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I find it easier to use mils when ranging targets - especially if I'm pressed for time. When bench shooting where I already know the distance and windage and have time to sit there and think about it, either one is fine with me.I understand angles as I have been a machinist for 25 years.
I also understand there are 6283.185 mils to a circle and 21,600 minutes.
What I am asking, and what I have searched for, is how is 6283.185 units better than(or more accurate) than 21,600. Why is mils BETTER? Not what is everyone using or there is less clicks or the numbers are easier to use.
Nope, it's just as easyThere are of course formulas for MOA also, but the math is just a bit more involved and less handy to do on the fly.
With the MOA formula, actual wind speed comes into it after you get your base drift based on distance alone. But I agree with your basic point: at some point in the process you have to be able to dope the wind speed otherwise you will never get the right answer, mils or MOA.Both methods require a shooter to accurately judge the wind in MPH first though. If you can't do that then none of this matters.
So how would that work for you shooting a 6.5 PRC at 4000 ft elevation?Nope, it's just as easy
For cartridges that fly like a 308: drift in 10 mph FV wind = (distance in yards/100) -1.
So many people get caught up on that .11". It's mind numbing sometimes why people can't see the fact that almost no one can shoot well enough nor don equipment and systems precise enough to have any kind of relative difference. It's just a ruler.
Don't know, don't care. Don't have one and probably never will. If I did it's easy to find a relation after you work up a load.So how would that work for you shooting a 6.5 PRC at 4000 ft elevation?
So one click on the windage turret at 100 yards on mil at 4 mph? 2clicks at 200 yards? and so on?What finally convinced me to change from MOA to MIL was the quick wind formula you can use with the G1.
The example I was given originally was that the G1 BC for .308 is .4XX so you use a 4 mph, therefore:
100 = .1 mil at 4 mph
200 = .2 mil at 4 mph
300 = .3 mil at 4 mph
400 = .4 mil at 4 mph
500 = .5 mil at 4 mph
600 = .7 mil due to velocity bleed off and correcting the estimate
700 = .8 mil
800 = .9 mil
900 = 1 mil
The base 10 was a lot easier for me to quickly find a number to use. I think Frank had a great podcast on this one.
If your scope adjusts in 0.1 mil increments yes. If it doesn't, then no.So one click on the windage turret at 100 yards on mil at 4 mph? 2clicks at 200 yards? and so on?
Good discussion here:https://www.snipershide.com/shootin...r-podcast-70-mike-and-frank-are-back.6891601/So one click on the windage turret at 100 yards on mil at 4 mph? 2clicks at 200 yards? and so on?
Ok... I'm NOT advocating for MIL in this particular post,...but I am curious to hear your MOA method for my own personal edification.While we’re beating this dead horse, coke or Pepsi? Nikon or Canon?
I prefer MOA but have to use MILS also for work. Sub 1000m MOA is PERSONALLY easier/faster for me. If over 1000m I’m faster on MILS. All that said in personal time I’m usually shooting 500-800m. Ipso facto...
Mils (when I get a non mismatched scope), Coke, Canon, Xbox, pc, android, Toyota trucks, imperial measurements, Lamborghini, tikka (for common factory rifle) , ar15, 9mm, 6.5 creed, 870, no to glock, automatic handgun, thunderbeast, KRG chassis, stainless, kydex, dark blue, first focal, old Jazz team, Scandinavian metal.While we’re beating this dead horse, coke or Pepsi? Nikon or Canon?
I prefer MOA but have to use MILS also for work. Sub 1000m MOA is PERSONALLY easier/faster for me. If over 1000m I’m faster on MILS. All that said in personal time I’m usually shooting 500-800m. Ipso facto...
Ok... I'm NOT advocating for MIL in this particular post,...but I am curious to hear your MOA method for my own personal edification.
There are so many ways that have been developed, I am genuinely curious about the particular methods people are using for MOA, and where they learned them.
Also
I like how the MOA guys will say, "4” off plate left converts to an easy hold 1.5 right at 500m"
.36
But there is a WRONG ANSWER
You still have not answered the question and simply confirmed you are not actually using a system of angular adjustment you are just winging it
Nothing you said is correct or precise
@Lowlight where can I buy some Spin D i just ran out of my last bottle?
I am going to put an Athlon Ares etr on my .300wm. I have always been moa and can't see an advantage to go mil. In fact, the way I see it, moa is better.
At 100 yards, 1/10th mil is about .36" vs .25 or .125 with moa.
At 1000 yards, 1 moa is 10 inches while 1 mil is about 36 inches. Is that correct? If it is correct, why would anyone use mil?? Other than that it is what everyone else is using, less clicks and smaller numbers to work with.
Can anyone give me a definitive answer why mil is better? Please educate my dumb ass.
Oh no, you didn't!It never gets old... By the time you pick a scope with the features you want, the decision has very likely been made for you.
P.S. Mils are metric. This is a undisputed fact.
Everybody I've ever shot with that was using MOA sooner or later started trying to talk in inches
I find it easier to say I need 7.6 mils for 1k yds vs I need 41 moa (hypothetical numbers).
See this I just will never understand. A number is a number. It comes out of my brain and through the mouth with the same effort as any other number.
I just don't buy it. 4.7 mils or 16 minutes to 600 yards. Same shit takes same amount of effort to remember and use.
Same as dialing. A particular scope's erector tube needs to move the same amount to span 4.7 mils or 16 MOA so assuming the stem threads are the same pitch on both you're spinning the turret the same amount. How on earth could someone not see that?
I look at my car's speedometer and the 75 mph and 120 km/h markings are in the same spot on the speedometer's face. So I don't GAF which of those two is on the speed limit sign. Just match numbers. who gives a damn what the conversion is?
I may be a heretic, but there's nothing wrong with thinking in linear units. "You hit about 3 feet to the right" contains all the information that "you hit 3 MOA to the right" (because the target is fixed), and it's just as easy to line up the reticle and dial it. SOMEONE has to have a reticle to measure the angle. I've never met someone who could accurately estimate minuscule angles by eye.
You have to do math in your head. That's what's the first thing wrong with it.I may be a heretic, but there's nothing wrong with thinking in linear units. "You hit about 3 feet to the right" contains all the information that "you hit 3 MOA to the right" (because the target is fixed), .
You have to do math in your head. That's what's the first thing wrong with it.
You're calling the miss, not the correction. That's the second thing wrong it.
I'd rather spot for myself than listen to someone tell me where I missed in linear units. If you can't call out the correction (something the shooter can act upon immediately without thought) using angular units, at least call it out in fractions of a target.
Example 1 (Spotter Shooter) Correction U .6; L 1.2
Fast and useful. Btw corrections are always back to the center and not where they impacted.
This whole "MOA shooters think in inches" thing is as much bullshit as assuming that MIL guys never think in linear units.
Yeah those guys are the bottom of the barrel in terms of skills/knowledge. Don't ever listen to fudds.Only other "amateur" shooters/hunters who have grown up hearing that 1MOA=1"@ 100 yards, etc.
MOA or MILs it doesn’t matter as long as you are using the reticle to adjust for your misses.
More importantly I’d say to just use the same as the people you shoot with. Makes corrections easy between spotter and shooter. Instead of trying to convert an MOA call to mils on the fly.