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#3 | ||||||
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I suspect the actual drift for us duck hunters is less than shown, given that we are shooting larger shot than the #8 in the chart
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"Striving to become the man my dog thinks I am" |
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#4 | ||||||
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There probably would be less drift, but would there be more drop?
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Wild Skies Since 1951 |
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#5 | ||||||
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My old high school physics is now suspect, but I think the answer is "No, or very minimal" Perhaps drop would be influenced by aerodynamics, but I don't know which shot size would be worse.
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"Striving to become the man my dog thinks I am" |
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#6 | ||||||
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Higher maintained velocity would result in less lag time and less drop for large shot. Wind drift would be less because of pellet weight and higher maintained velocity. I don't know why anyone would use #8 shot in an experiment at up to extreme yardage.
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The Following 2 Users Say Thank You to Bill Murphy For Your Post: |
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#7 | ||||||
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And it also depends on what kind of shot you're shooting. In a high wind, steel shot is blown around much more than something heavier. I've seen that fully illustrated, it's bizarre but true.
DLH
__________________
I was as virtuously given as a gentleman need to be; virtuous enough; swore little; diced not above seven times a week; went to a bawdy-house once in a quarter--of an hour; paid money that I borrowed, three of four times; lived well and in good compass: and now I live out of all order, out of all compass. Falstaff - Henry IV |
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#8 | ||||||
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Makes me feel better about my Mad Jack scores at Hausmanns
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#9 | ||||||
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When I shoot steel, I shoot heavy loads of #2 and BB in ten gauge guns. I'm not too concerned with wind drift up to 50 yards, or up to more if the wind isn't blowing too much.
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#10 | ||||||
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Remember well that the chart starts at "30mph crosswind. That's one heck of a continuous cross wind (unless you live in Wyoming). In most circumstances the wind will not be directly a cross wind. That seldom happens simply based on the law of averages. If your out there in 40-50mph winds, you've got other things to worry about
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