Interesting video
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That is interesting. I didn't realize it would take that long for a bullet to stablize. 0 -
Looks about right, I've always been told it takes boat tail bullets 200 yards to stabilize and over the years it has proven true with some bullets. 0 -
It would be interesting to test a couple of my "pet loads" to see how they behave.
Just from an accuracy standpoint, my groups sizes never seem to double going from 100yds to 200yds. Usually about 1.5x at 200yds what they were at 100yds.
My 22-250 is funny though...it usually keps 1/2" groups all the way out to 200yds then opens up to 1 1/2" at 300. I suppose it could be other variable (including me or wind) that account for that.
I should set up targets every 25 yards out to 300yds and see what my results are.0 -
Looks like a computer nerd"s work more than a serious target shooter....
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Why do you think that?
It came from Berger Bullets, even though it was hosted on youtube. I believe it came from a real bullet's trajectory not a computer generated model.0 -
It says "simulation". I also think to get 6 degrees of circular deviation you must have started with a very unstable bullet or bad shooting parameters to begin with. Wrong rifling pitch, barrel harmonics, etc, etc. I have found that the great boat tail bullets used for top accuracy are very critical as to barrel crowning. There are many loads and guns that group better at all ranges with flat base bullets than boat tails and yet computers say that shouldn't be. JMHO Bob 0 -
[:I] I must have missed the simulation part......
Like I said before. I have never noticed (as far as group sizes go) in any of my rifles.
When starting off with a new rifle/scope combo I first shoot at 25yds or 50 yds to make sure I'm on paper and the groups are usually tiny. The farther out the target is the larger the groups get.
I figured it was like that for all bullets.0
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http://www.youtube.com/watch?v=KH9SCbCBHaY
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