Anyone who enjoys guns knows the sport is full of great anecdotes and stories. As said in a phrase that hunters can reach any target using a medium-sized rifle with a wide range, whereas a medium-sized shooter would have difficulty hitting the same target with a large rifle.

A Riflescope is a refracting telescope-based optical sighting system. It has a reticle (a referencing pattern) placed in a focally suitable location in its optical system to provide a precise point of target. Telescopes are compatible with all types of systems requiring precise targeting but need magnification.

Without any doubt, hitting a target at a longer range with great precision is only possible by the use of scope as it helps in coordination the rifle with the target.

A scope can greatly increase your hunting or shooting performance. The quality of scope matters more than the quality of a rifle. In the end, a shooter with a strong scope is at high to reach the target with an average rifle. If the scope itself is of bad quality, then the highest quality rifle won’t help him to hit the target with accuracy.

How to Choose a Rifle Scope?

Choosing a scope is based on exactly what you want to target since there are various types of scopes tailored to particular types of shooting.

The magnification in which you perceive items downrange is directly proportional to the magnifying strength of the scope. Some scopes have a set magnification, which means you can’t change it. Others have variable magnification which enables you to change the magnification several times, even larger than it can be seen through a naked eye.

Variable power scopes come with a range of magnification like one that says 3-9x. The other number on the scope indicates objective lens dimension, which is generally represented in millimeters. Whereas, fixed power scope does not allow you to adjust anything. There is a power ring on variable power scopes that you move to fix the focus correctly.

The majority of scopes are designed to be used at a distance of around 100 yards, but you should be aware of parallax error while using it. This happens when your eye location is wrong, causing you to miss your goal. However, at higher magnifications, parallax error becomes even more apparent, making it more of a problem for hunters than for the average deer hunter or target shooter. Nonetheless, most scopes have a parallax adjustment feature in case you need it.

 As much as optics would permit, the firearm scope system enhances. New rifle scopes with target ranges of more than 2000 yards are becoming increasingly popular. Night vision, laser spotting, infrared cameras, and computerized digital monitoring are among the features that have been developed.

Elements of a Riflescope

A rifle scope is a tube machined from a solid block of high-grade aircraft aluminum at its most simple level. The main outer tube may be made of one or two parts. Steel and titanium are used for the main tubes. Iron is hard and corrosive, while aluminum has the strongest properties.


Up to eight different lenses are used in scopes, with regions for magnification, orientation, and a targeting system known as the reticle. Riflescopes will have at least the following features:

  • Objective Lens
  • Erector Lens
  • Magnifying Lens
  • Ocular Lens

A rifle scope has three lenses: an objective lens in the front that lets light in, a focus lens for focusing objects in the scope, and an ocular lens that lets the shooter aim accurately for any object.


The reticle in the range of the gun is the directional arrows or the target point you see as you look through the eye lens at your target object. Usually, the reticle is composed of fine wires or simply engraved on a glass plate. Reticles are of different types made according to a particular purpose. The reticle is either in front or back of the magnifying lens, the location of the reticle varies in variable power scope. If the reticle is placed in front of the magnifying lens, the size of the lens tends to change when zoomed in. Whereas, if it is situated behind the magnifying lens, it will take the same size.

First Focal Plane (FFP) and Second Focal Plane (SFP)

The reticle is positioned behind the magnification lens in an SFP scope. Objects appear similar in this configuration, regardless of magnification. The reticle is positioned in front of the magnification lens in an FFP scope, and things tend to shift as the magnification is increased or decreased. For years, SFP scopes have been the industry standard, whereas long-range shooters have relied on the FFP setup.

As for optics, firearm materials, and ammunition improve, FFP strategies are becoming more common, enabling long-range shooting. Some people define long-range hunting as 40 yards, while others define it as 400 yards. SFP scopes are perfect if all of your shooting and hunting is performed at the highest magnification.

How do Rifle scopes work?

Riflescopes work similarly to telescopes. The objective lens concentrates light on a point within the scope. The light from the focal point is magnified by the ocular lens. That light is what you see when you look through a scope. A reticle, also known as a crosshair, is found on rifle scopes. The aim of these markers is to guide where the shot will reach once the trigger is pulled.

There are a few controls on rifle scopes that help you to align the scope with your rifle. On a scope, the windage adjustment modifies the horizontal settings, whereas the elevation alteration modifies the vertical settings.

Hold your gun in the spot you’ll be using when taking aim when charging the scope. You don’t want to get a muscle cramp when preparing to shoot, so make sure you’re in a good spot. Pay attention to how your head and neck are situated. You should mount your scope in a way that is comfortable for you.

Sighting-in refers to the method of aligning a scope. It requires time and patience to accurately sight-in a lens. However, all of your hard work will be rewarded when you can shoot at a goal with the assurance that your shot will be successful.

Safe your scope in the mount by tightening the screws on the mounting rings. Tighten each side of the rings in tiny steps. On both sides, the distance between the top and bottom halves of the mounting rings should be the same. Find a spot 100 yards (91.4 meters) away from your current location.

Bring a range of cartridges with you, and make sure your rifle can fire each of them. Although most rifles will fire a variety of ammunition, neither of the bullets can fire in the same way. You must decide which ammunition is most appropriate for your rifle.

The next step is to detach the bore sighter from the muzzle of the rifle. If the bore sighter is left there, the rifle will be destroyed causing serious injuries to the shooter. Once the bore sighter is removed, place a cartridge in your weapon. Focus on the middle of the target and fire

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