The origins of the much enjoyed AR-15 platform started back in the mid-1950’s with Eugene Stoner’s 7.62mm semi-automatic rifle design, the Armalite Rifle Model 10, also known as the AR-10. In 1957, Mr. Stoner and two engineers, Jim Sullivan, and Bob Fremont, were tasked to design a scaled down version of the AR-10 to use a .22 calibre cartridge and the result was the Armalite Rifle Model 15. Due to poor marketing of the AR-15 design, Fairchild Engine and Airplane Corporation, the parent company of Armalite, sold the AR-10 & AR-15 designs to Colt’s Patent Firearms Manufacturing Company in 1959. Starting in 1962, the AR-15 design was utilized and adopted by the military of the United States in both the original and a fully automatic version, the M-16; and saw the design’s first true widespread usage during the war of Vietnam. There were many issues, which were found during those years of abuse and extreme environmental usage. You may have seen the movies and videos of soldiers of that era equipped with an AR-15/M-16 who religiously cleaned their rifles in every moment outside of actual combat. There is a bit of truth in that, hence why those scenes were so common.
Fast forward, a half a century and the AR-15 platform has become the measuring stick for determining what construes the Modern Sporting Rifle. The widespread definition of a Modern Sporting Rifle, to be called MSR henceforth, came about in 2009, as Mr. Randy Luth, then retiring President and Founder of DPMS firearms, continued to promote the AR-15 platform as a viable firearm to the hunting market in the United States. A MSR is one of which has most, if not all, of the following features:
- Semi-automatic in operation. The redirection of a portion of generated energy to enable self-reloading allows for lower recoil, and thereby faster recovery and follow-up shots.
- Mounts a pistol grip. This allows for more comfortable hold as well as having more ergonomic access to operating controls of the firearm (safety, bolt release, etc…)
- Utilizes a detachable magazine as a means of reloading the firearm both simply and easily.
- Has an adjustable stock which enable the ability to allow for personalized “fit-up” for individual users.
- Incorporates accessory mounts that allow the installation of optics as well as possibly multitude of other accessories that are customized to the individual’s requirements.
With over 50 years of history and production of a wide variety of AR styled rifle platforms, it has become such a popular design that a seemingly endless number of manufacturers offer their own versions. With prices of a few of these ranging up to several thousand dollars before even buying a magazine, the AR runs the gambit for value for the consumer’s ability and desire to purchase quality and performance. The balance point for the individual user is the issue, but stereotypically firearms owners in Canada are somewhat frugal in nature. The old saying of “Knowing is half the battle”, applies to O’Dell Engineering, a Canadian distributor of firearms and accessories has taken that to heart with their recently launched Lightweight Modern Sporting Rifle, or LMSR. It incorporates modern polymers and proven designs to bring a quality AR platform rifle to the firearms community of Canada.
Here at Tactical, Practical & Fantastical; were delighted to acquire one of the original entry level LMSR’s offered by O’Dell Engineering and have brought it to you, our readers.. So without further delay let’s take a look at the intro level LMSR available in Canada.
The LMSR is an AR-15 platform rifle, which incorporates all the features mentioned about for defining a Modern Sporting Rifle, and like a typical AR-15 has three primary components. A lower receiver, an upper receiver and the bolt carrier group. The lower receiver in this case is manufactured by American Tactical and is comprised of injection-molded polymer and is machined to exacting specifications. The standard AR15/M4, six position polymer stock is mounted on the commercial diameter buffer tube and factory trigger comes set between four to five pounds of force. The controls are the standard common versions found on most basic AR platforms.
The upper receiver is an anodized black, A3 flattop profile, that is machined from cast 7075-T6 aluminum which is roughly 50% stronger than 6061-T6 aluminum for superior wear, stress resistance and fatigue levels. The barrel of the reviewed LMSR is hammer forged and 406mm (16.0″) in length. The barrel itself has a surface treatment known as Melonite Nitrocarburizing Process, which not only adds surface hardness, but also improves corrosion and wear resistance as well. Chambered in 5.56x45mm and sporting a 1 in 7″ rate of twist, the barrel also has a protected crown, also known as a recessed crown; and a bolt-on low profile, picatinny railed gas block located at the carbine positioned gas port. The receiver rail and the gas block rail are not co-linear in height however, so prospective users should be aware of this fact.
The furniture is basic and black, with a standard A2 grip and two-piece, carbine length, hand guards. With the rear take down pin movement being extremely snug to insert and remove; the upper and lower fit together so securely that there is absolutely no need for an accu-wedge or shimming to have a solid, rattle-free, assembly.
The Specifications of the LMSR – Intro level (as reviewed)
Classification: Restricted firearm
Action: Semi-automatic, direct impingement gas system
Calibre: 5.56x45mm/.223 Remington
Lower: Black polymer, 6 position M4 style collapsing buttstock, commercial diameter buffer tube, 4-5 lb trigger
Upper: Anodized black 7075-T6, A3 picatinny rail flat-top profile
Barrel: 16″ black melonite finish, carbine length 2-pc hand guard, picatinny gas block, recessed crown, 1:7 twist
Mass: 2.6kg (5.73lbs) w/o magazine & optics
As this specific rifle is to become the test rifle for many future accessories to be reviewed here at TPF, it was only fair for the author to put this rifle through it’s paces and season it. So over the course of the last year this rifle has had several hundred rounds fed through it, both to test accuracy and durability of what is a value priced, entry level AR platform for the Canadian marketplace. For our labour of love the author mounted an Eotech 512.A65 far forward on the upper’s picatinny rail to ensure that there was minimal possible distortion. Once dialed in, the rifle spit 45-55 grain projectiles downrange and consistently was able to shoot 20 cm (8″) diameter steel plates from offhand shooting positions @ 91m (100y) and engage all forms of targets in local 3-Gun scenarios. TPF’s LMSR in the factory configuration has been tried with a variety of magazines, several hundred factory and reloaded rounds of ammunition and has suffered zero failures to fire and eject at the time of this TPF installment.
The LSMR (Intro Level) comes with a 16″ barrel length, which has an MSRP of $899.99 CDN and is assembled and distributed throughout Canada by O’Dell Engineering Limited. To find a retailer near you access their Dealer page. There is a premium version available that is outfitted with a High Standard, chrome lined barrel in 16″, 14.5″ or 10.5″ length options; all of which have a 1/2″-28 threaded A2 flash-hider “birdcage” mounted and sport an bayonet lugged A2 gas block with a fixed front sight for true co-witness ability. The question is whether you the reader feel that the LMSR is Practical, Tactical, or Fantastical.
P.S.: The LMSR has, as of mid-2014, been upgraded with a second generation lower with added features and manufacturing advancements. The new rifle designation is the LMSR2. If you want to ask the Distributor questions you can reach them on facebook HERE.
If you want to shoot at a target with repeatable accuracy you need some form of sighting system. Thankfully every type of firearm has a sighting system already installed on them or comes with the ability to mount them in some fashion. Even most short barreled handguns use a have a form of sighting system on them. So then the question for some is what type of sighting device do they want to use on a specific firearm. Is it to be used for self defense, plinking, hunting legged or flying game, competition? What range or ranges will targets be engaged at? How much? How heavy? How well does it work? That’s a lot of options and unfortunately unlike the storyline of The Lord of the Rings, there is no one single sighting device that rules them all.
So first TPF will break down the basic types of sights for firearms:
Iron sights are simple sights. That means that they are mechanically a simple in design. A notched rear blade sight with a post-style front sight are the most common iron sights used on firearms with rifled barrels. Aperture, or “peep” sights use a ring instead of an open notch. In general, iron sights are very simple and cost effective while being lightweight.
These optical sights use lenses encased in tubular mounts, in order to place an superimposed reticle on the target. The aiming pattern appears to be at the same focal point as the target which allows for a single required focus. The construction of these sights is far more complex than iron sights, but allows for magnification effects which make the target appear closer. This obviously allows for longer target engagement ranges and greater accuracy.
Reflector sights are a version of optical sights that are more commonly known as reflex sights. The most common versions currently in use are red-dot scopes which use a light emitting diode (LED) to project a single dot image on a mirror surface of the objective lenses that reflects the reticle image back towards the user. A closed style reflex sight is mounted in a tube akin to a telescopic sight and can use filters and shades to prevent glare and such. The open style reflex sight is simply the objective lens mounted in a simple encompassing ring and are lightweight compared to tube versions. These LED powered sights can operate for extended durations due to the minimal power requirements.
The most advanced optical sight commonly available are holographic sights. Holographic sights use a laser to project an aiming reticle onto the surface of an objective lens which is then observed by the shooter’s eye. While they are similarly to open style reflex sights as they have a single objective lens mounted, there are more electronics contained inside. Usually have a slightly a finer aiming reticle than reflex sights.
Unfortunately we are all growing older. In the case of the author of today’s TPF installment, wearing corrective lenses has been the norm for over twenty years. The usage of fibre-optic enhanced or tritium embedded iron sights has allowed for faster target acquisition and better sight alignment, but sometimes an upgrade in sighting systems is desired. For many that means magnification optics for greater target resolution at range, or electronic sights that have a red-dot or holographic aiming reticles. So now enter the See All Open Sight, to be referred to as SAOS subsequently.
The SAOS is an attempt to create a lightweight, cost effective, accurate sighting device which is accurate at short and longer ranges. Built into a compact package the SAOS masses in at just a hair over 55 grams (1.8 oz) which is a fraction of most optical and electronic sight masses. Measuring 57.5mm long, 25.7mm wide and 25.4mm height (2.26″ x 1.01″ x 1.00″), the SAOS has an incorporated weaver/picatinny mounting profile. Unlike many such mounts however, the SAOS needs to be slide overtop of the rail into it’s desired position. Instead of the common bolt clamping though a groove of the rail, the SAOS uses a pair of set screws to secure its position via tension. This means that the SAOS can be mounted regardless of number and positioning of slots in the rail.
The sighting mechanisms and components which are situated inside the black anodized aluminum body are as follows:
- An optical lens
- An aiming reticle mounted on a light gathering polymer block
- Elevation and windage adjustment screws
- Set screws for mounting
The fixed optical lens is plano-convex in shape and by looking through it, magnifies the reticle image on the polymer block. The reticle itself consists of a horizontal line with a triangle, which is less than 1.0 mm (0.04″) wide. These are scaled up depending on the user’s eye proximity to the lens itself. The contrast of the triangular reticle and the green polymer block was very easy to distinguish and very easy and fast to acquire. The design in itself lends itself to the claim of being parallax-free in that you do not need perfect eye/sight alignment.
Usage of the SAOS is akin to using a holographic sight, but with the size of an open reflex sight and the contrast of fiber-optic enhanced iron sights. Various other individuals have mounted and tested the SAOS through a variety of firearms including hard recoiling Mosin-Nagants, AR platforms, shotguns, in addition to centre-fire handguns as well as the plethora of rim-fire firearms out there. TPF, used a tried and true Ruger 10-22 to be the basis of this evaluation. The SAOS was mounted on a dovetail to picatinny adapter and torqued down by hand. Initial shot impacts centered roughly 50 mm (2.0″) up and to the left at 23 m (25y). Very acceptable starting accuracy out of the box. This could be attributed to the length of the mounting rail which runs the whole length of the sight in aiding initial sighting alignment. Approximately 250 rounds later, the SAOS was still holding it’s point of impact, and underlined its ease of use and the bright, easy method of acquiring your target and also establishing your sight picture.
Are there smaller reflex sights out there? Yes. If the user is willing to spend several hundred dollars for an electronic sight. Which brings up another feature that may get overlooked; the SAOS doesn’t use any electronics at all. It’s rugged aluminum body has large protective sides and protects the sight from most handling abuse. The light gathering block allows for lower light conditions. The result? A very capable, short range, sighting system. It is an excellent accessory for use by those who want a simple, high contrast, fast targeting sight, and the ease of use makes this an especially valuable accessory for firearms used to introduce children and other people new to shooting.
The positives are pretty substantial for the SAOS:
- Small and lightweight, yet rugged
- Fast and easy to acquire a sight picture
- Excellent contrast
- No electronics/batteries and good low-light ability
- Adjustment is 2.3m (90″) vertically and 3.8m (150″) horizontally at 91m (100 yds)
The SAOS does have a couple things which may be a detractor for some who read this.
- Tension mounting system. In some applications, use of a thread locking method may be a mandatory addition, and over-torquing is a real possibility
- No adjustment clicks, may make re-zeroing the sight difficult (centering)
- No field of view through the sight itself. The large block the reticle is mounted on cannot be seen through
The See All Open Sight, as manufactured by Oversight Shooting Technologies has an MSRP of $98.99USD and Canadians can purchase this sight directly from their website SeeAllOpenSight. As is commonplace here at TPF, it is up to you, the reader, to determine if the SAOS is Tactical, Practical, or Fantastical!
Author’s note: The newer generations of the See All Open Sight have since removed the “See All” logo from beneath the triangle reticle to minimize any distractions while trying to acquire target alignment.
The authors of Tactical, Practical, and Fantastical have to thank Mr. Andrew Craig of Canadian Reload Radio fame for this review of Hornady’s Lock-N-Load Auto Charge. Hornady and The Korth Group were kind enough to provide TPF-Online with this product for reviewing and Mr. Craig gladly provided us with his viewpoint and writing style for this dispenser. We hope the readers of TPF-Online enjoy this review:
When it comes to reloading there is only a single step that is as big and as important as getting the powder charge right.There are many ways to do this, but few that roll it all into one easy step. Hornady recognized there was a need for a more economical solution to weighing and dispensing powder, and introduced their own version of an automated powder dispenser a few years ago. I finally received the opportunity to sit down with one recently, and, the results were both interesting and impressive.
Out of the box the Auto Charge includes the integrated scale/dispenser, powder silo, universal power adapter, two check weights (10 & 50 grams), flash pan, and a long thin brush for dusting out powder. Included with the manual is a comprehensive quick-start guide that allows for getting the Auto Charge up and running in a matter of minutes. If you do choose to jump right in with the quick-start guide, be sure to read both sides completely, as, the instructions for calibrating the scale are quite specific, and need to be followed in order to get under way quickly.
The Auto Charge has a powder silo large enough to hold 1lb of powder. The guide recommends at a minimum that the silo be filled to the top of the base of the unit, in order to ensure there is enough powder in the hopper to dispense accurately. I had a small amount of Varget that just managed to fill the hopper to the top of the base as indicated, and after following the calibration instructions, quickly began to dispense 42.0 grain powder charges.
Dispensing powder was as easy as entering the charge weight into the keypad, and pressing “enter” in order to set the machine to the desired charge. All that was necessary then was to press “dispense”, and the machine took care of the rest. The Hornady Auto Charge is essentially a digital scale combined with a powder trickler. The powder tube is internally threaded, and angled downwards slightly, so that as it turns, powder is scooped up and moved along the length of the tube, subsequently falling into the flash pan below. As the dispensed powder reaches the desired charge weight, the Auto Charge slows down and enters into “trickle mode”, where it pulses a fraction of a rotation at a time in order to drop the desired charge weight one or two kernels at a time.
There are three different speed settings for dispensing powder, slow, normal, and fast. Depending on the type and quantity of powder being dispensed, there is an ideal setting. I found that the bulkier powders were able to be dispensed on the fastest setting, whereas your finer, ball type powders tended to prefer the normal. Really fine powders, such as those used for shotgun or handgun really didn’t dispense well, or, required the machine to be set on the slowest setting, which meant a significant increase in time between charges. This really has to do with how the machine operates. During dispensing, there are in fact two speeds. An initial, high volume rate of dispensing, which varies based on the selected speed, and then a final trickling speed, which is more of a pulse. Depending on which speed you choose, the trickling mode will kick in sooner or later, so as to allow for as much powder as possible to be dropped into the pan before the final trickle to the desired charge weight.
For testing purposes, I used both Varget, and Ramshot TAC. The Varget was able to be dispensed at the fastest rate, as, it is a bulkier extruded powder. It had a tendency to remain in the trickling tube and only drop one or two kernels at a time during the trickling mode, allowing for a very fast dispensing time, with minimal overcharge errors. The Ramshot TAC on the other hand is a much finer, ball type powder. It was far more likely to cascade out of the tube, resulting in the machine having to be run on the normal speed setting. I found on average that the dispensing time for 43 grains of both Varget and TAC to be 20-30 seconds. As I mentioned, the Auto Charge will result in an overcharge error if it’s run on too fast of a setting. I found that Varget only returned an overcharge error 1 in 10 times on the fastest setting, which meant having to re-dispense the charge. TAC resulted in an overcharge error almost every time on the fast setting, but had no issues when set to the normal speed setting.
Once you’ve settled on a desired charge weight, and dispensing speed, you have the option of running the Auto Charge in either a manual, or automatic mode. Manual simply means that you have to press dispense each time, whereas, on the automatic mode, all you need to do is press dispense, and start dumping powder charges into your waiting cases. Each time you place the empty flash pan onto the scale, the Auto Charge will dispense the next charge as soon as the weight reaches zero. I found that with the machine set to its fastest setting, in combination with Varget, I was able to keep up an almost constant pace of charging cases, with only a short wait between dumping powder into the case and waiting for the next charge to be dispensed.
I was pleasantly surprised by how well the Auto Charge worked. It’s a nice clean, simple unit, and was very easy to operate. I found that its ideal use is for load development, where you might have a number of different charge weights that you want to try. It is equally suited to regular reloading duties as well, however, a standard powder measure is still faster, and capable of dispensing most powders within the same accuracy range. What’s nice about the Auto Charge however is that you know every single time just how much your charge weights, and that there’s no potential for a mix-up, or double charge. Additionally, the Auto Charge can dispense close to a pound of powder, and not need topping up in order to maintain its accuracy. Having a scale built right in ensures you get the exact same, consistent charge weight.
Hornady is a very much renowned reloading manufacturer based out of Grand Island, Nebraska, and Korth Group are a Canadian importer and distributor of many manufacturers and brands such as Hornady. Again, thanks to Andrew Craig for his submission on the Hornady Lock-N-Load Auto Charge powder dispenser. The product as reviewed has an MSRP of $317.21 USD. This and other Hornady products can be found in a variety of brick and mortar shops across Canada as well as online venues such as Grouse River (which has both!). TPF’s standard clause still applies to our readers to determine if this piece of equipment is Tactical, Practical, or Fantastical for themselves.
“The second most tedious thing?” That was surely the question of most readers when looking at the title of this installment of TPF-Online. Yes, the author did mean to say the second most. The number one most tedious job from the majority of reloaders is trimming brass to length and there are a multitude of methods to do exactly that. However this instalment is about the second most tedious thing for reloaders who utilize progressive presses from Dillon, Hornady, RCBS, etc… So what is the second most tedious thing in progressive reloading? Filling the priming system of the press.
There are currently three common methods used in primer feed devices. Tube, Strip, and Box fed priming systems. Lee progressive presses, like the Loadmaster, utilize the box feed systems for their progressive press designs and it is by far the fastest for reloading primers. RCBS progressives now routinely use a preloaded primer feeding strip system since it’s introduction over a decade ago. But for the rest, a primer fill tube is used for the reloading process to be have one hundred primers ready for reloading. This has, for many, been done via the old fashion method of using a primer flip tray and a primer collecting tube and manually forcing each individual primer into the fill tube. It can take several minutes for an experienced user to pick up a hundred primers, and so many people pre-load several of these fill tubes prior to reloading, which is hard on the hands.
Luckily however, the author occasionally peruses the internet for firearms related products and businesses at random, and it was not too long ago that TPF came across a Canadian IPSC shooter, Mr. Nik Papadhopulli, who decided to open up a small business to supply Canadian shooters with various items to help with reloading and equipment to help competitors with the shooting sports. One of these products offered is an accessory to help speed up primer tube filling. Now TPF knows about Dillon’s RF-100 primer filling station, which is a hands free filler. You put a box of one hundred primers in the top of the unit and press a button and couple minutes later you have a full tube. This option is quite costly with a price tag of nearly $400 including the option to be able to fill both large and small primer tubes. However, at roughly half the price of the RF-100, Red Tip Bullet offers an alternative to Canadians. The Pal-Filler, designed and manufactured in Italy by Palvik, is a hand held, battery operated, primer tube filler.
Smaller, cheaper, and faster, this product already includes the ability to load both small and large primers. Now the Pal-Filler is not some complex, ergonomic and aesthetically beautiful product. It is in fact relatively plain and basic is shape and operation. Included is a double-usage primer tray, where one side is for small primers and the opposite side is for large primers. This tray is attached to the handle/grip and a primer tube is inserted in the appropriate opening. Operation of the Pal-Filler is a simple affair and assumes that the proper primer tube is already pre-inserted into the Pal Filler tool.
- A box of primers is dumped into the flipping tray, and shaken until all primers are anvil side up.
- Once primers are all oriented properly, the user inserts the retaining lid.
- With the unit tipped slightly towards the tube filling hole, the user flips the switch.
- The vibration caused by a rotating offset mass vibrates the Pal-Filler and the primers all fall in sequence into the open tube top.
- Did TPF mention it was fast? From the primer box to a tube filled with one hundred (100) primers in roughly thirty (30) seconds.
The concept for the Pal-Filler is very simple. Use proven, existing technology in a compact package. The small electric motor is wired in series with the simple on/off switch and the battery holder. The motor mounts an offset mass that creates the high frequency vibrations in the unit itself. It indeed is simple and one may think that should not equate into a high cost. Normally TPF would agree, except the Pal-Filler is completely manufactured on CNC machines. The aluminum grip halves are both machined from a billet of aluminum, inside and out. The tray is CNC machined from a block of high density plastic. The motor retaining bracket is machined aluminum as well. Even the battery holder is given a CNC machined base to be mounted on. The design features for ruggedness and longevity are apparent when looking at the Pal-Filler.
Made from quality materials, with quality craftsmanship, this is a fine tool for the reloader who does not want to load primers into tubes manually and is especially suited to volume usage as done by many progressive reloaders. The Pal Filler as reviewed has an MSRP of $189.00 CDN and is available from Red Tip Bullets (
http://www.redtipbullet.com). The question posed to our readers is if this piece of equipment is Tactical, Practical, or Fantastical.
Addendum 2017… We have been informed that Red Tip Bullets has since closed its doors. Which is unfortunate.
The authors of Tactical, Practical, and Fantastical have to thank Mr. Andrew Craig of Canadian Reload Radio fame for this review of one of the few Canadian designed rifle scopes available on the market. Scorpion Optics was kind enough to provide TPF-Online with one of their scopes for reviewing and Mr. Craig gladly provided us with his expertise on optics. We hope the readers of TPF-Online enjoy this review:
Scorpion Optics Venom Hi-Grade 6-24 x 50mm Rifle Scope
Scorpion Optics has a complete line of hunting and sporting optics with a full range of magnification options. The model provided for review was a Scorpion Venom Hi-Grade 6-24x50mm long range rifle-scope with a one-piece 30mm tube.
Statistics indicated for this particular optic:
6-24 Power range
50mm Objective lens
Side focus adjustable from 15 yards to infinity
One-piece aluminum tube construction
30mm One-Piece Main Tube
Fully-Multi coated lenses
Trajectory Compensating Reticle
1/8 MOA windage & elevation adjustments
>50 MOA adjustment range
For this review, the rifle-scope was mounted to a Robinson Armament XCR-M, a semi-automatic, non-restricted, rifle chambered in .308 Winchester. This particular rifle has a picatinny rail running the full length of the monolithic upper which allows for a wide range of mounting positions and optic styles and designs. A set of extra high Weaver Tactical rings were required due to the space requirements of the optic’s 50mm objective lens. With these rings there was just enough room for the scope’s objective bell to clear the rail.
Initial sight-in was done at 25 yards, with the point of impact being approximately 4 inches low and to the left. Windage was adjusted by simply looking through the optic and turning the adjustment dial until the cross-hair was inline with the initial shot. The adjustments dials are graduated in 1/8 MOA, which means one click moves the point of impact 1/8″ left or right at 100 yards. This allows for a very fine level of adjustment, which can be of benefit for a very accurate varmint rifle. Adjustment knobs are of the finger click type, and yield both a firm and audible click when being turned. The turrets indicate which direction they must be turned in order to adjust the point of impact, but, are not re-settable to zero once adjusted.
At 100 yards, the optic was dialed up to its maximum power of 24X. Power adjustment was very smooth and quick, made easy by an oversized tab on the adjustment ring. The Venom line of optics from Scorpion have fully multi-coated lens surfaces, which is a key feature in maximizing the amount of light gathered and transmitted to the eye. This, coupled with the 50mm objective lens results in a very bright image, with it darkening only slightly at the highest magnification setting. When fired at 100 yards, elevation only needed to be adjusted a minor amount, and it should be noted that windage remained spot-on from being set at 25 yards, and after making adjustments to the elevation at 100.
This optic includes a side focus dial for parallax correction at different distances. The Scorpion 6-24×50 is capable of being adjusted down to 15 yards. Most optics with this feature have a low-end limit of 50 yards, which usually limits their use to outdoor settings where there is more room to shoot. Having the ability to focus down to 15 yards means that this optic can be used at much shorter distances, such as an indoor range where one might wish to practice at a closer distance. The side focus adjustment is very firm, requiring a fair bit of effort to turn. This level of friction ensures that it wont turn if rubbed up against a shoulder while being carried with a sling. There was a slight bit of backlash noticeable when fine adjustments were being made to the focus, but, this did not take away from the rifle scope’s ability to be focused at any distance desired.
As a standard feature, the Scorpion Venom 6-24×50 includes an etched-glass “TCR” reticle. TCR stands for Trajectory Compensating Reticle, and includes hold-overs for distances out to 500 yards. When zeroed at 100 yards, and employed at 200 yards using just the TCR reticle, I had no difficulty hitting the 8 inch metal swinger shot after shot. When using the TCR for your rifle, be sure to verify where your rifle hits at the different distances, as, this type of reticle is of a one-size-fits-all variety. This is common, and you should find that your specific load will be within an inch or two of the hold overs at each distance.
Some final things to consider with this rifle-scope include a stated mass of 860 grams (30 oz), and an overall length of 400 mm (15 in). This is no small rifle scope, and will be ideally suited towards a long range varmint rifle where a bipod, shooting stick, or other stabilizing method is to be used. The model provided for review came in a smooth matte black finish, but on Scorpion Optic’s website, there are options that indicate it is also available in a silver finish. Eye relief is a short 75-81mm, however I found there to be plenty of room behind the eyepiece when shooting, and had no issues positioning my head for a clear image.
All said and done, the Scorpion 6-24x50mm Venom rifle scope provides the user with everything as promised. Features that stood out when using the optic included a very smooth, fast power adjustment, making it possible to change power on the fly without having to look up from the rifle scope. The TCR reticle makes it very versatile for a number of different ranges, and being capable of focusing down to 15 yards means that this optic can fill a larger variety of roles for the target or varmint shooter.
Scorpion Optics is based out of Manitoba and fields a variety of firearm and bow accessories such as the Venom HG 6-24 x 50mm rifle scope. Again, thanks to Andrew Craig for his submission on the Scorpion Optics Venom HG 6-24 x 50mm rifle scope. For the readers notes, the rifle scope as reviewed has an MSRP of $599.99 CDN which is an impressive price point for a high magnification, large objective lens rifle scope. Scorpion Optics can be found in a variety of brick and mortar shops across Canada as well as online venues such as Outfitter’s Supply Online. As always it is up to our readers to determine if this piece of equipment is Tactical, Practical, or Fantastical for themselves.