Seems like if the cases were 100 % exact each and every time it would help accuracy wouldn't it ???
With small tanks loosing pressure as it goes on and on it would only make sense the AMP would be more consistent wouldn't it ??Do you have data which shows the resulting hardness is more consistent with an AMP than with a flame system?
AMP has some literature on their website that speaks to these questions.
With small tanks loosing pressure as it goes on and on it would only make sense the AMP would be more consistent wouldn't it ??
They have regulators.With small tanks loosing pressure as it goes on and on it would only make sense the AMP would be more consistent wouldn't it ??
Seems like if the cases were 100 % exact each and every time it would help accuracy wouldn't it ???5
I think the "danger' of the open flame annealing is highly exaggerated.
You must remember AMP is selling them. Just my two cents Tommy McAMP has some literature on their website that speaks to these questions.
Not perfect indeed! In steel, hardness is relatable to strength, but there is scant data for other metals. Not to mention the “coarseness” of the correlation to begin with.I’ll ask the other question: are you certain that hardness is the property you care about? Isn’t it just a proxy for yield strength? The correlation isn’t perfect, so be careful pursuing the means as an end to itself.
A lot more enters into the mix on bullet release like variation in lengths of the neck and wall thickness with no turns and neck clearance plus annealing....... jimNot perfect indeed! In steel, hardness is relatable to strength, but there is scant data for other metals. Not to mention the “coarseness” of the correlation to begin with.
But this also raises the issue of how does the case release the bullet? From pressure overcoming the grip? Expansion? And just how does 100 pounds of pull vs 150 pounds of pull affect the shot placement?
Not unless you like perfect.........Even with pressure loss, if bottle pressure > regulator pressure, does it matter?