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<blockquote data-quote="MontanaRifleman" data-source="post: 786399" data-attributes="member: 11717"><p>Joel, I agree these are two different examples but I don't believe the effect is going to be a lot different.</p><p></p><p>If we take a bullet that drops say 2" in a hundred yards and we ad anothe 1.8" for scope height to it we have a muzzle to line of sight convergence or 3.8" @ 100 yds. If we went to extreme and canted the rifle and scope 90*, the bullet would impact 3.8" offset of center. Multiply that by 6 and we get 22.8" @ 600 yds. A slight cant of 5-10* will be a small fraction of that.</p><p></p><p>Do you have a math model that can predict the offset?</p></blockquote><p></p>
[QUOTE="MontanaRifleman, post: 786399, member: 11717"] Joel, I agree these are two different examples but I don't believe the effect is going to be a lot different. If we take a bullet that drops say 2" in a hundred yards and we ad anothe 1.8" for scope height to it we have a muzzle to line of sight convergence or 3.8" @ 100 yds. If we went to extreme and canted the rifle and scope 90*, the bullet would impact 3.8" offset of center. Multiply that by 6 and we get 22.8" @ 600 yds. A slight cant of 5-10* will be a small fraction of that. Do you have a math model that can predict the offset? [/QUOTE]
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