Hi. Yet another gunfire question, actually two: 1) While ricochets can be just as lethal, are they more realistic for “flesh wounds” that don’t break (shatter) bones? 2) Looking at stats like muzzle velocity, many late 19th-century rifles seem roughly the same power as modern handguns of the same caliber. Can we use this to estimate what the bullets can or can’t do?cathreese-blog-blog
I’m going to focus on a minor, but critical part of this question: Grazing hits from direct fire and ricochets are equally realistic. Both of these things occur. It’s not that they’re particularly common, but it’s no more or less realistic for a character to suffer a superficial injury from a gunshot than from shrapnel or a ricochet. These things happen.
With gunfire, a graze is one that doesn’t penetrate deeply. It may skim across the surface, though in some circumstances a bullet will skate across bone. The victim walks away with a minor injury
Of course, a bullet doesn’t need to break bones to kill you. A through and through that ruptures an artery is immediately life threatening. A shot to the lower abdomen is an excruciating way to die. Either of these can occur without any skeletal damage. If you get shot, you can bleed to death and die from, “a flesh wound.”
This is before you get into, “fun,” concepts like hydrostatic shock, which holds it’s possible to cause neural damage from suffering a gunshot elsewhere on the body. (Though, last I checked, hydrostatic shock was a disputed phenomena.)
While we’re on the subject, it’s worth reminding people that it’s quite easy to miss the fact that you’ve shot in combat. The adrenaline means your pain response is dulled, and your body doesn’t know what to make of a gunshot wound. This has a few implications:
First: You don’t know if you’ve received a grazing hit. You probably won’t find out until afterwards.
Second: It’s entirely possible to end up with shrapnel in your body that you don’t know about. This is unusual, but not particularly noteworthy.
Third: It’s possible to suffer a terminal injury and not realize it. You can’t feel the injury, and in the adrenaline fueled state your only warning is if you realize you’re bleeding heavily. It is entirely realistic for someone to just keep fighting until they lose consciousness and bleed to death.
The exception to that final point is if the gunshot does shatter bones. That is something you cannot ignore. It’s not a pain issue, you need your bones to function, break them and you’ll be unable to use those limbs.
As for 19th century weapons? No, not really. I’m not going to say it’s completely impossible to take a 19th century weapon and find some modern analogy. Physically, it’s the same principle; you’re ejecting a chunk of metal at your target, so, if the math lines up, all things should be equal. However, the engineering is entirely different. That engineering meant that 19th century weapons had a lot of issues we just don’t see anymore. Rapid fouling (the buildup of unburnt powder) isn’t an issue. Overpressurizing the chamber causing the firearm to explode is still technically possible, but you’d only see that with sloppy hand loads, faulty weapons, or loading the wrong cartridge into a weapon.
There is a significant difference in how you’d use a 19th century firearm compared to a modern one. Because reloading took significantly longer, you couldn’t afford to spray and pray, the way you can with modern box magazines. This means less bullets in flight, more focus on making sure those rounds connect.
So, can we compare 19th century firearms to modern ones? Not really. Even stuff like ballistic gel tests are going to be somewhat suspect. Just remember that any bullet can kill if it hits something vital.
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