Since MOA’s are “smaller” you need more of them than mils to make the same amount of adjustment. Any load with a maximum point blank range (MPBR) of 285 yards can take a lot of game. MOA = 36 / 4.28 hundreds of yards = 8.41 MOA. This generally happens because the added weight of a suppressor changes barrel harmonics. This is a pretty flat trajectory, but the 30-yard zero looses its attractiveness as it drops down to 5.37″ below point-of-aim at 100 yards. If you zero that in at 50 yards, it will hit 4.2 inches low at 200 yards. So, the simple answer is that with a 50 yard zero you will be good out to about 230 yards. Still, it is a good zero. We are issued plain old 55 grain m-193. At 500 yards you lose almost the entire height of a person and even at 200 yards the bullet is 3.2 inches below the point of aim. If your scope adjusts in ¼ MOA clicks, then you will raise your desired point of impact 8.41 MOA / .25 MOA per click, or 34 clicks. Zero Range: 100 yd Chart Range: 2000 yd Maximum Range: 5926 yd Step Size: 100 yd: International Standard Atmosphere Altitude: Sea Level (0 ft) Barometric Pressure: 29.92 Hg Temperature: 59° F Relative Humidity: 50% Speed of Sound: 1116 fps It’s actually 33.6 clicks, but you can’t do .6 of a click! At 50 yards, how far will a 10 MOA adjustment move the impact of the bullet in inches? If 1 MOA at 100 yards is 1″, then at half the distance, 1 MOA is half as big and is 1/2″. 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. The chart compares the absolute values of the deviations of the points of impact from the point of aim (0.0 inches on the graph being the point of aim/line of sight) for a 50-yard-zero and a 100-yard-zero, using Hornady 5.56 TAP T2 ammunition. This is not optimal for that cartridge or bullet however. Thus, a 25/300 meter or 36/300 yard zero may meet your requirement. As a result, shorter and thicker barrels are less susceptible to change, but the truth is that there is no way to guarantee zero shift. Please I hope someone can help ! Zero this load so that the maximum bullet rise (mid-range trajectory) is 3 inches, and the average spitzer bullet will not fall 3 inches below the line of sight until it reaches 285 yards. So, if you think in 1/2″ increments, and add up 10 of … 5 inches. Likewise, 1 MOA at 25 yards is 1/4″. The situation is worse for a 62 grain .223 FMJ bullet since the higher weight also reduces muzzle velocity to around 2,700 FPS. Thus, when aiming center mass with a 12” standard at 300 yards one could expect that most rounds will impact within 4 to 5 inches from point of aim out to 250 yards. The chart below illustrates the above concept. Point of Impact Shift A POI shift is a change in the bullet’s impact as a result of adding or removing a suppressor. The problem is my dept requires a 50 yard zero on all rifles. 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