There are so much about weapons and their characteristics that every enthusiastic owner ought to know. For instance, when it comes to sighting mechanisms for rifles, many weapon fans often get confused about the difference between red dot and reflex sight.
Though widely existing in machines, the use of red dot sight and reflex light are of greater importance in most modern battlefield and warfare equipment. Users of these devices critically depend on target points to deliver attacks, and maximum accuracy can only be achieved through highly innovative machinery.
These two mechanisms are closely related in such a fashion that one is a component of the other. Similarly, with either red dot or reflex sight, you have a low power LED that produces the reticle. This article is designed to shed more light on electronic sights and to help you understand the difference and relationship between the two.
The Actual Difference Between Red Dot and Reflex Sight
Although many inexperienced users often think that these two sights are different, there have been no guaranteed differences between them. Far from the notion that ‘red dot sight’ is a specific type of sight, it is an overall term used to describe any weapon optic that uses an illuminated red dot reticle. Various kinds of visions fall into this category, and all of them are technically referred to as electronic sights. Similarly, some sights use green dots or other electronic images such as crosshairs as an aiming point in place of the red dots.
There are three types of red dot sights, each of which is slightly different from the others. The three categories include prism sights, reflex sights, and holographic sights. Which means you can easily find reflex sights, laser sights, prismatic sights, and holographic sights that all features a red dot aiming point.
Similarly, since reflex sight is a type of red dot sight, the two can somewhat be used interchangeably. Each of these electronic scopes has its benefits and drawbacks, each of which can offer further guidance to whoever wants to decide on which type to choose for their weapon.
Red Dot Sight
The red dot sight is more of a general term than a specific type of sight. Nonetheless, it features a tube-like structure and presents a red dot rather than a crosshair over the target. However, despite what the name suggests, the aiming reticle is not always red, nor a simple dot. Most reflex sights are established and patterned on this type of view.
LED illuminates the dot which measures 5 minutes of an angle (MOA). A red dot sight also boasts a battery life of about 50, 000 hours, making it a favorite of severe missions or battles. Moreover, this type of view is simple to use, hence better suited for both learners and experienced users alike. The red dot sight has more peripheral vision than the reflex sight. However, its zooming is slightly inferior to that of the latter.
The reflex sight is an optical sight that reflects a reticle in a paired glass to superimpose targets. The term ‘reflex’ is derived from the view that its aiming reticle projects forward from the point at the back of the objective lens and afterward reflected at the back of the objective lens assembly towards the user’s eye. It usually forms the larger type of red dot sights.
This type of red dot sight uses a lens that functions somewhat like a mirror and features a very distinct look. Consequently, the aiming point projects forward into a glass and reflected to allow you to see the red dot. This sight has a non-magnifying quality, which makes it a good option for telescopes, firearms, and still cameras.
Besides, unlike most sights with tube-like shapes, reflex sight boasts a small transparent window that allows its users to see the aiming point more clearly. The objective lens is an incomplete mirror that is designed to allow minimum light to get through it as compared to a regular glass.
In quality reflex sights, the reflective coating of the lens is well tuned to reflect light wavelength that is produced by the illumination system of the reticle. There are reflex sights that use the ambient light collected by the fiber-optic network, while the tritium beta-lamp unit supplements some of them for illuminating the reticle in low-light conditions.
Many prominent firearm users and organizations prefer this type because of its precision, quality, ease, durability, and the superior performance it caters. Likewise, reflex sights are amenable to changing light conditions since these characteristics significantly influence the delivery of targets. Placing reflex sights on armor also contributes to their ergonomics since it provides enough space to protect users from injuries and prevents weapon discharge.
Other Types of Electronic Sights
A laser sight is one of the types of red dot sights. As the name suggests, this sight uses a laser that is attached to the firearm, which sends a small beam of light onto the target. It works similarly to a standard laser pointer in that the beam of light must hit the mark for accuracy. Consequently, this makes them suitable for hunting purposes.
Although it has few lenses, prismatic sight is a version of a standard scope. Prism scopes are usually available with a low magnification. Besides, they allow for either illuminated or etched reticles. Instead of using various lenses, prismatic sights use a prism to flip the image.
Unlike reflex sights that use LED to create aiming points, holographic sights use a laser diode to illuminate images on a unique holographic film sandwiched between two glass layers at the front of the view. It allows for additional aiming points such as the fashionable circle and dot-style reticle. Instead of being limited to a simple dot of light, this type of sight can contain any shape or size of a reticle.
Despite the stated difference between the red dot and reflex sights, one of their most notable similarities is that they both use less power compared to other types. Hence they enjoy longer battery life.
Consequently, both types of sights are still among the most preferred by military groups and civilians without much apprehensiveness from critics. Besides the numerous qualities that these two electronic sights share in common, they are also both non-magnified, and they use an illuminated aiming point