Table of Contents
We have covered articles on Remington before and now we will find out…
Who makes these scopes?
Let’s get started.
What is Remington rifle scope?
Remington 700s are popular rifles because they’re accurate and reliable. Optical sighting devices are used to improve shooting accuracy. Scopes are used to help shooters line up targets more accurately.
Telescopic sights are used on many different kinds of weapons. Rifles usually have them, as do handguns. Shotguns sometimes have them too. Night scopes combine optics with electronic devices to help you see better in low light situations. Iron sights are the traditional kind of sights. Reflectors use mirrors to bounce light off objects to increase visibility.
History of the scopes
A man named John R. Chapman invented the telescopic rifle sight. He also wrote a book called “The Improved American Rifle”. He said that Morgan James invented the very first sights.
Types of Remington scopes
Telescope
Telescopes are used to view objects far away. A telescope with a large diameter gathers more light than a smaller one. Magnification determines how close you can get to an object without being too close to it. A higher magnification allows you to see details better.
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What is variable magnification?
Variable magnification exists with some telescopics sights. This is where zoom feature needs to be manually controlled to control the magnification. Zoom feature is useful when shooting in different kind of environments. Flexibility it gives you will accommodate various lighting conditions, targets, ranges. You will have wider view field if you chose a smaller magnification. Syntax of variable magnification can be calculated by subtract the minimal magnification from the maximal magnification and then multiply it by the objective lens (3-9*40).
Most scopes use 1 inch rings because they’re easy to make and install. A 30mm scope requires 30mm rings. Some scopes have a 30mm ring and others have a 1 inch ring. The thickness of the barrels and the diameters of the lenses determine the heights of the rings. There are also many other factors that affect the sizes of rings.
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Who Makes Remington Scopes?
Optical parameters of the rifle scope
Telescopes are instruments that allow us to view distant objects. A telescope is made up of lenses and prisms. The magnification amount determines how much an object appears closer or farther away. Higher magnification amounts make the object appear closer. Lower magnification amounts make the object seem farther away.
A telescope’s objective lens diameter determines how big the object is that you can see. A larger lens allows you to see bigger objects further away. Telescopes with smaller lenses allow you to see closer objects.
Exit pupils are used to gather more light for the telescope. They are usually made out of glass or plastic. The diameter of the entrance pupil is determined by the magnification of the scope. The larger the magnification, the smaller the entrance pupil. A large magnification also means a large exit pupil.
A large exit pupil means that you’ll have lots of light to see the picture. You won’t have to worry about your eyes being dark because of a blocked light path. Aiming at something quickly will be easy as well. Smaller pupils mean that you’ll have to get close to the object to see it.
Telescopic sights should have an exit pupil of at least 6mm. At night, the exit pupil should be as large as possible.
Eye relief is the distance between the exit pupil (the black dot) and the rear eyepiece lens. This is the space behind the eyepiece where shooters position their eyes to view the target. Telescopic sights usually have an eye relief of between 25mm and 100mm. A longer eye relief allows the shooter to get closer to the target without having to move their head. Longer eye relief also makes it easier to keep the eyewire steady.
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Scope Reticles
There are different types of reticles available for scopes. A crosshair reticle is the most basic type. It gives you an easy target to aim at. A dot reticle helps you see your target better and make sure you’re hitting what you want to hit. An EBR reticle is used by snipers because it shows you how far away your target is. A laser reticle is useful if you’re shooting at night or in low light conditions. You can also use a mil-dot reticle to help you line up your shot.
Mil-dots are used by many shooters for rangefinding. There are two crosshairs in the viewfield. Each dot represents a thousandth of a degree. This reticle is very useful for shooting targets at longer distances.
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Reticle illumination
Illuminating reticles are usually used in dark environments. When the reticle is being illuminated by direct sunlight, you need to adjust the brightness. Too much brightness will cause glare in your eyes, making it difficult to see your target.
There is an LED powered by batteries in the reticle. It illuminates the target. The light goes straight though the scope. Once it hits the surface behind the scope, the light gets reflected off the surface. Most scopes use a red color because that looks the most natural to shooters at night. You can use this type of lighting in dimly lit environments, or during daytime hours.
A radioactive isotope is used to illuminate a target. The tritium is a radioactive material that emits light. The tritium lasts for about 12 years before it needs replacing. The brightness of the light decreases over time.
Fiber optic technology allows the light of the environment to be gathered and sent to a reticle. This makes the reticle brighter than if it was illuminated by normal light sources. Trijicon uses this technology in some of their ACOG sights, and AccuPoint sights.
Parallax compensation
Parallax adjustment is very important for shooting accuracy. When adjusting the parallax, make sure that the crosshair is always visible on the target. You should be able to see the crosshair even if you move your head slightly.
Parallax compensation mechanisms are used to compensate for parallax when using telescopic sights. Optical pieces can be moved around to project images of objects at different distances. Crosshairs must be adjusted to match these images.
Telescopic sights usually have adjustable lenses. Adjustable lenses correct for parallax problems. There are two types of adjustable lenses: those that move up and down, and those that rotate. Both methods work well.
Conclusion
You now know the history of Remington Scopes, optical parameters and parallax compensation.
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