Since the bullets are impacting to the left, we want to adjust them to the right. I think we can agree that if you’ve ever done any research on shooting better, you’ve run into something called minutes of angle…, Well, it turns out that you can start shooting like a trained Army marksman right now and never be confused about Minutes of Angle again…. Divide the distance (in yards) you are shooting by 100 and you will know how big 1 MOA is in inches. consistently hit your target each and every time. For example: The ballistic calculators should be able to answer most of your questions. If 1 MOA at 100 yards is 1″, then at half the distance, 1 MOA is half as big and is 1/2″. Therefore, for your calculations at that 300 yard target, you should think in 3″ increments. your bullet will hit exactly where the crosshairs are located. Now, let’s say we’re using a rifle that only shoots 3 MOA. 18 / 6 = 3. These cookies will be stored in your browser only with your consent. We put the crosshairs on the target, fire and notice that our shot is 4” below the target. Formula to Calculate 1MOA size at any distance: Distance to the target (yards) /100 = inches per MOA for the distance. So, if you think in 1/2″ increments, and add up 10 of those 1/2″ increments, you come up with 5 inches. Now: before we dive into what minutes of angle are all about, let’s first discuss why we use them in the first place. Remember dividing fractions in high school? For example, imagine you are now shooting at 600 yards and want to move the impact of the bullet 18″.

After we just took (and nailed) our last two shots, let’s say our next target is now at 25 yards. Since one MOA equals 2" at 200 yards, that 5.4 inches at 200 yards equals 2.7 MOA - which is exactly what we will apply in Step Two to all other distances. 20 clicks. …be sure not to conflate the two into the same measurements. It is mandatory to procure user consent prior to running these cookies on your website.

For a rifle that has a 2 MOA, the conversions are very simple: 100 yards * 2 MOA → 2-inch spread of each other, 500 yards * 2 MOA → 10-inch spread of each other, 1000 yards * 2 MOA → 20-inch spread of each other. To reiterate, the scope in this example would be described as shooting 1/4 MOA or 1/4 minutes. The whole point of these conversions is to convert the inches of adjustment into clicks on the scope. With these ingredients, how many clicks would you need in order to hit your target? Think about clicks in terms of a simple number line with positive and negative numbers. …and it will hit the target in a spread of inches according to its MOA. For example, if your scope adjusts in 1/4 MOA per click, and you want to adjust up 2 MOA, you need to realize that 4 clicks adjust 1 MOA so you need 8 clicks total. The reason why this is important is because we need to know the limitations of the rifle that we are using. A short shot won’t require as much angle as a long shot because there’s less distance for the bullet to drop. No, you can’t- not if you want to hit the target consistently. If you had a rifle that only shot a 3 MOA, and put that rifle in the hands of a very experienced long-range shooter….

100 yards * 2 MOA → 2-inch spread of each other. Standard Ballistics Calculator. The next step is to think about how many increments of 1 MOA fit into the distance you want to adjust. In the real world, sometimes targets are closer than100 yards…. NSSF’s on-demand SHOT University is a one-stop e-learning platform for firearms retailers and ranges. To quickly figure out how to make up for this adjustment, here are some simple conversions you can do in your head. I'm not an expert, but I'll be happy to try and help. One minute of angle is an angular measurement that is 1/60th of a degree….