I finally saved up for my NightForce scope and am aiming at an 8-32x56 NXS Zerostop Mil-dot but cannot decide if I should get it in moa adjustments or mil. I realize that you will need to know more about me to help me make this decision.
Alas, I have no military or law enforcement background. I am a 56 yo Engineer who is not a hunter (yet) so I guess that makes me a paper puncher. I bought my first centerfire rifle in January of this year. It is as close to a tack-driver as one could get in a gas gun. It is a LaRue Tactical 5.56 OBR with an 8:1 20” barrel, SJC Titan compensator, Harris bipod and Magpul PRS stock. I am still working on my own accuracy and working up a cartridge, so I am still at 100 yd. My range only goes out to 300 yd, but I am thinking of also joining one which goes to 1000 yd. (I will have to go single shot 80 gr bullets to be allowed beyond 600 yd.) I picked up a 10-40x50 Osprey scope at a gun show to hold me until I could save up for my NightForce. At the same gun show, I bought a box of genuine Hornady TAP (not the FPD stuff) and shot a five shot group of 0.4moa at 100 yd. I was firmly bitten by the accuracy bug then, but didn’t want to continue spending $1.70/round, so I figured I’d save money by starting to reload (hah).
I got a Dillon RL550B progressive reloader, RCBS 1500 Chargemaster (no Prometheus yet), Dillon carbide dies, an RCBS Casemate, and a Dillon Swage tool to remove military crimps. I was aiming to make a mk262 clone. 77gr Sierra HPBT (with and w/o cannelure), Lake City brass, GM205M primers, and 23.9gr. VARGET. My first batch produced a sub-moa group of five at 100 yd., with four of them at 0.25moa. Now I really wanted to get as accurate as possible. I got a Hornady concentricity gage and a Redding competition bullet seating die. This reduced my concentricity run-out to about 0.003” but with the Hornady gage I could reduce that to around 0.001. I switched toolheads to a CNC machined one by Whidden Gun Works with floating die heads and a clamp down by Uniquetek,
http://whiddengunworks.net/dilloncnctoolhead.html
http://www.uniquetek.com/site/696296/product/T1389
My concentricity immediately went from an average of .003 to less than .001 without having to make adjustments. I switched the dial indicator on my concentricity gage to a Starrett 25-211 which has a 0.0001 accuracy, plus I added a Starrett Roller Contact Point (4CER8 from Grainger.com) because I had noticed the dial indicator jumping. Now I am measuring an incredible 0.0001-0.0007 concentricity run-out. Have not been to the range yet, but I’m excited.
Oh, I also picked up a Dillon RT1200 case trimmer, sweeeeet. Just wish they would make caliber specific cutters which would debur and chamfer at the same time. (whaa-whaa).
With that background info, back to my question. I want to learn mil-dot rangefinding, but right now, I am still more comfortable with the concept of moa adjustments. Should I be leaning more towards mil adjustments?
Thanks in advance.
Alas, I have no military or law enforcement background. I am a 56 yo Engineer who is not a hunter (yet) so I guess that makes me a paper puncher. I bought my first centerfire rifle in January of this year. It is as close to a tack-driver as one could get in a gas gun. It is a LaRue Tactical 5.56 OBR with an 8:1 20” barrel, SJC Titan compensator, Harris bipod and Magpul PRS stock. I am still working on my own accuracy and working up a cartridge, so I am still at 100 yd. My range only goes out to 300 yd, but I am thinking of also joining one which goes to 1000 yd. (I will have to go single shot 80 gr bullets to be allowed beyond 600 yd.) I picked up a 10-40x50 Osprey scope at a gun show to hold me until I could save up for my NightForce. At the same gun show, I bought a box of genuine Hornady TAP (not the FPD stuff) and shot a five shot group of 0.4moa at 100 yd. I was firmly bitten by the accuracy bug then, but didn’t want to continue spending $1.70/round, so I figured I’d save money by starting to reload (hah).
I got a Dillon RL550B progressive reloader, RCBS 1500 Chargemaster (no Prometheus yet), Dillon carbide dies, an RCBS Casemate, and a Dillon Swage tool to remove military crimps. I was aiming to make a mk262 clone. 77gr Sierra HPBT (with and w/o cannelure), Lake City brass, GM205M primers, and 23.9gr. VARGET. My first batch produced a sub-moa group of five at 100 yd., with four of them at 0.25moa. Now I really wanted to get as accurate as possible. I got a Hornady concentricity gage and a Redding competition bullet seating die. This reduced my concentricity run-out to about 0.003” but with the Hornady gage I could reduce that to around 0.001. I switched toolheads to a CNC machined one by Whidden Gun Works with floating die heads and a clamp down by Uniquetek,
http://whiddengunworks.net/dilloncnctoolhead.html
http://www.uniquetek.com/site/696296/product/T1389
My concentricity immediately went from an average of .003 to less than .001 without having to make adjustments. I switched the dial indicator on my concentricity gage to a Starrett 25-211 which has a 0.0001 accuracy, plus I added a Starrett Roller Contact Point (4CER8 from Grainger.com) because I had noticed the dial indicator jumping. Now I am measuring an incredible 0.0001-0.0007 concentricity run-out. Have not been to the range yet, but I’m excited.
Oh, I also picked up a Dillon RT1200 case trimmer, sweeeeet. Just wish they would make caliber specific cutters which would debur and chamfer at the same time. (whaa-whaa).
With that background info, back to my question. I want to learn mil-dot rangefinding, but right now, I am still more comfortable with the concept of moa adjustments. Should I be leaning more towards mil adjustments?
Thanks in advance.