crowbuster wrote: I agree with the logic of more shots = more meaningful data but it also increases the human error factor. Each to their own I reckon, but I still believe that knowing the "potential" of your rifle & ammo is critical to ANY form of shooting -field or benchrest. For example if you knew that your rifle would only shoot 3 moa five shot groups at 100 yards, would you take a 200 metre field shot on a small varmint...? I know I wouldn't because I would either miss or wound the animal. Conversely, if I had a .5moa tackdriver, I would take that shot with confidence of a one shot kill......
Congratulations on your purchase, I'm sure you'll be happy with it. And sorry for pinching your thread!
You comments above intrigue me for several reasons. More shots gives more meaningful data but increases the chances of human error? This is exactly my point. Knowing how well the rifle shoots in isolation does not have any bearing on how well you (or I) can shoot it. If the rifle shoots 0.5MOA, but the shooter is only capable of 3MOA under a given set of conditions, then the target will still be missed, or worse wounded. Your second point goes the same way. Obviously if the "rifle" shoots 3MOA then at 200yds you have a 6inch group and a likely miss. But because the rifle is a 0.5MOA "tackdriver" does not mean that you stand any more chance of hitting that animal unless you know that you can shoot that same rifle in the bush, off-hand or however the shot presents itself. Worse still, from my viewpoint, would be those who with no real knowledge of how well they can shoot their tackdriver without a bench, go out and wound a bunch of animals by taking shots that are within their rifles capability but far outside their own.
Now I have been thinking about this, and I think I have a very logical example of why I do not believe that the benchrest accuracy of a rifle can be equated to the hunting accuracy, and it's as simple as this:
If people can shoot as well from an improvised rest, or offhand, in the bush, then why do benchrest shooters spend hundred or thousands of dollars on those concrete benches, cast iron rests, sandbags and associated goodies?
Now I know the obvious answer is that it comes down to the law of diminishing returns and that they are trying to extract the ultimate, but that is what this "potential accuracy" thing is all about, is it not? It seems to me that most of the benchrest gear is designed solely to remove any user input from the process. Obviously this does not include aiming , windage and elevation judgement and so forth, but all trembly arms, recoil control and movement of the rifle is controlled by the equipment. Now take all that away and I am sure (but still open to be proved wrong!) that you will see an entirely different set of results. It wouldn't surprise me to find that "rifles" change their performance totally. As an example, it would seem possible that a light hunting rifle that is not so accurate from the bench would, when fired from the shoulder, outshoot a heavier varmint rifle simply due to the strength required to keep a heavier rifle up at the shoulder. Now if this is the case, once again the "potential acuracy" concept could be leading us astray - higher "potential accuracy" but lower real world accuracy? Just a thought....
Anyway, I wish you well with your new rifle, and I hope that once you have established how well it goes from the bench that you, as others have suggested, get out and practice real world shooting using unassisted wind and distance judgement. Then let us know how the two types of shooting compare!