original post
bobby, bobby, bobby
you forgot the original post ( that we have now hijacked....sorry) was about accuracy in a production type muzzle loader, not a competition ML, (if someone is that serious about competition then they have put in the time, and shooting required to be the best they can be with the best equipment they have).
your theory about spherical item not needing stabilization may be true in a frictionless, gravity free, vacuum, but in the real world you need to account for the increased friction due to the ball mass and gravity causing more friction on the lower part of the barrel, not to mention random variable friction of the barrel shot after shot.
lets not forget that the malleability and ductility of the lead alloy presents a some what less than perfect sphere (flattened from the pressure of the exploding powder)exiting the barrel.
the preferred way to deal with these variables is to remove them from affecting precision by imparting a stabilizing spin. Gunsmiths knew this over 500 years ago, but the way the military conducted battles, the increased production time, increased cost etc. prevented the widespread use of rifling
As for the score records being the same that can happen over a wide range of group size, depending the target used, and match rules. That the scores are the same does not automatically mean that the group size is the same.
A pistol shooting buddy of mine regularly shoots dime sized groups, but off centre, the best i can manage is centered quarter sized groups, hence my scores are higher. He is more precise according to your theory, and I'm a better shooter, according to score
To tommy, I'm sorry, I don't own a competitive smoothbore, or a competitive rifled musket for that matter, but I was talking real world numbers, we don't have to "duel", NMLRA is the real testing ground and I highly doubt I will get any bragging rights there. Do you think you would? If you missed the post two down from the huge one you quoted, read it through, the world records are the same, and they don't shoot for group, they shoot for score.
As to tapered smoothbores, and smokepole, I was told the standard range is 50 meters for those two competitions, but they do have other shoots from 25-130 commonly, and the best rifled muskets v.s. the best smoothbores don't show any advantage until at least 75 yards, and there was a smoothbore shoot tagging 2 1/2 foot targets out at 345 yards IIRC.
I was quoted a taper .003 from stem to stern so I doubt you'd notice it, they said that the bore is simply bored from breech to muzzle and then the wear of the boring tool compensated...
I was also told that the single greatest reason that a modern smoothbore "rifle" doesn't measure up to a modern rifled rifle accuracy standards is that rifled rifle barrels are bored, and taken seriously. When you buy an affordable smoothbore for re-enactment, or to shoot, you just get DOM (drawn over mandrel) tubing that has been gauged for size, and you have to find a custom maker to get a proper bored barrel. The DOM is supposed to be totally safe and strong enough, but not precise, and certainly not target grade.
Secondhand too, is that finding a "proper" load for a smoothbore is much harder than a proper load for a rifled musket.
I was told that if I ever did want a very accurate smoothbore musket, Henry Krank and associates of Pudsey, West Yorkshire can have one made for me, but if I have to ask, I probably can't afford it. I checked out their online stuff, and that's probably true.![]()
bobby, bobby, bobby
you forgot the original post ( that we have now hijacked....sorry) was about accuracy in a production type muzzle loader, not a competition ML, (if someone is that serious about competition then they have put in the time, and shooting required to be the best they can be with the best equipment they have).
your theory about spherical item not needing stabilization may be true in a frictionless, gravity free, vacuum, but in the real world you need to account for the increased friction due to the ball mass and gravity causing more friction on the lower part of the barrel, not to mention random variable friction of the barrel shot after shot.
lets not forget that the malleability and ductility of the lead alloy presents a some what less than perfect sphere (flattened from the pressure of the exploding powder)exiting the barrel.
the preferred way to deal with these variables is to remove them from affecting precision by imparting a stabilizing spin. Gunsmiths knew this over 500 years ago, but the way the military conducted battles, the increased production time, increased cost etc. prevented the widespread use of rifling
As for the score records being the same that can happen over a wide range of group size, depending the target used, and match rules. That the scores are the same does not automatically mean that the group size is the same.
A pistol shooting buddy of mine regularly shoots dime sized groups, but off centre, the best i can manage is centered quarter sized groups, hence my scores are higher. He is more precise according to your theory, and I'm a better shooter, according to score
Last edited:


















































