Hello Fellow Airgunners,
In the centerfire world, I don't think it's uncommon for F-class bullet holes to be touching and sometimes stacking at 200-300 yards. In the airgun world, and .22 rimfire world for that matter, it seems like most people are impressed with a 1", 10 shot group at 100 yards. I realize the environment takes its toll on a low BC pellet or slug much more quickly than a 180 grain Berger. But isn't there more on the table when airguns tend to use thin shrouded barrels, albeit with some internal support, and rimfire and centerfire use thick (sometimes 1.25") heavy bull barrels? Even for .308 cal and larger slug guns, I haven't seen any groups I'd be impressed to see from a good centerfire .308, i.e. 1/2 or 1/3 MOA or better. I realize a supersonic projectile is going to have an advantage when it comes to being impacted by its environment, but I still believe that in ideal conditions, i.e. no wind, there are no laws of physics dictating that an airgun shooting heavy slugs shouldn't be able to compete with a centerfire at ranges like 100 yards, where the terminal trajectory is still relatively perpendicular to the target. To what do you attribute the differences in accuracy?
Thanks for any insights or experiences.
Josh
In the centerfire world, I don't think it's uncommon for F-class bullet holes to be touching and sometimes stacking at 200-300 yards. In the airgun world, and .22 rimfire world for that matter, it seems like most people are impressed with a 1", 10 shot group at 100 yards. I realize the environment takes its toll on a low BC pellet or slug much more quickly than a 180 grain Berger. But isn't there more on the table when airguns tend to use thin shrouded barrels, albeit with some internal support, and rimfire and centerfire use thick (sometimes 1.25") heavy bull barrels? Even for .308 cal and larger slug guns, I haven't seen any groups I'd be impressed to see from a good centerfire .308, i.e. 1/2 or 1/3 MOA or better. I realize a supersonic projectile is going to have an advantage when it comes to being impacted by its environment, but I still believe that in ideal conditions, i.e. no wind, there are no laws of physics dictating that an airgun shooting heavy slugs shouldn't be able to compete with a centerfire at ranges like 100 yards, where the terminal trajectory is still relatively perpendicular to the target. To what do you attribute the differences in accuracy?
Thanks for any insights or experiences.
Josh