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Load Development Ruger Precision Rifle .243
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<blockquote data-quote="jdmecomber" data-source="post: 1302508" data-attributes="member: 94549"><p>In the spirit of one shot kills!</p><p></p><p>This is something to think about. We are not talking tactical or speed or conditions. Just what scope can dial closer to the bullseye </p><p></p><p>Scopes </p><p>Mil</p><p>.250 moa</p><p>.125 moa </p><p></p><p>Here are your options. Your shooting 1000 yards. It doesn't matter if you can even adjust for these errors. It's just math. I am not bringing shooting conditions into this at all. </p><p></p><p>Let's say this is a grading scale percentage 100% being the best. This is the ability of the rifle to dial a bullseye and the max amount of error you can have. </p><p></p><p>The mil scope starts out with a 82% so your at an 18% disadvantage </p><p>1 mil is 3.6 inches at 100. </p><p>1 mill is 36 inches at 1000</p><p>Example. Your scope dials tenths</p><p></p><p>So there are 3.6 inches per click .1</p><p>If your solution calls for 10.15 mils, Your options are 10.1 or 10.2 so your error would be .05 mills that you cant dial. Which would be half of 3.6 inches or 1.8 inches. </p><p></p><p>So your ability to dial a perfect bullseye, the max error would 1.8" away from the bullseye. </p><p></p><p>.250 moa scopes</p><p>Start out at an 86.91% so they have a max error of 1.309 inches. </p><p></p><p>True moa </p><p>1 moa at 100 yards is 1.047 inches</p><p>1 moa at 1000 yards is 10.472</p><p></p><p>So your scope dials .25 moa clicks </p><p>Let's say your solution calls for 24.375 moa, You can dial 24.25 or 24.5. So your max amount of error is .125 moa which calculated at 1000 is. 1.309"</p><p></p><p>So your ability to dial a perfect bullseye, the max error would be 1.309 " away from the bullseye. </p><p></p><p>.125 moa Scopes start out at 93.51% so they have a max error of .649 inches </p><p></p><p>1 moa at 1000 yards is 10.472 inches </p><p></p><p>If your solution calls for 24.937 You can dial 24.875 or 25. So 24.937 is in the middle of those two so the max amount of error you have is .649 inches at 1000 yards. </p><p></p><p>I know lots of stuff is involved with shooting. I like to take as much error out of everything I do. Fun fact to look at</p></blockquote><p></p>
[QUOTE="jdmecomber, post: 1302508, member: 94549"] In the spirit of one shot kills! This is something to think about. We are not talking tactical or speed or conditions. Just what scope can dial closer to the bullseye Scopes Mil .250 moa .125 moa Here are your options. Your shooting 1000 yards. It doesn't matter if you can even adjust for these errors. It's just math. I am not bringing shooting conditions into this at all. Let's say this is a grading scale percentage 100% being the best. This is the ability of the rifle to dial a bullseye and the max amount of error you can have. The mil scope starts out with a 82% so your at an 18% disadvantage 1 mil is 3.6 inches at 100. 1 mill is 36 inches at 1000 Example. Your scope dials tenths So there are 3.6 inches per click .1 If your solution calls for 10.15 mils, Your options are 10.1 or 10.2 so your error would be .05 mills that you cant dial. Which would be half of 3.6 inches or 1.8 inches. So your ability to dial a perfect bullseye, the max error would 1.8" away from the bullseye. .250 moa scopes Start out at an 86.91% so they have a max error of 1.309 inches. True moa 1 moa at 100 yards is 1.047 inches 1 moa at 1000 yards is 10.472 So your scope dials .25 moa clicks Let's say your solution calls for 24.375 moa, You can dial 24.25 or 24.5. So your max amount of error is .125 moa which calculated at 1000 is. 1.309" So your ability to dial a perfect bullseye, the max error would be 1.309 " away from the bullseye. .125 moa Scopes start out at 93.51% so they have a max error of .649 inches 1 moa at 1000 yards is 10.472 inches If your solution calls for 24.937 You can dial 24.875 or 25. So 24.937 is in the middle of those two so the max amount of error you have is .649 inches at 1000 yards. I know lots of stuff is involved with shooting. I like to take as much error out of everything I do. Fun fact to look at [/QUOTE]
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