Thanks Stormrider for all your insight. And also, all the other TMA members that have helped me out with knowledge, experience and fore teaching me and making me re think my perspective of muzzleloading. I also hope that I am not stepping on any ones toes with the following perspective. Its just my opinion based on some knowledge and some experience. You don’t have to agree, Its O.K. just think about it.
Will probably order Duches's package or contact him about this dry lube. I fully agree with uniform consistency from one load to the next. In my quest to tame this current finicky rifle, I have went somewhat over board. I use a circle template to file the sprue round. (Thought that tumbling balls in a tumbler would be good but not sure how many thousandths variation I would get). My starter and ramrod are both ground to match the radius of the .60 cal. ball. I do have to use two blows on the starter but push until the ball stops on a level charge of powder. The bbl is slightly choke bored for the first 2 inches but fairly easy on down. My thought is that the harder lead will have less variables when confronted with the human inability to load the exact same each time and its also part of my current accuracy load. However, I am not ruling out going back to pure lead.
I have been in numerous enjoyable debates about ballistic coefficient of projectiles. It makes for good conversation due to its many variables. In my attempt to understand this very complex set of variables, I perceive that the round ball is the least ballistic coefficient projectile. This is partially due to it having the minimum weight for the most atmospheric resistance (example, a 50 cal. round ball at 170 gr. has about the same air resistance as an extremely stable 50 cal. BMG has at 750 gr.). Also, a longer bullet is usually more stable than a shorter bullet in flight. This is some what due to the the tip of the bullet being more able to stay fixed center of the rotation. Since the round ball is shorter in length it is more apt to yaw off of the original center of rotation. The physics of the round ball has had some effect on why the conical projectile became very popular for long range shooting during and after the civil war. My perspective with my limited knowledge of ballistics is that IF a round ball starts to yaw off of its original center of rotation, any change of the air flowing over the ball that is not at its original sphere (primarily on the outer edge of rotation) will be effected to some degree by the same physics as a knuckle ball or a spit ball. Although the ball is spinning, the unbalance of air pressure over the ball will push the ball off of its course to some degree and probably increase the yaw even more. This unbalance of pressure compounds the further the ball goes down range. This is one of the reasons that I perceive that the current rifle I am working with, originally shot a one inch group at 30 yards and went out to 8 inches at 75yards. I understand that this is not the only variable effecting this 8 inch group. This jeager is not the only muzzleloader I have had the problem of minute of angle compounding unexceptionably. However, with you'll help, I can now depend on a 6 inch group at 125 yards with my old eyes and the help of a bunch of sand bags. Maybe even better when I go to the range and try some of the perspectives from TMA.
I hope I havent offended anyone. Having sensitive toes can get in the way of knowledge and understanding. Your perspective is welcome.
OPINIONS
Fore U.S.A. - God, Country and USMC
Fore Hunting - Black Powder and Saint Hubert