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The dot and circle are intended to draw the eye to the center of the reticle for quicker target acquisition and precision. This is a standard crosshair-style reticle with a dot in the center or a circle around the center of the crosshair. Crosshairs are the most popular reticle and are best for target and competition shooters due to their ability to provide a very precise point of aim. As a result, this reticle is not the best for hunting in tall brush. These are best for ease of use and pinpoint accuracy but can easily be lost in brush due to the thinness of the wires. This is the standard "crosshair" reticle, where both the windage and elevation lines are the same width throughout the sight picture. Over the decades, the crosshair was updated in a few different ways to help the shooter. The crosshair is the simplest reticle to use since you're just putting the middle of the reticle on your target. Simply put, it was two thin wires crossing in the middle to form an accurate point of aim. From this design, the "crosshair" was devised.
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These scopes were basic, with a wire-based reticle system. Telescopic riflescopes have been around for over a century but became more of a mainstay on rifles during World War II. This article will cover more advanced reticle options, which have been popping up in the market more and more recently. Mil Dot | Mil Hash | TMR Tactical Milling Reticleįor an introduction to reticles, please visit What You Need To Know About Rifle Scope Reticles. I hunt deer every year in northern Minnesota and never bother -but then, nearly all of my deer have come under 50 yards, the longest shot being 150 yards.Reticle Types With Visual Guide: Table of Contents You might not think this is necessary, but in the field the ground is rarely flat, and without an anti-cant device, you will often cant your rifle, which defeats the whole purpose of insuring your reticle is level.ĭo I do this for every rifle? Of course not. Once everything is done, I attach a ScopeLevel to my scope and rotate it so that it is level when my vertical crosshair is aligned with the plumb line. Finally, tighten the rings, checking frequently to ensure the vertical crosshair is still aligned with the plumb line and the Segway bubble is level. Now rotate the scope so the vertical crosshair is aligned with the plumb line. Check the Segway bubble level and rotate the rifle so that it is level. Looking through the scope, align the vertical crosshair with your plumb line. With the ring screws loose enough to rotate the scope in the rings, you are ready to adjust the scope. Rotate the rifle so that the level on the alignment bar is level. Attach the other plastic wing and then loop the elastic band under the rifle and secure it in the hooks. If possible, find a flat spot on the action if you use a Picatinny rail you will find the Segway alignment bar fits in the rail notches. After ensuring the rifle is unloaded, place your rifle in a front and rear rest. You can use a rope on a plumb bob or set up a target with a piece of tape which you have adjusted with a carpenter’s level to be perfectly vertical. You will need an area about 20 to 30 yards with a vertical line I use my pool fence, which has bars that I have checked with a carpenter’s level to ensure they are perfectly vertical. But instead of using the horizontal line wings to align the horizontal crosshair by looking at it, I use it to ensure my rifle is level. There are lots of fancy kits sold that allow you to mount a scope so that it is level, but there is a simple tool that I find indispensable: the Segway Reticle Leveler. Without any cant, you can shoot 3 MOA and still connect. Suppose you cant to the right 5 degrees your group will impact 3.7 inches right and you will have only 1.3 inches of vital area before you risk missing to the right, which means you must shoot 2.6 inch groups at 300 yards, or less than 1 MOA. That may not sound like much, but if you are trying to hit a ten inch vital area, it means you must shoot less than 1 MOA or you risk missing -and that is before any wind deflection error. A five degree cant will result in an error of 3.7 inches at 300 yards. When your scope is not is truly vertical, it will cause your bullet to impact to the right or left, depending on the direction of the cant. 2 to 1.2 MOA because your scope is not aligned perfectly?
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But what if I told you that you that are potentially throwing away.
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Many hunters try to eke out the last vestiges of accuracy for their favorite hunting rifles by switching bullets, playing with optimal seating length and other standard techniques.
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