Re: Mil/Mil scopes
<div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: Trace</div><div class="ubbcode-body">I don't hunt humans nor do I hunt paper. I hunt animals. And here in south Texas the game is usually deer and hogs. Hogs seem to be always milling about and never standing still. A herd will consist of every size imaginable. I know of no way to range them with a scope. The deer are just about as bad about moving around. Therefore the ranging attributes of a mil dot scope are all but useless to me. Most of the GOOD laser rangefinders I have come across are in yards. So for my purposes, the moa-moa combo makes more sense.
Also the mil-dots are too far apart for most holdover applications.
I wish this weren't so because most of the scopes I like come with mil-dots. Reticles like the NF R1 work great for me because of the closer spacing of the dots.
So please understand that moa-moa reticles are good for some of us whereas mil-mil is good for others.
I do insist that the reticle and adjustments are the same, whatever the case may be. </div></div>
Trace,
I read your post, twice in fact. I have no quarrel that MOA/MOA works "best" for you.
But I loose your logic at this point:
<span style="font-weight: bold"><span style="font-style: italic">"Most of the GOOD laser rangefinders I have come across are in yards. So for my purposes, the moa-moa combo makes more sense.
Also the mil-dots are too far apart for most holdover applications."</span> </span>
So let's look at a hypothetical, and see the effects:
First, we take a round. In this case I took a 7mm-08 w/162 Gr A-MAX @ 2700 FPS.
Next we conceptualize a deer that we range with our laser rangefinder @ 450 YDS.
So now we have two knowns: A 7mm 162 grain bullet with a muzzle velocity of 2700 FPS, and a deer milling about @ 450 yds. In this instant case we will assume winds of 0 MPH.
To assist in placing our bullet into the deer's vitals, we have a drop chart based on a 100 yds zero. Unless you have all values memorized, whether you use Mils or MOA, you will need to consult a drop chart of some sort. Taking that as a given: it says the following:
450 YDS Drop -2.5 Mils -8.4 MOA Drift 0.7 MILS 2.6 MOA
At this point you can do one of two things:
You can dial your range, or use your reticle.
If you have a MIL adjusting scope; you dial 2.5 and send it.
If you have a MOA scope you have to decide on 8.50, because you cannot dial exactly 8.4 MOA. Now 8.5 is close enough to 8.4 so as not to matter much. But I'm still fail to see how using MOA as opposed to MIls, enhanced your ability to hit the target. But maybe I'm missing something.
How about using just reticle Holds and not dialing?
With the NF NP-R1 you have to find 8.4 MOA and sent it. With a Mil scope you would have to find 2.5 and send it.
Is it easier and quicker to find 8.4 MOA out of a 30 MOA column of hashes as found on the NP-R1, or 2.5 Mils out of a 5 MIL column of hashes as found on the MLR?
Again unless I'm missing something, MILS in this case is both faster, and more accurate, and less prone to error than MOA.
Yes, both will work, but which is easier and faster, and more accurate? I don't find a compelling case for MOA, and how reading a LRF in yards, somehow magically makes MOA a superior system.
But since you use the MOA system, perhaps you can explain what I'm missing.
Thanks,
Bob