A real gunshot actually is not that easy to identify. It sounds more like a firework (in my experience) than the gunshot sound effect we hear in movies. People will still call the police, hopefully, but I would not assume people will identify it correctly.
Quote:
Originally Posted by Kelb_Panthera
The problem is that kevlar is nearly worthless against a thrust from a knife. <snip>
.. it doesn't do much better than a really heavy sweater against a bodkin arrow or a thrusting knife.
|
Kevlar can be treated to be stab resistant. It's not as good as a rigid plate but it's much better than a "really heavy sweater."
Quote:
Originally Posted by Kelb_Panthera
(protip: that's why "armor piercing" rounds have a much pointier tip than regular bullets. To get through kevlar and to increase the surface pressure at the point of impact on solid armors.)
|
This is correct. Just as important to note, though, is that armor piercing is comparatively good at piercing because the standard self-defense bullet (for non-military use) is a hollow point, which is designed to flatten and expand upon impact, transferring more energy to the target. This is more effective against flesh, but less so against a vest, which tries to disperse the energy across a wider area. The hollow point works into this tendency, while the "armor piercing" bullet fights against it.
Quote:
Originally Posted by DontEatRawHagis
I'll have to stop you there. This assumes that the knife wielder has the advantage, it can easily go both ways depending on the situation.
<snip>
It all boils down to a case by case basis. The difference involving distance, skill, and a boatload of other variables too numerous to name.
|
The person you quote specified an already drawn knife.
The Tueller Drill puts the threat range at about 21 feet for holstered gun versus a drawn knife ...which is pretty scary.