for 30 9-mm cartridges, such ammunition fit 60! That is, this is ammunition for submachine guns and ... only! In the gun, they will not be very convenient due to the thickness of the handle, and they are not suitable for the machine gun because of the need for accurate shooting at 500-600 m, which such a bullet most likely will not provide. But at short distances, at which the submachine gun just shoots, this indicator (at least in theory!) Should be quite satisfactory. Due to ... being in the pool flywheel!

Let's look again. The bullet in figure 1 is a sleeveless one, that is, its walls shield the powder charge from the heated walls of the chamber. However, it may have a sleeve, there is no difference in its action, just the last version is more traditional. In both cases, the bullet consists of two forged halves and a flywheel with blades inside them, as in a turbine. They are connected by spot welding, inside is placed a warhead with two burning capsules and that's it!

And then, when the shot and the fun begins. The pressure of the gases tightly presses the bullet into the channel and causes it to start moving. At the same time, hot gases get into the left and right channels, having openings on the sides. While the bullet in the barrel works like a “gas lubricant” (as the Italians at least claim!), The bullet barely pops out of the barrel and the holes open as the gases start to bleed out of them. The amount of movement in this case is the same, that to the left, that to the right. But the gases flow through the right channel freely, but on the left, their flow washes the wheel of the flywheel and makes it rotate with great speed. The gyro effect works, and since it spins up in the horizontal plane, the plane of the barrel, the bullet also flies in the same plane. How far? This is theoretically hardly possible to calculate, but ... for a submachine gun, however, should be quite enough! Of course, for a state to have ammunition only for a submachine gun is an obvious overkill. But if we, like in the West, have many small arms firms and private security companies, then ... who knows if this construction would not be useful to them? After all, almost any submachine gun can be remade for such an ammunition. It is enough to put a new barrel, magazine, bolt and a new receiver.

Well, and, of course, it is worthwhile to say about the psychological impact of such a weapon on a person, if the very same guard of order sends such a barrel at him, firing bullets that cut a person like a guillotine.

And now another thought: how to increase the caliber, well, let's say, a police pistol, and even avoid the increase in recoil and make sure that its bullets do not ricoche the obstacle? The last is the simplest. Friedrich Engels wrote about this, however, with reference to armor-piercing shells of naval guns. He suggested not to sharpen them! So that they strike the edge of the sloping armor! And experience has shown that yes, indeed, such “stupid shells” are by themselves capable of “turning” on the target. But with dumb bullets there is a problem. They climb badly in the chamber. The percentage of delays with them is higher. And a large caliber ... Of course, in the nineteenth century the caliber of an 17,5-mm pistol was considered normal, but a modern pistol of such a caliber is unthinkable at all. And nevertheless ... what if you cut the bullet in half, unfold the halves by 180 degrees, and then turn it into a ring? Then it will hit any inclined surface with its sharp edge and tighten on it! At the same time, its caliber can reach both 12,7 and 14,5-mm, because its weight will increase slightly, since it will itself represent in flight a rapidly rotating ring with an axial channel inside, which, by the way, also stabilizes the flight of a bullet!


Fig. 2. 10 is a large-caliber charging pistol for police.

Let's look at pic. 2. The device of such a gun on it is shown quite clearly. The barrel is both a chamber and a store, electronic ignition. Powder charges, as in the medieval Espinol, are located between the bullets, the shape of which is such that it eliminates the breakthrough of gases to subsequent charges. The central stem of the magazine is rifled. It is clear, again, that the speed of departure of the first and last bullets will differ due to the different lengths of their run in the barrel, but this difference can be minimized by dosing charges with automatic capping of replaceable barrels. And then it is not necessary to make such a 10 pistol charging. Even 5-7 charges will be enough to stop any criminal, as soon as he thinks about what kind of "hole" such a gun will make in him with this bullet! In addition, they can easily perforate any tires, which is of fundamental importance for the police.

Fig. A. Shepsa
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  1. LÄRZ
    LÄRZ 10 December 2015 08: 03 New
    +5
    Интересно, а кто-нибудь подсчитывал стоимость изготовления таких "пулек"?
    1. AK64
      AK64 10 December 2015 13: 35 New
      +3
      hehe ....
      Have you counted the usual cartridge? And you count ... 4 parts, moreover, a bullet is a team of 3 parts, and stamping a sleeve requires a bunch of operations. (Yes, these operations are automated, but nevertheless there are at least 3-4 heatings there.)
      Here are fewer parts, and all are made with one (one cycle) stamping.

      It is not a matter of price, but of the inevitable smallness of the series - with small-scale production it is difficult to quickly recoup investments.
      1. AK64
        AK64 10 December 2015 14: 28 New
        +2
        Yes, and I will make one more remark: if the bag for gunpowder flies away all, then the mechanics of PP becomes sovereign simple. The next step is electronic ignition and the mechanics just don't stay at all. From the PP there is a trunk, a magazine, a box and a battery: nothing runs (except a bullet), which dramatically, simply fundamentally increases accuracy
      2. Malkor
        Malkor 10 December 2015 21: 09 New
        +1
        It seems to me that the axis of the gyroscope should be done along the bullet, and not across, otherwise the effect will be the opposite laughing
    2. AK64
      AK64 10 December 2015 14: 25 New
      +2
      Well, I add, from the obvious benefits:
      (1) huge ammunition limited not by the size of the horn (like the classics) but only by its weight (!!!)
      (2) smooth trunk. A rifled barrel is a big problem; how much energy is spent on friction ... Yes, and there is no barrel wear - the barrel eternal. A smooth barrel is very very much in itself.
      (3) a barrel made with something like milling - much better than drilling.
  2. Old_Python
    Old_Python 10 December 2015 09: 41 New
    +6
    - Я назвал своё оружие "свинтопрульный аппарат"!
    - Как это?! Что значит "свинтопрульный"?!
    - So, after all, a bullet with a screw is rushing !!!

    Х/ф "Талант"
  3. rudik
    rudik 10 December 2015 10: 19 New
    +1
    I didn’t find such a film in nature !?
  4. Nikolaevich I
    Nikolaevich I 10 December 2015 11: 02 New
    +3
    Ну что ж.....интересно,интересно.Кстати,не на этом ли сайте один "кент" рассказывал,как он весьма удачно "пуляет" шурупами ("саморезами")? "Тожеть"-"винтовальная" пуля!"Винтовальная" пуля,описанная в этой статье известна мне с прошлого века,аж со времён моей молодости.При описании пуль с осевым компенсатором вполне уместно добавить упоминание о пулях с боковыми отверстиями ,создающими эффект "сегнерова колеса" для стабилизации пули,выстреливаемой из гладкого ствола.
  5. Old_Python
    Old_Python 10 December 2015 11: 09 New
    0
    rudik,
    a television movie from two or three episodes of 1977. Starring - Alexander Parra.
  6. 505506
    505506 10 December 2015 12: 10 New
    0
    The author, in the title of the article is a black-eyed? About the 19th century?
  7. moskowit
    moskowit 10 December 2015 12: 49 New
    0
    Да, от статьи ожидал большего, поверив названию. История пуль различных модификаций в 19 веке очень интересна. Сейчас, конечно, из инета можно получить прекрасный обзор. А вот раньше. Впервые о пуле Менье узнал из работы Ф.Энгельса "История винтовки". 1861 года. Очень увлекательное произведение. И не одно.
  8. AK64
    AK64 10 December 2015 13: 08 New
    0
    Note that the simplest - ball bullets made of lead, copper and even silver, people successfully killed each other for more than 300 years, before in 1832

    Bullets were also thrown from slings (the word itself comes from there)
  9. saygon66
    saygon66 10 December 2015 13: 26 New
    +1
    - Bullets made of copper (?) By turning ... It's expensive!
    1. AK64
      AK64 10 December 2015 13: 39 New
      0
      Да и самк идёя эти "компенсаторных пуль" завиральная уже и потому что из-за крошечной разницы остаточного импульса точность резко снижается. Именно abruptly and strong. A great idea.
      (In contrast to the author’s ideas, which IMHO are not foolish; they’re already messing around with the machine gun, by the way)
    2. Nikolaevich I
      Nikolaevich I 10 December 2015 14: 07 New
      +1
      Well, I won’t say anything about copper and turning; but in the WWI, the French used cartridges with tompak bullets. Tompak-copper alloy; a kind of brass.
      1. saygon66
        saygon66 10 December 2015 14: 26 New
        0
        - Casting bullets, in general, is much more technologically advanced! Filling a thin copper shell with cheaper metals (steel, lead) is more economical. The bullets clad with tompac because of its anti-corrosion and anti-friction properties. The bullets shown in the picture are more likely an exception for specialists and weapon aesthetes than a gross product!
        1. kalibr
          10 December 2015 15: 03 New
          0
          For Lebel’s rifle and Saint-Etienne and Hotchkiss machine guns, this was the most gross product in the world! One-piece tompakova bullet! And nothing. Two wars with them have passed!
        2. Nikolaevich I
          Nikolaevich I 10 December 2015 15: 24 New
          +1
          "Томпаком плакировались пули......"-про это я не спорю.Но у меня есть информация ,что во Франции было налажено производство "цельнотомпаковых" пуль.
          1. saygon66
            saygon66 10 December 2015 15: 46 New
            0
            - Цельнолитых! А эти - "цельновыточенные"! (Во как!)
            1. Nikolaevich I
              Nikolaevich I 11 December 2015 04: 29 New
              +1
              Ну да......"круто".. wink
  10. AK64
    AK64 10 December 2015 14: 50 New
    +3
    А вот теперь скажу почему такая "плоская пуля" не будет работать: гироскоп стабилизирует свою плоскость, но в этой плоскости пуля будет разворачиваться, со всеми вытекающими.

    It is necessary to do axisymmetric, or almost axisymmetric (let's say hexagon)
    1. saygon66
      saygon66 10 December 2015 15: 49 New
      0
      - Interestingly, and the laws of aerodynamics on such a device apply? They’re flat ...
      1. AK64
        AK64 10 December 2015 17: 16 New
        +1
        By the way, did you throw twisted plywood in your childhood? They fly amusing .... The position of the axis is preserved (the gyroscope), but the plywood itself noticeably leaves at the end of the flight to the right (if it is thrown with the right hand)

        As for aerodynamics: where does it go? 4.5mm is already quite a caliber: if a force acts on such a caliber, then why won't they act on a plate of the same thickness?
        1. saygon66
          saygon66 10 December 2015 17: 26 New
          +1
          -Мне эта штука напомнила метательные "звезды" из арсенала будо - шурикены... smile
          - Похоже, изобретатель болел восточными боевыми искусствами... и создал боеприпас для "ниндзямата"!
          1. AK64
            AK64 10 December 2015 18: 07 New
            0
            This analogy also occurred to me :)

            But I would say that the idea crazy enough to be promising. (а что "сложнее и дороже" -- ну так more complicated and more expensive is the main path of progress)
    2. Angry orc
      Angry orc 16 December 2015 14: 11 New
      0
      It also seems to me that the gyroscope will rotate such a bullet horizontally, the friction force can not be minimized to 0, but you can make disk bullets, I imagine you shoot like this in a small room and it will bounce off the walls like crazy)
  11. Captain45
    Captain45 10 December 2015 18: 39 New
    +1
    I was embarrassed by this - After all, you can remake almost any submachine gun under such ammunition. It is enough to put a new barrel, magazine, shutter and a new receiver.,
    the barrel, bolt, receiver, it’s a new PP. It’s practically all parts intended for firing a shot + new ammunition. And, as colleague Nikolayevich rightly noted, the author is not the person under the name RTTT that the year before last wrote about bullets- needles with which they shot the Dyatlov group and about bullets from self-tapping screws? Well, inquisitiveness and ingenuity of the mind is good, if only this would not be another invention of the perpetual motion machine.
    1. Angry orc
      Angry orc 16 December 2015 14: 19 New
      0
      so it’s good that a person is trying to come up with something of his own, maybe a brilliant thought will come to him, sometimes I’ll come up with new types of bullets, for example, in a regular shotgun, a cartridgeless cartridge or stabilization of a bullet due to water
  12. uzer 13
    uzer 13 10 December 2015 18: 48 New
    0
    In Russia, cast iron cannons were fired long ago, firing a core in the form of a disk. According to the designer, the disk should spin when moving along the barrel during the shot, the barrel had a flat rectangular channel. That is, there was a concept that the projectile should be twisted for stabilization. This experiment ended.
    1. Alex
      Alex 11 December 2015 23: 59 New
      +2
      Quote: uzer 13
      That is, there was a concept that the projectile should be twisted to stabilize. At that, the experiments ended.

      Там помнится была еще и пушка с "горбатым" стволом. При движении по каналу ядро сверху испытывает большее сопротивление, чем снизу,в результате чего оно приобретает преимущественное вращение снизу-вверх. В общем, с появлением технологии нарезки стволов все эти эксперименты ушли в прошлое.
      1. Angry orc
        Angry orc 16 December 2015 14: 33 New
        0
        by the way, I don’t remember what movie I saw in it, they fired from a cannon with a sawn core connected by a two meter chain
    2. Angry orc
      Angry orc 16 December 2015 14: 26 New
      0
      the mistake was that they rotated the disk horizontally, but it was necessary vertically, provided that then they fought in a 6-8 line formation ... still ineffective, explosive nuclei (with a wick which) are much more effective both in terms of the number of wounded soldiers and in a psychological effect, when next to you it sticks into the ground such whether you’ll keep a system
  13. visitork67
    visitork67 10 December 2015 22: 39 New
    0
    Read. I remembered the brothers-pilots. About the bicycle on the railway. Theoretically - like true, practically - specifically it’s very hemorrhoidal, and the cartoon is really cool.
  14. Gr. Engineer
    Gr. Engineer 12 December 2015 00: 46 New
    0
    The guns with a non-circular rectangular bore were intended for firing with two cores fastened by a chain. Such ammunition was intended for breaking off the rigging of sailing ships. I don’t know anything about efficiency, but such an instrument is in St. Petersburg in the artillery museum. Hunters use buckshot fastened with a thin wire and even fishing line to increase accuracy (checked, working); the same hunters use bullets with a through hole and sloping blades inside it (checked, does not work, but whistles loudly)
    1. alex-cn
      alex-cn 12 December 2015 10: 50 New
      0
      I would not say that Mayer's bullets cast according to his drawings gave very good accuracy. militaryhotovskie is another matter, those surely flew wherever they fell. However, all military khotovskie, even copies of good bullets were ....
    2. rostov-dad
      rostov-dad 12 December 2015 15: 59 New
      0
      someone even joked about this gun in order to shoot bricks when the cores run out.