3mm inner core of tungsten reinforced bulk amorphous metal.
Cupro-Nickel jacket/shroud (because it's magnetic!)
4g mass. 66.7% of it in the tungsten penetrator.
You think it's going to tumble? It's got one hell of a length to width ratio.
3mm inner core of tungsten reinforced bulk amorphous metal.
Cupro-Nickel jacket/shroud (because it's magnetic!)
4g mass. 66.7% of it in the tungsten penetrator.
You think it's going to tumble? It's got one hell of a length to width ratio.
You are a guest here when you comment. This is my soapbox, not yours. Be polite. Inappropriate comments will be deleted without mention. Amnesty period is expired.
Do not go off on a tangent, stay with the topic of the post. If I can't tell what your point is in the first couple of sentences I'm flushing it.
If you're trying to comment anonymously: You can't. Log into your Google account.
If you can't comprehend this, don't comment; because I'm going to moderate and mock you for wasting your time.
Going to be interesting to see what spin rate they use for it!
ReplyDeleteI think the smaller the diameter of projectile in relation to length, the faster the spin required to keep it nose forward.
ReplyDeletejrg
Considering that the overall density of the round is 13.94 gm/cm3, it's not as extreme as you might think! Thanks to the tungsten, it's actually short for its weight.
DeleteThis calculator https://thebarreloutlet.com/twist-calculator/ claims that 1:6.8" should be sufficient.