Re: MOA at 100 yards is it possible with a 22lr? I belive that 1 MOA is actually slightly larger than that but I don't know the exact measurement. 3/4th of an inch @ 75 yards. For example, rather than state you have a 1/2 MOA rifle, say: "I can hit 85% on a 1/2 MOA target". See the chart below to determine the size of each module at different distances. (*this is an estimate, the actual MOA @ 100 yards is 1.047, but for example’s sake, see above conversion.) When measureing a group, the idea isn't to keep all the shots in a circle of that diameter, but rather the group is measured center to center of the two widest shots. My scope has 1/2 MOA clocks. 1/4th of an inch @ 25 yards. Roughly the size of a target paster. In certain disciplines shooters can reference scores, like: "This season I've averaged mid 190's on the 1000 yard F-class target". 2) Scope reticles are centered, i.e. 1/2 of an inch @ 50 yards. It covers less than 1" of the target at 10 yards. Sorry guys, it's not happening. A 50 yard zero allows the shooter to use a simple center-mass hold to ranges of point blank to 200-250 yards, depending on rifle and ammunition combination. A gun that shoots 1-inch groups at 100 yards may shoot a 6-inch group at 600 and a 10-inch group at 1,000 yards. At 200 yards, though, four clicks of the dial (or 1 MOA) would move the rounds two inches on the target. Since many modern telescopic sights are adjustable in half ( 1 / 2 ), quarter ( 1 / 4 ) or eighth ( 1 / 8 ) MOA increments, also known as clicks , zeroing and adjustments are made by counting 2, 4 and 8 clicks per MOA respectively. What it means is that if you make an adjustment of 1 minute, then you have controlled the trajectory of the bullet to 1 inch of change at 100 yards. That summed it up nicley. If you want to use the exact measurements, then know that 1 MOA = 1.047 inches Using the exact measurements, we can use the following formula: (Distance to the target in yards x 1.047) / 100 = inches per MOA for the distance. The formula works for any range. Therefore, at 200 yards, 5 clicks down and 1 click to the right would be enough to get your rounds where they should be on the target. 1 MOA is generally considered to be 1" for each hundred yards. Simply move closer down the triangle; at 50 yards an MOA is ½ that of it at 100 yards, 0.5235” just over half an inch. Even the best 22 ammo won't hold under 1 moa of vertical at 200 for an entire box of ammo, or "all day long". So, if you think in 1/2″ increments, and add up 10 of those 1/2″ increments, you come up with 5 inches. At 50 yards, that click will move the point of impact by one-half of one-quarter of an inch, or 1/8 th of an inch. When zeroed at 50 yards, the standard ball-park elevation correction out to 100 is 15 clicks for standard subsonic ammo. If you have 1/8" MOA clicks, 1 click moves POI 1/32" @ 25 yds, 1/16" @ 50, 1/8" @ 100 and 1/4" @ 200 yds. 1/8th of an inch @ 25 yards. If the distance is longer or shorter than 100 yards, naturally, the measurement of 1 MOA will vary. For the 50 yard example, a 30 MOA come-up would be 15″. An easier way if you already believe/know that 1 MOA = 1.047 inches at 100 yard. This means that a 30 MOA come-up would be 31.41″ at 100 yards, or 15.705″ at 50 yards. A .5 MOA, for example, would place all bullets within a half-inch diameter at 100 yards, and the same principles of distance apply; at 200 yards, the number would double to a 1-inch diameter. 1" at 100 yards, 2" at 200 yards etc. So just how much do these clicks adjust bullet impact at 25 yards?
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