Description
Rifle Scope Product Details
Vortex Optics Ranger 1-4×24 Second Focal Plane Riflescope
Specifically designed for the tactical, law enforcement, and committed precision shooting communities, the Ranger 1-4×24 riflescope offers the highest levels of performance and reliability. With features such as matched turret/reticle subtensions, a CRS zero stop mechanism, and a precision ranging reticle, the Ranger is ready for any situation.
Rifle Scope Product Features
The 1-4 Ranger is a true 1x on the low end provides red-dot-like speed in close-quarters engagements, while the 4x optical system allows shooters to magnify their target for more accuracy on mid-range shots.
The Ranger features a durable, one-piece aluminum tube, complimented by tall, exposed tactical turrets for fast and accurate elevation and windage adjustments. CRS Zero Stop aids in return to zero after dialing temporary elevation correction.
Extra-low dispersion glass increases resolution and color fidelity, resulting in crisp, sharp images. Proprietary coatings increase light transmission with multiple anti-reflective coatings on all air-to-glass surfaces.
The glass-etched reticle is protected between two layers of glass for optimum durability and reliability. Illuminated reticle provides precise aiming under low-light conditions.
A hard anodized finish provides a low-glare matte surface and helps camouflage the shooter’s position. O-ring sealed and argon purged the riflescope delivers waterproof and fogproof performance. Rugged construction withstands recoil and impact.
Ranger 1-4×24 Second Focal Plane Riflescope
Specifically designed for the tactical, law enforcement, and committed precision shooting communities, the Ranger 1-4×24 riflescope offers the highest levels of performance and reliability. With features such as matched turret/reticle subtensions, a CRS zero stop mechanism, and a precision ranging reticle, the Ranger is ready for any situation.
TMCQ Reticle (MOA)
The TMCQ (Tactical Milling Close Quarter) is a hashmarked ranging reticle using MOA-based subtension lines for ranging, holdover, and windage corrections.
Using the Riflescope
Reticle Focus
The Ranger riflescope uses a fast focus eyepiece designed to quickly and easily adjust the focus on the riflescope’s reticle.
To adjust the reticle focus:
1. Look through the riflescope at a blank white wall or up at the sky.
2. Turn the eyepiece focus knob in or out until the reticle image is as crisp as possible.
Windage & Elevation
The Ranger scope incorporates precision finger adjustable elevation and windage dials with audible clicks. Each audible click moves the bullet’s point-of-impact 1/2 of a minute of angle (MOA).
To make adjustments:
1. Turn the adjustment knob in the appropriate direction: Up/Down or Left/Right as indicated by the arrows.
2. Following the directional arrows, turn the knobs in the direction you wish the bullet’s point-of impact to go to.
Power & Illumination
Power Adjustments
To change magnifications, turn the magnification ring to the desired level. The patented MagView system will provide a low light reference for magnification level.
Illumination Adjustments
The Ranger riflescope uses a variable intensity reticle illumination system to aid in low light performance. To activate the illumination, rotate the adjustment knob in either direction.
About the Vortex Company
Vortex is a premium producer for weapon scopes, optics, mounting solutions, and other accessories used for firearms like rifles and long guns. They innovate and manufacture their scopes and related products working with elements which are resilient and long lasting. This includes the Vortex Optics Ranger 1-4×24 Second Focal Plane Riflescope by Vortex. For more shooting items, visit their website.
Rifle Scope Facts
Rifle scopes permit you to precisely aim a rifle at different targets by aligning your eye with the target at range. They accomplish this through magnification by using a series of lenses within the scope. The scope’s positioning can be adjusted to take into account separate ecological things like wind and elevation to account for bullet drop.
The scope’s purpose is to understand precisely where the bullet will land based upon the sight picture you are seeing through the scope as you align the scope’s crosshair or reticle with the target. The majority of modern-day rifle scopes and optics have about 11 parts which are arranged inside and on the exterior of the scope. These optic pieces consist of the rifle scope’s body, lenses, adjustment dials, focus rings, and other parts. Learn about the eleven parts of scopes.
About Glass Styles
Rifle scopes can be either “first focal plane” or “second focal plane” kind of scopes. The kind of focal plane a scope has decides where the reticle or crosshair is located in regard to the optic’s magnification. It simply suggests the reticle is located behind or in front of the magnification lens of the optic. Deciding upon the most suitable form of rifle optic depends on what variety of shooting or hunting you intend on doing.
First Focal Plane Optic Facts
First focal plane optics (FFP) include the reticle before the magnifying lens. This induces the reticle to increase in size based on the extent of magnification being used. The result is that the reticle measurements are the same at the magnified distance as they are at the non magnified range. For instance, one tick on a mil-dot reticle at 100 yards without any “zoom” is still the corresponding tick at 100 yards with 5x “zoom”. These kinds of scopes work for:
- Quick acquisition, far away types of shooting
- Shooting scenarios where calculations are very little
- Experienced shooters who recognize their target “hold over” as well as “lead” ratios for their firearm
- Shooters who don’t mind the reticle is enlarged and requires more visual sight room than a SFP reticle
Second Focal Plane Optic Facts
Second focal plane scopes (SFP) feature the reticle to the rear of the magnification lens. In the FFP example with the SFP scope, the 5x “zoom” one hundred yard tick reticle measurement would be 1/5th of the non “zoom” tick measurement.
- Far away styles of shooting where shooters have extra time to make ballistic calculations
- Shooting where most shots occur within shorter ranges and distances
- Shooters who select a clearer optic sight picture with less room used up by the larger sized FFP reticle
Ins and Outs of Rifle Scope Zoom
The amount of scope magnification you need on your optic depends on the kind of shooting you wish to do. Just about every style of rifle scope supplies some amount of zoom. The volume of magnification a scope supplies is established by the diameter, density, and curves of the lenses inside of the rifle optic. The zoom of the scope is the “power” of the opic. This signifies what the shooter is aiming at through the scope is magnified times the power aspect of what can typically be seen by human eyes.
Fixed Power Lens Optic Details
A single power rifle optic or scope comes with a zoom number designator like 4×32. This means the magnification power of the scope is 4x power while the objective lens is 32mm. The zoom of this type of optic can not change considering that it is a set power scope.
Variable Power Lens Rifle Optic Info
Variable power rifle scopes can be modified between magnified levels. The power adjustment is performed using the power ring part of the scope near the rear of the scope by the eye bell.
Rifle Scope Power and Ranges
Here are some recommended scope power settings and the ranges where they can be efficiently used. High power optics will not be as efficient as lower powered optics given that too much magnification can be a bad thing. The same concept applies to extended ranges where the shooter needs to have adequate power to see precisely where to properly aim the rifle.
Rifle Scope Lens Coating
All present day rifle optic and scope lenses are covered. Lens coating can be a crucial aspect of a shooting system when considering high end rifle optics and scope systems.
Details on Lens Coatings – HD Versus ED
Some glass producers additionally use “HD” or high-definition glass coverings which apply various procedures, polarizations, components, and chemicals to draw out separate colors and viewable definition through the lens. This HD finish is frequently used with increased density glass which brings down light’s ability to refract through the lens glass. Some scope makers use “HD” to describe “ED” implying extra-low dispersion glass. ED deals with how colors are presented on the chroma spectrum and the chromatic difference or aberration which is also called color distortion or fringing. Chromatic aberration is often visible over things with well defined outlines as light hits the object from certain angles.
Optic Lens Single Finishing Versus Multi-Coating
Different optic lenses can also have different coatings applied to them. All lenses generally have at least some kind of treatment or finish applied to them before they are used in a rifle scope or optic. This is since the lens isn’t just a raw piece of glass. It becomes part of the carefully tuned optic. It must have a finishing placed on it so that the lens will be efficiently functional in lots of types of environments, degrees of sunshine (full light VS shade), and other shooting conditions.
This lens treatment can safeguard the lens from scratches while minimizing glare and other less beneficial things experienced in the shooting environment while sighting in with the scope. The quality of a single covered lens depends on the scope maker and how much you paid for it.
Some scope producers also make it a point to specify if their optic lenses are layered or “multi” coated. Being “better” depends on the producer’s lens treatment technology and the quality of materials used in building the rifle scope.
Hydrophobic Finishing for Rifle Glass
Water on a lens does not assist with preserving a clear sight picture through a scope at all. Many top of the line and high-end scope companies will coat their lenses with a hydrophobic or hydrophilic covering.
Optic Installation Alternatives
Mounting options for scopes can be found in a few options. There are the basic scope rings which are separately mounted to the scope and one-piece mounts which cradle the scope. These different kinds of mounts also normally come in quick release variations which use throw levers which allow rifle operators to quickly mount and dismount the glass.
Hex Key Rifle Optic Ring Mounts
Normal, clamp style mounting scope rings use hex head screws to mount to the flattop style Picatinny scope mount rails on rifles. These types of scope mounts use two different rings to support the optic, and are made from 7075 T6 billet aluminum which is created for long distance accuracy shooting. This type of scope install is wonderful for rifles which require a resilient, sound mount which will not move no matter how much the scope is moved or abused.
Quick-Release Cantilever Glass Ring Mounts
These types of quick-release rifle scope mounts can be used to rapidly detach a scope and connect it to a different rifle. Multiple scopes can even be swapped out if they all use a similar design mount. These types of mounts are handy for rifle platforms which are transferred a lot, to swap out the optic from the rifle for protecting the scope, or for optics which are used in between numerous rifles or are situationally focused.
Details on Rifle Optic Tube Sealing and Gas Purging
Wetness inside your rifle optic can mess up a day on the range and your costly optic by inducing fogging and making residue within the scope’s tube. A lot of optics protect against wetness from getting in the scope tube with a system of sealing O-rings which are waterproof. Normally, these water resistant scopes can be submerged underneath 20 or 30 feet of water before the water pressure can force moisture past the O-rings. This should be ample humidity prevention for conventional use rifles, unless you anticipate taking your rifle sailing and are concerned about the optic still working if it goes over the side and you can still retrieve the rifle.
Gas Purged Rifle Optic Tubes
Another element of avoiding the buildup of moisture within the rifle optic tube is filling the tube with a gas like nitrogen. Because this space is currently occupied by the gas, the scope is less influenced by climate alterations and pressure variations from the outdoor environment which may possibly allow water vapor to seep in around the seals to fill the void which would otherwise exist. These are good qualities of a good rifle scope to look for.
