i don't remember them blowing anything.
they put all those rounds through that
cheap 410 and measure the muzzle and
the projectile each time.
you'd never get a component manufacturer
to condone any kind of "improvised" loads
in this the day and age of lawyers and lawsuits.
a trespasser can sue a landowner now if
injured while criminally trespassing and has
a better than average chance of winning.
if somebody was to show that altering
inexpensive ammo would take the place
of more costly ammo, they'd have a stroke.
it is a nice tip to know though
The idea is not to get them to condone modifying cheap ammo. I didn't phrase it that way. I asked Alliant etc. about correct load workup and if they had any information on this type of round. I was thinking more along the lines of complete, from scratch round build up.
Knowing that manufacterers probably use the cheapest fastest (i.e lowest cost per round) powder, I'd be afraid to tinker with that idea to any extent.
Here's one blowup they did... not wax slugs
http://www.youtube.com/watch?v=o0MYG_-XCY0Not IraqVeteran8888 but an allegeded waxer blowup
http://www.youtube.com/watch?v=OnTAr5jqJQII'm having a hard time finding it, but I thought IraqVeteran8888 had doubled the lead and powder in one wax slug experiment with the idea in mind of testing the limits. Just can't seem to find the right search term or pick it from his list.
Anyway, I think the point stands, that if we do wax slugs, we're in uncharted territory, granted... even by the book loads are just approximations.
In the end, I actually *want* wax slugs to be safe. Very cool idea. But would like some certainty about it. Could see keeping a box of them around "just in case". But not sure what to think about a constant diet of them.
The exception might be in cylinder bore guns, possibly with powders that have pressure characteristics like black powder... then it would seem a little wax would just be other less dense payload. Seems like it'd be a great idea to try in a Brown Bess, LOL!
For me it's the choke and constriction that makes me wonder. No idea how the wax affects compressibility and resultant pressures.