Dave M.
F-Open Class shooter (284 win, 6dasher, 6.5-7PRCW)
That data seems to speak volumes. Annealing = smaller groups
That data seems to speak volumes. Annealing = smaller groups
Please explain why you accept this as valid when the two groups were shot with different guns. Even though he claims the guns are identical, presumably I build specs, I have trouble believing they shoot identically.That data seems to speak volumes. Annealing = smaller groups
Because I merely looked at the data. I didn’t know they came from two different guns. I didn’t even watch the video. Not sure why anyone would post annealing vs not annealing data between two different rifles. That obviously is like comparing an apple to an orange.Please explain why you accept this as valid when the two groups were shot with different guns. Even though he claims the guns are identical, presumably I build specs, I have trouble believing they shoot identically.
As usual, my hat is off to to you sir. Your post are always spot on.Because I merely looked at the data. I didn’t know they came from two different guns. I didn’t even watch the video. Not sure why anyone would post annealing vs not annealing data between two different rifles. That obviously is like comparing an apple to an orange.
Dave
I just assumed that anyone posting A vs. B data would only change one single variable (ie annealing) and would obviously shoot them from the same gun.As usual, my hat is off to to you sir.
Hmmm??? The way I see it . . .This topic, like "cleaning" does not necessarily have to become a controversy. "One size" may not fit everyone needs, or tolerance for increasing the equipment and time to add another step in the reloading process.
Shooters who anneal do so because they either have experienced the benefits or because they want to prevent poor results by maintaining as much consistency in their cases as possible.
Then there are shooters like me, who don't anneal and never did and who are content with the results they are obtaining on target and most assuredly do not want to add more equipment, steps and time to the reloading process. For some of us, reloading is a necessary burden and it ain't fun.
If you are in the ultra-precision game like the benchrest guys, it kind of makes sense that consistency in ammo is paramount. It would seem that annealing achieves that so there may be a need for it in that discipline. I won't engage these guys in a reloading debate because their accuracy standards are so much higher than mine. Just look at their targets, the successful ones know what they are doing in the world of ultra-precision.
In my game, in the world of practical field shooting I know what I am doing. There are so many variables, the shooter being the most significant, that wringing out a few more thousandths in group reduction is not worth the time, expense, and effort. Honing one's field shooting skills has a bigger payoff because there is so much less artificial support in the shooting position in this world.
I will borrow a concept by Ryan Cleckner, Special Operations Sniper, define what is acceptable accuracy for your needs. Once you do that, you have a standard to work towards to adapt and test your reloading, cleaning regime, etc. against that standard.
While two different guns can certainly be and issue and call into question the validity of the test, as it has, given the knowledge, expertise and history that Lou Murdica has, I'd give him a lot of positive weight to his claim that his two guns shoot the same (not that the claim is an absolute). ¯\_(ツ)_/¯Because I merely looked at the data. I didn’t know they came from two different guns. I didn’t even watch the video. Not sure why anyone would post annealing vs not annealing data between two different rifles. That obviously is like comparing an apple to an orange.
Dave
Hmmm??? The way I see it . . .
If my rifle and ammo produces groups with large ES's, I'm more likely to miss with my "practical field shooting" than if my rifle and ammo produces groups with very small ES's.![]()
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