Weapons of the world where black powder was never invented
The Reaper 410 is the most powerful crossbow from Taiwanese brand Ek Archery in 2018. Something like this could easily exist in a world without black powder!
“Imagination is a quality of the greatest value… Even in mathematics it is needed, even the discovery of differential and integral calculus would have been impossible without imagination.”
V. I. Lenin. Concluding Remarks on the Political Report of the Central Committee of the RCP(b), March 28, 1922. Complete Works, fifth edition, vol. 45, p. 125
V. I. Lenin. Concluding Remarks on the Political Report of the Central Committee of the RCP(b), March 28, 1922. Complete Works, fifth edition, vol. 45, p. 125
Alternative story and technology. Could a civilization exist, say, on an alternate Earth-2, where, for some reason, black powder is never discovered? Is that simply impossible? In principle, it seems so, but there are a number of conditions under which, given the same variables that exist in our world, black powder might not appear. Which means it won't appear either. weapon, which operates on the basis of its use, and its place will be taken by something else.
Let's assume—we're just fantasizing, so we can accept much that doesn't or never actually exist—that the civilization we're talking about had, from ancient times, a pronounced dualistic religion, that is, a religion based on the worship of two gods, one good and one evil. We had something similar in Zoroastrianism, but it didn't have any particular strictness in everyday matters. And here, not only was the religion, and a very strict one at that, dualistic, but the number system was also binary, and even more so—chemistry was binary, in which mixing three substances was forbidden.
In fact, the number "three" was a cursed number in this society. The third child in a family was considered unlucky, the third day of the month—the day of all misfortunes, as was every third year. Natural potassium nitrate was known there, but it was considered the "devil's salt," and it could only be mixed with sugar. Adding a third component to the mixture was forbidden under penalty of severe punishment, as any triple mixture in this religion was considered heresy, with all the ensuing consequences for the heretic.
But since this civilization never discovered black powder, then... what types of projectile weapons did it use? Well, initially, just like ours, it was bows, crossbows, and slings. But this dualistic civilization entered its 19th century, a technological revolution began, and metalworking by forging and cutting reached new heights. And then the old bows and crossbows were no longer sufficient.
This meant that more compact and easier-to-use projectile weapons began to be used to engage enemies at a distance. For example, a carbine, very similar to the M1, but with a magazine in the forend under the barrel. It holds ten 9mm pellets. The fins open after firing. Moreover, the barrel is rifled, and the bullet moves along the rifling thanks to two rubber sleeves. A compressed air tank is located in the buttstock. Two pump levers—one to the left and one to the right of the barrel—are folded back toward the breech by the handles, and then returned forward after loading. And that's it—you can aim and fire!
The exact same carbine can be spring-loaded. The magazine is located in the front, changed from the muzzle, and is housed inside the fore-end. It also has an inclined grip for holding. However, at the rear of the grip is a flat steel spring, which is also retracted by two handles on the right and left. When the trigger is released, it strikes the tail of the bullet, which flies out of the... smoothbore barrel. But the spring itself is small. rocket.
As mentioned above, in this society, mixing three components is a grave and unforgivable sin, but two—as many as you like! This arrow—a tube with a pointed tip—is pressed with a mixture of 60% potassium nitrate ("devil's salt") and granulated sugar. The initiator/igniter is a cap filled with silver fulminate (AgCNO) or silver acetylide (Ag2C2), substances that ignite on impact. Moreover, both are completely "sinless," as the number "three" is absent from their formulas!
It's entirely possible that the military inventors of this civilization could also devise a powder-free grenade launcher, even one with a very simple design. Imagine a fairly flexible wooden, plastic, or metal "ski" about the height of a man, with two handles at the top and a hemispherical "cup" for a spherical grenade weighing 500-600 grams, very similar to the French defensive grenade of 1914. This "ball" could be reminiscent of either mercury fulminate (Hg(CNO)2) or silver fulminate, although this option is more expensive.
The grenade launcher places the grenade into the cup, ensuring the T-shaped igniter fits into the slot. Then, bracing his foot against the center of the "ski," he bends it like a bow, grasping the two handles. He bends... and then, taking aim, releases them simultaneously. The "ski" straightens and launches the grenade at the target, and the T-shaped igniter, having fired, remains in the slot of the "cup."
Of course, only experience will determine how effective a grenade can be in this manner, but it's undeniable that such a device can be quite effective. And, of course, in this alternative world, a grenade launcher modeled on the British PIAT anti-tank grenade launcher would be highly prized. It could be very simple. Inside the tube is a spring, which is cocked by handles through slots cut into it. At the front is a tray on which a tadpole-shaped grenade with a potassium-sugar motor in the tail is placed. The depressurized spring, when struck by the striker, pierces the igniter cap and simultaneously propels the grenade toward the target, where it is then carried by a rocket motor.
By the time the world's armies begin to use grenade launchers like these, it's entirely possible that its military chemists will have already discovered two-component explosives, which they can use to make high-quality smokeless powder.
In particular, these will be dinitrates—explosives whose key feature is the presence of two nitro groups (-NO₂), which gives them a high detonation potential. And—which is also important for the binary religion of this world—their formula does not contain the forbidden number "three." Combat agents such as urotropine dinitrate (hexamethylene dinitramine) could very well be synthesized and used, even though it has relatively weak explosive and brisant properties compared to TNT.
There's also an explosive called diethanolnitramine dinitrate—colorless crystals insoluble in water but soluble in benzene, acetone, and alcohols, which allows them to be used in the production of nitropropellants. Moreover, this powerful explosive is used in our world as a component of ballistic propellants and composite rocket fuels.
Finally, there's another dinitrate, ethylene glycol dinitrate (nitroglycol), an oily liquid and a powerful, high-explosive agent. Its explosive properties are similar to nitroglycerin, but it has a lower freezing point, meaning ammunition filled with it is easier to store safely, and requires less cold.
That is, the development of small arms and projectile weapons will ultimately shift toward gunpowder-powered weapons, but with a completely different chemical composition. Grad-type launchers and Iskander missiles will sooner or later appear in this world, as will artillery weapons that will replace gravity throwers such as the frondibol (or trebuchet).
However, the inertia of consciousness will also operate in this world, and it's quite possible that pistol-shooters will survive there, both for civilians and local police. Externally, such a pistol could very well look like one of the first Browning pistols, which had a gas-operated reloading lever mounted on top of the barrel. This pistol will have the same design. The grip is like that of a Parabellum, but the magazine for the projectiles will again be in front of the trigger guard.
You cock the striker spring with the handle and release it, allowing it to return to its original position. A bullet, the dart, enters the barrel, where it is struck with force by a flat steel spring. The bullet's charge ignites, and it accelerates toward the target, spinning as it does so due to the gases escaping from holes drilled at an angle in its base. But you don't have to make it reactive. At a range of 10-15 meters, the impact of a 9mm bullet will be quite noticeable!
Of course, all this is… fantasy. But it's also perfectly suitable for authors of science fiction stories about travelers to all sorts of magical and technological worlds and… who knows what else. A fairy tale, as they say, is a lie, but there's a hint in it…
Information