Category Archives: AR-15

A First Look at 2018’s New Guns

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With the SHOT Show at hand, here are a few brand new for 2018 firearms. Keep going…

SOURCE: NRA Publications, by B. Gil Horman

With national firearm sales leveling off, thanks to a gun-friendly administration taking office this year, manufacturers are dusting off some new and interesting models that have been tucked away for a time such as this. Here is a quick look at just some of the new guns for 2018:

BERSA PISTOLS

Bersa TPR Pistols
Eagle Imports is introducing the double action/single action Bersa TPR line of pistols to the U.S. market this next year. These pistols represent the next evolution of the Thunder Pro HC series originally developed for law enforcement and military applications. Available in Standard 4.25″ barrel and Compact 3.25″ barrel configurations, these semi-automatic pistols feature interchangeable SIG Sauer-type sights, an improved Browning Petter locking system, lightweight aluminum alloy frames, Picatinny accessory rails and loaded chamber indicators. The elegantly designed ambidextrous slide catch and thumb safety, along with a reversible magazine release, makes the pistol accessible to right and left handed shooters. Caliber options will include 9 mm (TPR9), .40 S&W (TPR40) and .45 ACP (TPR45). MSRP: $508-$528

caracal

Caracal USA Enhanced F Pistols
When the 4″ barrel striker-fired Caracal F 9 mm pistol first arrived on the U.S. market from the United Emirates in 2012, I was glad to be one of the writers who had an opportunity to review it. The pistol’s design seemed ahead of its time with its sleek reduced mass slide, lowered bore axis for reduced felt recoil and comfortable grip that fit a wide range of hand sizes. Just as Caracal was poised to give Glock, Springfield and Smith & Wesson a run for their money, the company enacted a voluntary safety recall that caused the pistol, much like its namesake, to slip quietly out of sight and off the market until now.

A new American-made series of Caracal USA Enhanced F pistols, with the safety issues resolved, will be shipping soon. These pistols maintain the positive qualities of the original models with three different sight system options, including the company’s proprietary Quick Sight System, 3-Dot and night sights. Customers will have a selection of new polymer frame colors to choose from including black, tan and OD green (shown). MSRP: $599-$699

Charter Arms XL

Charter Arms Bulldog XL
Charter Arms flagship five-shot Bulldog .44 Spl. series will be joined by the new Bulldog XL. The XL’s frame has been enlarged to handle bigger and more powerful cartridges. The Bulldog XL chambered in the popular .45 Colt offers customers a broad ammunition selection ranging from soft shooting cowboy loads to high-quality defensive hollow points. The real surprise of the show was the Bulldog XL chambered in .41 Rem. Mag. (shown). Considering what a handful the Bulldog can be when loaded with .44 Spl., it will be interesting to see how the XL handles when stocked full of magnum cartridges. MSRP: TBA

FIGHTLITE RAIDER

FightLite Industries SRC Raider Pistols
This year’s enthusiasm for Mossberg’s pump-action Shockwave 12-ga. has encouraged other manufacturers (like Remington) to look for ways to install a Shockwave-type grip on its guns. But who would have guessed that FightLite Industries would find a way to use this grip configuration on an AR pistol?

With an appearance reminiscent of a Star Wars movie blaster, the new Raider pistols are possible because they are based on the company’s SRC action system which was originally designed as the foundation for a 50-state’s legal AR platform. This configuration eliminates the typical AR buffer tube by attaching a hinged extension to the bolt carrier group, much like those found in some semi-automatic shotguns, that moves down at an angle into the shoulder stock. So, the same system that allows an AR lower to sport a traditional fixed hunting stock also works with an abbreviated Shockwave-style grip.

Raider pistols ship with a 7.25″ barrel chambered in 5.56 NATO/.223 Rem. or .300 BLK with an overall length of 20.25″, an unloaded weight of 3.9 lbs. and the customer’s choice of a Keymod or M-Lok handguard. It will be interesting to see how these guns handle. I’m guessing a single point sling, attached to the grip’s QD sling port for added stability, will make a difference when shooting off the bench. MSRP: $865

HEIZER

Heizer PKO9 Pistol
Although we are still waiting to get our hands on the super slim 0.80″ thick Heizer Defense PK0-.45 semi-automatic pistol chambered in .45 ACP (which was announced last year), the company is preparing to launch a 9 mm version called the PKO-9. Featuring a proprietary aerospace-grade aluminum frame and a stainless steel slide, the recoil assembly is set above the barrel to lower the bore axis for reduced felt recoil. Other features include a single-action trigger, drift adjustable sights and a grip safety. These pistols will ship with a flush-fit seven-round magazine and an extended 10-round magazine. Color options will include all black, two tone and custom Hedy Jane finish options. MSRP: $699

IWI TAVOR

IWI TAVOR 7 Rifle
Israel Weapon Industries (IWI), has launched the newest member of the Tavor bullpup rifle family, the TAVOR 7 chambered in 7.62 NATO/.308 Win. with an overall length of 28.4″ and an unloaded weight of 9 lbs. The rifle’s body is built from high-strength, impact-modified polymer and has a hammer-forged, chrome-lined, free-floating barrel for enhanced accuracy and life cycle. Designed for military and law enforcement markets, this rifle is a fully ambidextrous platform. The ejection side and the charging handle can be switched from one side to the other quickly and easily by the user. Additional ambidextrous features include the safety lever, magazine release, and a bolt catch similar to that of the X95.

Two M-LOK slots are located at the 3 o’clock and 9 o’clock positions along with a MIL-STD 1913 Picatinny rail at the 6 o’clock position for the use of multiple devices and accessories. Other features include a short-stroke gas piston with a four-position variable gas regulator, a rotating bolt system, and an interchangeable pistol grip. The Tavor 7 will be available in four colors: Sniper Gray, OD Green, Black, and Flat Dark Earth, with replaceable barrels available in 17″ and 20″ lengths. This rifle is slated to ship the first quarter of 2018. MSRP: TBA

JRC 9MM

Just Right Carbines JRC 9 mm Pistol
Just Right Carbines is known for its blow-back operated pistol-caliber takedown carbines and rifles designed to accept popular double and single-stack magazines produced for Glocks and 1911s. This year the company is expanding its line-up to include pistol versions of its platform that offer the same modularity and takedown features as the rifles. The Model 1 version of the pistol (shown) features a foam padded Gearheadworks Mod1 Tail Hook buffer assembly and takedown fore-end. Model 2 is dressed up a bit more with a Gearheadworks Mod2 adjustable arm brace and a quad rail fore-end. MSRP: Starting at $699

KEYSTONE CPR W

Keystone Sporting Arms PT Rimfire Rifle
Keystone Sporting Arms has blended the best features of a precision rifle chassis and an enjoyable .22 Long Rifle bolt-action rimfire into the new PT rimfire rifle platform. The Keystone 722 action is paired with the customer’s choice of a 16.5 inch or 20 inch threaded heavy bull barrel. The action is tucked into an American Built Arms (A*B Arms) MOD*X PTTM aluminum chassis. The chassis is made from 6061 T6 aluminum and treated with a Class 3 hard-coat anodized finish. The A*B Arms Urban Sniper shoulder stock provides an adjustable length of pull ranging from 10.5” to 13.75″ while the A*B Arms P*Grip is compact and comfortable to work with. The PT rifle ships with one seven-round Keystone 722 magazine. MSRP: $599.96

mossberg shockwave

Mossberg 20-ga. Shockwave Pump-Action
Released in January 2017, Mossberg’s non-NFA 14″ barrel Shockwave 12-ga. pump-action has been one of the hottest selling guns of the year. So much so, that it garnered the company two NASGW/POMA Caliber Awards at the NASGW Expo this year, including the “Innovator of the Year” and “Best New Overall Product.” So it shouldn’t come as much of a shock (pun intended) that Mossberg is expanding the Shockwave line up for 2018. Along with new finish (Flat Dark Earth) and package (JIC water resistant storage tube) options for the 12-ga. model, the company has developed a new 20-ga. 590 version.

The 20-ga. Shockwave is a more important release than some folks may realize. This is the first time the company has offered a 20-ga. in a tactical 590 configuration. All of the components have been properly scaled down to fit the smaller cartridge while preserving important features like the drilled and tapped receiver and the removable magazine tube cap. This makes the overall package slimmer and lighter than the 12-ga. model while providing a lower level of felt recoil. With all the hard work of resizing the 590 platform already complete, it’s likely that we’ll see long gun versions before too long. As for a .410 Bore Shockwave, we’ll just have to wait and see. MSRP: $455

desert eagle

Magnum Research Desert Eagle L5 .50 AE Pistol
I’m not sure why Magnum Research customers have been chomping at the bit for a Desert Eagle L5 lightweight pistol chambered in .50 AE. Trust me when I say the Standard XIX model, which weighs about a pound more, has a level of felt recoil that will still blow your hair back when chambered in this cartridge. Nevertheless, since the arrival of the .357 Mag. L5 about two years ago and the .44 Mag. version, folks have been asking for a .50-cal. option. This model sports the same reduced-weight aluminum frame, 5″ barrel, integral muzzle brake and accessory rail as the other two calibers. MSRP: TBA

troy slide fire

Troy Industries SideAction Rifle
In order to help shooting enthusiasts keep running their preferred AR-type platforms in as many states as possible, Troy Industries released the 223 National Sporting Pump-Action rifle a couple of years ago. Many of the state regulations that ban certain rifle features on semi-automatic platforms do not apply those same restrictions to pump-actions. This year the company is adding the SideAction rifle to the lineup which employs a bolt action instead of a pump. An A2 flash hider is pinned and welded to the 16″ 1:7 twist RH rifled barrel. The 10.5″ SOCC handguard features M-Lok accessory slots. The side-charging bolt handle is topped with a target knob. The pistol grip, controls and trigger are all mil-spec. The folding shoulder stock is machined from aluminum billet. MSRP: $899

WALTHER PPQ

Walther PPQ M2 Q4 TAC Pistol

Building on the award-winning PPQ platform, Walther Arms has announced the arrival of the new PPQ M2 Q4 TAC which is both optics and suppressor ready from the factory. “The Q5 Match has been very popular and we have had a lot of interest in a 4″ more tactical version. We are excited to combine a suppressor-ready and optics-ready pistol into a best-of-both worlds platform,” said Luke Thorkildsen, vice president of marketing & product development of Fort Smith-based Walther Arms, Inc.

The 9 mm Q4 TAC arrives with a 4.6 inch 1/10 twist polygonal rifled barrel and a muzzle threaded at ½x28 TPI. The gun arrives with a second recoil spring weighted specifically for use with sound suppressors, one 15-round magazine and two 17-round magazines. The optics-ready slide features an LPA sight system with a fiber optic in the front and competition iron sight at the rear. The Q4 TAC shares the same optics mounting plate system as the Q5 Match. The plates are compatible with a variety of popular optics including options from Trijicon, Leupold, and Doctor. The PPQ Quick Defense trigger provides a smooth 5.6-lb. trigger pull and a short 0.1″ reset. The Q4 TAC is backed by Walther’s lifetime warranty. MSRP: $799

winchester

Winchester XPR Sporter Rifle
Winchester Repeating Arms is challenging the modern-day manufacturing practice of producing moderately priced bolt-action hunting rifles with polymer shoulder stocks as the only option. The latest version of the XPR rifle line up, called the Sporter, is fitted with a classically styled checkered close-grain Grade I walnut stock that only costs $50 more than its polymer stocked compatriots. Offered in barrel lengths ranging from 22″ to 26″ (depending on the caliber), this rifle’s Perma-Cote treated milled steel receiver houses a nickel Teflon coated bolt body. The MOA trigger system provides zero creep and no over travel for a crisp, clean trigger pull. The three-round magazines are detachable. The XPR Sporter’s twelve caliber options include .243 Win., 6.5 Creedmoor, 7 mm-08 Rem., .30-06 Sprg., 7 mm Rem. Mag. and 300 Win. Mag. MSRP: $599

REVIEW: LWRCI Diadem AR-15

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The AR-15 has evolved to become one of the most variously configured guns in firearms history. Here’s yet another step… READ MORE

SOURCE: NRA Publications, by Barbara Baird

LWRCI Diadem AR-15

Guns come with stories. These stories create history, and history is being made with the first AR-15 built for women — per what women told engineers at LWRCI that they wanted in this type of popular rifle platform. The LWRCI Diadem is a limited-edition run of a direct-impingement (DI) rifle, produced because two guys from LWRCI met Carrie Lightfoot, founder of The Well Armed Woman (TWAW), a non-profit organization with a mission to educate, equip and empower female firearm owners. The organization boasts more than 335 chapters in 49 states, with approximately 11,500 members.

David Golladay and David Ridley of LWRCI heard Lightfoot speak on a women’s industry panel at a National Shooting Sports Foundation summit two years ago. They said they were impressed by TWAW and its impressive reach, as well as Lightfoot’s articulate and passionate methods for moving the organization forward. She is a go-to person in the industry for the women’s gun movement and has been featured in national media — including Time, “NBC Nightly News,” USA Today, Fox News, and NRA News.

Further conversations ensued between the two Davids and Lightfoot. She reached out to at least 140 women within the TWAW organization, asking them for their recommendations, and the wheels for the perfect woman’s AR started turning. LWRCI became involved with the women’s rifle movement, supporting TWAW and its chapter leaders by sponsoring and attending conferences. At these events, they talked to women on the range about what they wanted in an AR. The result was the LWRCI Diadem.

To build the LWRCI Diadem, Lightfoot and her team compiled a spreadsheet with the results and sent it to LWRCI to use as part of the design process. Lightfoot understood that LWRCI told its engineers to “give the women what they want.” The first gun rolled off the line in July 2017, with a run of 1,000 units and only available for a short time at a discount to TWAW chapter members across the country. The LWRCI Diadem now is available to the public.

I attended a media event in July 2017 at the LWRCI plant in Cambridge, MD, along with Lightfoot. For the first time, she met the team of engineers face-to-face and found out that the guys learned a few things about female gun owners throughout the process. One of the most surprising things to them was the fact that the women didn’t want any color on the LWRCI Diadem, except for the trigger — which is a Cerakote-applied purple, TWAW’s signature color. They did want, however, the TWAW logo embossed on the lower. Women also wanted grooves on the grip, a specially designed, slimmer compact rail, LWRCI rail panels, and a hand stop.

Lightfoot said they worked on the grip for a few iterations, and particularly wanted to get the feel and balance right. “The balance is remarkable; it almost becomes weightless because it’s balanced so well. And the handguard — it’s been designed for a woman’s hand, so that our hands can wrap the guard and control the gun. We wanted that feature,” she said. Other features requested by TWAW and included on the LWRCI Diadem include fully ambidextrous controls, an enhanced padded buttpad for recoil absorption, an H2 buffer to ensure reliable cycling, an ambidextrous charging handle, and LWRCI’s advanced trigger guard.

The name LWRCI Diadem is a play on the LWRCI DI line of rifles, and adds a touch of royalty. “The name is a DI rifle and also is a crown jewel. It’s a crown jewel of the AR-15 line,” Lightfoot said.

After the plant tour, we headed out to LWRCI’s private shooting range on Ragged Island. We shot a few thousand rounds through the present Diadems (as well as other LWRCI guns) on steel at 100 yards. Lightfoot was right. The handguard worked with my hand size, and the balance felt right. We sent hundreds of rounds downrange, mostly offhand, and at times rapidly. The LWRCI Diadem continued to deliver, pinging the gongs with no malfunctions. The only drawback for me was the trigger. I wanted to work with this gun more to see what it delivered.

LWRCI Diadem AR-15
(l.) LWRCI’s commitment to ambidextrous operation is evident in the safety selector and bolt-catch release. (ctr.) All controls, including the magazine release, are duplicated on each side of the Diadem. (r.) Engraving on the magazine well and the purple ALG trigger further define this LWRCI DI rifle as the Diadem.

After receiving a test model to try, I took it to my range, and was illuminated. Spending some quality time with the LWRCI Diadem, I saw the rifle, as with all mechanical contraptions, was not perfect. Nevertheless, it came very close to meeting the TWAW requirements as they were explained to me. That said, guess what? All women (like all men) are different and we have our own preferences that might not perfectly match up with those of even a large group of other women.

Part of the difficulties I experienced in testing the rifle came from elements of the design, which, although they were features that satisfied the apparent desires for competition-based furniture, hindered quick and consistent medium- to long-range accuracy testing. For example, the trigger seemed similar to the much-maligned triggers on other LWRCI DI rifles in that it didn’t break consistently, was a little creepy and had a pull weight too heavy for accuracy testing at 100 yards.

LWRCI Diadem AR-15
Both front and rear sights can be used as stand-alone iron sights, or folded down if an optic is installed, and both are adjustable using simple tools.

The angle of the specially designed pistol grip on the LWRCI Diadem was too extreme for comfortable and consistent benchrest shooting, and its finger grooves were poorly spaced for my hand when shooting from the bench. The combination of a lightweight, small-diameter fore-end and heavy fluted barrel resulted in slow barrel heat dissipation, causing shot groups at 100 yards to open up unless I allowed at least 3 minutes from shot-to-shot. Once the barrel got hot (difficult to touch with my bare hand), it stayed hot much longer (of course) than a “pencil-barrel” AR-15 I was also testing.

The included back-up iron sights (BUIS) have a rotating drum peep system in the rear sight, and a front post with Heckler & Koch-type “ears” in the front sight. I like how it’s like a ghost ring at its most-open setting. I didn’t use the BUIS for accuracy testing, but did use them for chronograph work. Since the LWRCI Diadem did not come with a scope or mounts, I borrowed my Leupold Mark 4 8.5-25x50mm from another rifle for accuracy testing.

LWRCI Diadem AR-15
(l.) Proprietary rail mounts allow accessories to be added to the handguard at the 3-, 6- and 9-o’clock positions. (r.) The bolt-carrier group is nickel-boron coated and contains an integral gas key.

The LWRCI Diadem showed a preference for certain loads during accuracy testing. I shot both .223 Rem. and 5.56 NATO commercial ammunition. With a 1:7-inch twist rate, one might expect heavier, longer projectiles to stabilize better than lighter, shorter ones, and this generally held true. The gun may have shown better accuracy if I had some ammo with 77-grain projectiles, but, alas, I did not and had to make do with bullets ranging from 52 to 69 grains.

The only operational failures during the LWRCI Diadem range time were occasional failures of the bolt to lock rearward when I was using 20-round Magpul PMags and a couple of 10-round sheet-metal variants. There were no lock-back failures with the 30-round PMag supplied with the gun. Admittedly, the smaller mags have already seen several thousand rounds each and may be a bit worn, but since only one mag came with the gun I had to dip into my stockpile for more. That brings up another point: gun manufacturers (I’m not aware of more than a few that are not guilty in this area) need to include more than one magazine with each gun, since failures with semi-automatic firearms of all types often begin with a faulty magazine.

According to my Lyman electronic trigger-pull gauge, the average pull weight over five hammer drops was 7 pounds, 2 ounces. That doesn’t tell the whole story, though; the pull weight spread was nearly a pound, showing the inconsistency I noticed during accuracy testing. I shoot better when the pull is consistent and averaging at least 3 pounds less than the trigger on this rifle. I have heard and read that companies building ARs are intentionally sacrificing consistent and lighter trigger weights to the gods of safety and reliability — and, the triggers smooth-out with use. I suspect LWRCI is trying to keep the price of the rifle down since “everybody installs aftermarket triggers, anyway.”

LWRCI Diadem AR-15
(l.) The Magpul CTR stock is equipped with an enhanced buttpad for comfort. (ctr.) ErgoGrip’s pistol grip is designed with a subtle texture and a palm-filling shape. (r.) Magpul’s 30-round, standard-capacity magazines keep the Diadem fed.

I don’t know if any of these thoughts crossed the minds of the designers, but just in case, I’d like to address these concerns. First, call me an idealist, but I don’t think the lawyers for the aftermarket trigger makers that produce consistent, lighter triggers are going to knowingly allow unsafe and unreliable products to ship. Next, this LWRCI Diadem came to me with more than 1,500 rounds on its odometer, so if the trigger was going to get better with use, it should have already done so. Last, I’m one of those who have replaced stock triggers in ARs, but not in all of them. At last count, of the nine AR-pattern rifles in my stable, I’ve seen the need to replace the triggers in two of them.

Some of my ARs have two-stage triggers, some are single-stage, but none are creepy, all are consistent and their drop points range from slightly more than 3 pounds to a little more than 6 pounds. This last argument for mediocre stock triggers certainly should not have been in the manufacturer’s plan for this design, since TWAW members specifically requested purple-colored triggers — it is doubtful they had any intentions to replace what came with the gun. That said, aftermarket options abound.

LWRCI did not create this rifle from whole cloth, as several of the LWRCI Diadem’s features are the same or similar to other rifles from the company’s DI line, including the integrated gas key on the rifle’s nickel-boron-coated bolt-carrier group, a spiral-fluted NiCorr-treated barrel and LWRCI’s Monoforge upper receiver. It did, however, meet the requirements for a group of women who knew what they wanted. To date, Lightfoot says feedback about the Diadem has been extremely positive. “The women appreciate that the gun is not ‘girly,’ and that it’s in black,” added Lightfoot.

LWRCI Diadem AR-15

LWRCI Diadem AR-15

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RELOADERS CORNER: Cartridge Case Headspace

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Knowing, and controlling, this dimension is a crucially important step in the case sizing operation, especially for semi-autos. Here’s what it is and why it matters. Read all about it!

Glen Zediker

Last time, and to start the new year off, I hit a few highlights on the first of what I think are some of the most important things to understand in reloading for bolt-action and semi-automatic rifles. A majority of those differences is in what’s allowable and possible in cartridge case sizing.

The reason I’m running these articles is to clearly define the differences in, essentially, what you can get away with (and can’t get away without) depending on the action type. Don’t confuse some of the tactics, tools, and techniques used for bolt-actions and (mis)apply them to semis. That can range from frustrating (function issues) to disastrous (blowed-up guns). I hope that these focused articles will clarify the basics before moving on to the finer points respecting each.

case headspace illustration
Here’s headspace: it’s a height based on a diameter. A .223 Rem. uses a 0.330-inch-diameter datum; the height to the diameter on the case shoulder that equals 0.330 inches is the headspace dimension, measured from the case base (this is measured from the bolt face to determine headspace in a rifle chamber). There are only 5 datums that apply to all standard bottleneck cartridges; the correct number for your cartridge will be referenced in the cartridge specifications. (Belted magnums and rimmed cartridges are different stories, for a different story.)

Following on that, here’s one: cartridge case headspace. A rifle chamber has a headspace; a cartridge case has a headspace. The second cannot exceed the first. Here’s how it goes:

The area in point is the case shoulder, the area between the bottom of the case neck cylinder and the case body. There are two dimensions associated with case headspace: the diameter of the “datum” line, and the height (measured from the case base) to that line. So, headspace is determined by the location of the datum line. There are only 5 datum diameters in use over the range of bottleneck rifle cartridges. Datum diameter will be indicated in the cartridge description in any good loading manual. (Belted magnums, which headspace off the belt, are the exception, and different stories, and so are rimmed cases.)

Chamber headspace is determined by the chamber reamer and also the one operating the reamer. There are SAAMI standards for all standard cartridges (which are coincidentally those having SAAMI specs). Ammo manufacturers set their cartridge case dimensions to work within those same specs, and almost always with (literally) some room for variations. That means that, usually (and, again, I’m talking about factory-chambered rifles) the cartridge case headspace will be a little shorter than the rifle chamber will accommodate.

When a round fires, as is by now well-known, the case expands in all directions under pressure, swelling and conforming to the chamber, then retracts immediately afterward when pressure dissipates. Since brass has a plastic property, dimensions are not going to return to exactly what they were prior to firing, and that’s what all the sizing tools and operations seek to rectify. So, among other changes, the case shoulder will have “blown forward,” after having snugged up into that area of the rifle chamber. That will have moved the datum line upward. As hit upon last article, semi-automatics are notorious for exhibiting a little more than they “should have” in expanding, and that’s because there’s a little (to a lot) of pressure latent in the case when the bolt starts to unlock and move rearward. This can effectively create additional space for case expansion within the chamber. The case shoulder measurement after firing in a semi-auto might actually exceed that of the actual chamber headspace, or, at the least, be a little taller than it would have been in a bolt-gun having the exact same chamber dimensions. The hotter the load, the more gas system pressure, the more this might show.

case headspace tools
Get a few de-primed once-fired cases and a gage and get to work. Here’s a Forster Datum Dial gage. Works well and works for all standard-architecture bottleneck cartridges, as does the Hornady LNL. Each or either gives a “real” headspace number (although it’s not perfectly congruent, without mathematical manipulation, to the figure from a headspace gage used for chambering; that doesn’t matter though: as long as the gage is zeroed it shows the difference, and that’s what matters). By the way, the old standard “drop-in” style case gages might keep ammo safe, but won’t provide this sort of detail in information. The numbers we need to get from our gage are these: new, unfired case shoulder height (where we started); fired, unslzed case shoulder height (where we went to); sized case shoulder height (where we need to get back to).

To be rechambered, this case has to have its case shoulder “set back,” which means that the sizing die has to contact the shoulder area enough to budge it, bump it, down to a tolerable height. Here next is how to find out what that “tolerable” height is.

The process of adjusting a sizing die to produce correct cartridge case headspace is plenty simple and easy, and requires a specialty tool (and you knew that was coming): a gage to determine datum line height.

CHECK OUT MIDSOUTH Selections HERE

First, and important: this has to be done on the first firing of a new case, either a factory-loaded round or your own creation. For more conclusive accuracy, measure 4-6 cases, and, very important: de-prime a case before taking a read (the primer might interfere).

Measure a new case. Write that down.
Measure your fired case. Write that down.

Again, in a semi-auto the chamber might not actually be as long as the fired case reading says it is. In a bolt-gun, the post-firing case headspace dimension is going to be a closely-accurate indicator of the chamber headspace (but always subtract 0.001 inches from any reading to account for the predictable “spring back” in brass).

headspace reading
New — 1.458 inches.
headspace reading
Fired — 1.464 inches
headspace setting
Die setting — 1.460 inches.

To set the die, take the fired case reading and reduce it. How much set back? I recommend 0.003-0.004 inches for something like an AR15 or M1A. That’s playing it safe, considering, again (and again) that there may likely have been additional expansion beyond chamber dimensions. I’d like to see folks set back their bolt-guns at least 0.001, but I’m not going to argue! I don’t like running sticky bolts.

Set up case sizing die
Thread the sizing die down to touch the shellholder when the press ram is at its highest point of travel (whether it “cams” or not). Then back the die up (off) one full turn. Lightly seat the die body lock ring against the press top, and repeat the following process: lube and size the case, check the headspace; adjust the die downward, check the headspace. Rinse and repeat. For a 7/8-14 thread, which is virtually all presses, a full turn equals 0.0714 inches. That little nod of knowledge helps keep from going too far too soon, and also shows just how fine the adjustments get right at the end. When you think you got it, size a few more cases and read them. When you know you got it, lock the die ring. Note: the expander/decapping assembly was removed from this die, for one, because t doesn’t factor in establishing headspace, and because I set it all up separately on a new die. Headspace is the first thing I set.)

A little extra space ahead of the case shoulder helps ensure safe and reliable functioning in a semi-auto, and also, importantly, reduces the chance that the case might bottom out on the shoulder area in the chamber before the bolt is fully locked down. Firing residue in a semi-auto chamber is also effectively reducing chamber headspace, and that’s another reason for the little extra shoulder set-back. Keep the chamber clean!

headspace reading
Don’t just set the die bottom flush against the shellholder and commence to shucking cases! Most die makers provide that as instruction, and some say drop it down another quarter turn or so beyond that. That’s excessive. Here’s the read I got from flush die-shellholder contact on a new Forster.

Why not just set the shoulder back, for either action type, to what the factory set for the new case? Doing that really wouldn’t affect load performance, but, in my belief, deliberately creating what amounts to excessive headspace is not wise. It’s just that much more expansion, that much more “working” that the brass has to endure, that much shorter serviceable brass life. However! That’s not nearly as bad as leaving the shoulder too high! That’s dangerous.

NOTE: 
Bolt-Gun Only!
Do you have to do this with a bolt-gun? I say yes, but freely admit that, at the least, from zero to “just a tic” is safe enough. What you do need to do is know what you’re getting! For a bolt-action it is possible, and some think wise, to determine the necessary case shoulder set-back based on what is needed to close the bolt on the resized case: adjust the die down a tad at a time until the bolt closes. Depending on how stout the load is, it might be 2-4, or more, firings before the shoulder needs to be set back for a bolt-gun. But, rest assured, it eventually will. Just keep up with it. I think the bolt should close easily (and if you’re having issues with that in your handloads, there’s the first place to look for a cure). It’s really not possible to follow this plan with a semi-auto because the bolt will close with much greater force during actual firing. 

The information in this article is from Glen’s newest book, Top-Grade Ammo, available HERE at Midsouth. Also check HERE for more information about this and other publications from Zediker Publishing.

 

NEW: Wilson Combat .458 HAM’R Tactical Hunter

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Bill Wilson upped the ante on successfully hunting with an AR-15. This new round sets a new standard for power. Read all about it!

wilson 458 HAM'R

Billed as the hardest-hitting, most powerful AR-platform rifle on the market today, the Wilson Combat .458 HAM’R Tactical Hunter looks to be a force to reckon with.

The new .458 HAM’R cartridge has a rebated rim that fits a standard AR-10-size bolt-face, but the hybrid receiver design allows for the use of a bolt-carrier group that’s 0.75-inch shorter than a standard AR-10 bolt, and the rifle feeds using standard AR-15 magazines from Lancer Systems.

Designed exclusively by Bill Wilson and the Wilson Combat staff, the .458 HAM’R produces up to 46,000 PSI and better than 3,000 foot-pounds of muzzle energy from an 18-inch barrel, exceeding the energy produced by other big-bore AR cartridges like .450 Bushmaster, .458 SOCOM, and .50 Beowulf. The energy produced by the round enables it to be used easily to hunt all big-game animals in North America, as well as for tactical applications.

Wilson Combat released two rifles chambered in the new cartridge, both with similar specifications: the Wilson Combat Tactical Hunter and the Ultimate Hunter. The Tactical Hunter is built with an 18-inch fluted barrel complete with a threaded muzzle and features a billet upper and lower receiver, the upper receiver providing a flattop Picatinny-rail section for optics mounting. With the stock collapsed, the gun measures 34.25 inches long and weighs 7 pounds, 11 ounces. The Ultimate Hunter variation features a carbon fiber fixed stock. There are barrel options.

The rifle uses a mid-length gas system controlled by an SLR Rifleworks adjustable gas block. The barrel and gas tube are surrounded by Wilson Combat’s own 14.6-inch M-Lok accessory rail and comes with three Ergo Grips rail covers. Other furniture provided on the rifle includes a Rogers/Wilson Super-Stoc and a Wilson Combat/BCM Starburst Gunfighter pistol grip.

Finish-wise, the rifle comes with the company’s durable green-and-black Armor-Tuff finish. Other finish options are available at an additional charge. The bolt-carrier group features a durable, low-friction NP3 coating, and the gun is equipped with the Wilson Combat Tactical Trigger Unit. The suggested retail price on the Tactical Hunter starts at $2,905, and Ultimate Hunter starts at $3055.

READ MORE HERE

RELOADERS CORNER: Semi-Auto or Bolt-Action? Two Things To Remember

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There are essential differences in loading for these action-types. It might not matter if you know all about the one, but it is critically important to know about the other. Find out which is which… Keep reading!

casing in air
Any rifle with a gas operation system has to, well, have gas to operate! When it gets excessive is when the problems start. That’s another article, but the effects of the operating system is the basis for both the cautions in this article.

By Glen Zediker

Over the time I’ve been producing Reloaders Corner here at Midsouth, my focus has been exclusively on reloading for rifles, and, within that, primarily for semi-automatics. The reasons for that are based on two things, one is an assumption and the other is plain old fact. First, semi-autos are popular and represent the interest of a great number of new reloaders out there, and that’s my assumption. It doesn’t take long to come to the conclusion that high-capacity magazines and long days at the range combine to get expensive in a hurry! But the biggest reason I focus most of my material toward the needs of the semi-automatic rifle is because there are decidedly important differences in some decisions the handloader makes when tooling up for one. That’s the fact. Not knowing or respecting these differences can be disastrous.

I set out to be a sticker for clarity, but sometimes I overlook making more pointed references to these differences, when there are options associated with any one topic. I judge that based on the feedback I get from you all respecting tooling and component options. I want to start the New Year with this article, which I think contains some basic and important information to always (always) keep in mind. Hopefully it will also reduce questions, and I sure hope confusions. It also seemed to be, judging on feedback, the topic that created the most questions and comments.

Essential: When a round fires, the case expands, in all directions, as much as it can to fit the chamber. Since brass is elastic (can expand and contract) and plastic (can expand and retain that expansion) that last attribute, plasticity, results in a spent case that’s closer to rifle chamber dimensions than it was to its factory-new figures. Since many factory barrels have relatively generous chambers compared to most custom-done barrels, that’s either good or bad, depending on whether it’s a semi- or bolt-gun, and also depending (a lot) on what anyone buys into.

So, for reuse in a semi, that now overly-dimensioned case has to be brought back closer to nearer-to-new condition than it does for a bolt-gun. Has to be. Otherwise it might not chamber smoothly or fully.

full length sizing die
Due to the greater amount of case expasion, and also due to the need for smooth, easy feeding, any and every case used for a semi-auto should be full-length resized.

It’s important to understand that any semi-auto (at least any I’ve yet had experience with) has the cartridge case in a different condition right at the start of the extraction cycle. In a semi, the case is still holding pressure when the bolt starts to unlock. Bolt-gun, it’s all long gone by the time the knob gets lifted. That’s why a freshly spent case from a semi will raise a blister and one from a bolt-gun is cool to the touch. This pressure creates what amounts to greater case expansion in a semi-auto. Depending on the particular rifle and other factors that will get addressed in other articles, this varies from a little to a lot. The spent case measurements from one fired in a semi may not accurately reflect chamber dimensions, as they will with a bolt-gun.

The reason there’s still some pressure within the case when the bolt starts to unlock is because that’s how a gas-operation system functions. If all the pressure was gone the action wouldn’t even open.

neck only case sizing
A bolt-gun can be neck-only sized. I honestly don’t think this is a worthwhile practice, and I’ll talk more about that in another article, but as long as you’re willing to get a handle on case dimensions (so you know it’s still within specs to fit your chamber) it’s perfectly safe, and usually results in good group sizes.

Which brings us to the second essential difference in bolt- and semi-: Most semi-automatics, especially what is probably the most common (AR15 family) is very sensitive to gas port pressure. Gas port pressure is an actual measurement, but that’s not important to know, not really. What matters is understanding the effect of too much port pressure, and that is too much gas getting into the operating system, and getting in too quickly. That creates what most call an “over-function.” The action tries to operate, and the extraction cycle starts too early. There’s a lot of gas still binding the inflated case against the chamber walls. Many ills: excessive case expansion, excessive bolt carrier velocity, extraction failures (extractor either slips off or yanks the case rim, which can come off in a chunk).

.223 recommended components
Semi-autos are way on more sensitive about propellants, and, specifically, the propellant burning rate. Here is the set I use for my .223 Rem. competition loads (aside from a propellent that’s running in the range of the H4895, tough cases and thicker-skinned primers are part of the picture too).

From a reloading perspective, regulating gas port pressure is all in propellant selection. The burning rate range that’s suitable for semi-autos varies with the cartridge, but for both .308 Win. and .223 Rem. I cut it off at the Hodgdon Varget, Alliant RE-15 range: those are fine, but don’t go slower! Bolt guns don’t care about any of that.

RE15
Some will (certainly) disagree, but this is about the slowest-burning propellant I would suggest for .223 Rem. As a bonus, it’s also one of the highest-performing.

THE SHORT COURSE: Think “smaller” and “faster” when tooling up for sizing and choosing propellants for use (really, re-use) in a semi-auto. Smaller case sizing, faster-burning propellants.

This will all be hit on in upcoming articles in far greater detail but…

SEMI-AUTO: full-length case sizing, case shoulder set back at least 0.002 (from what a gage indicates as the fired case dimension), case neck “tension” at least 0.003 (difference between sized case neck outside dimension and loaded case neck outside dimension). Propellant selection: not too slow! Contrary to what logic might suggest, slower-burning propellants produce higher gas port pressures because they “peak” farther down the barrel.

BOLT-GUN: neck-only case sizing is (usually) okay (that means no case body sizing). Case shoulder set back: can be fine-tuned based on what’s necessary to easily close the bolt (ranges from none to “just a tad”). Propellant: doesn’t matter! As long, of course, as it’s suitable for use in that cartridge.

Check out some tools HERE at Midsouth

The information in this article is from Glen’s newest book, Top-Grade Ammo, available HERE at Midsouth. Also check HERE for more information about this and other publications from Zediker Publishing.

HUNTING: .300 AAC Blackout for Deer?

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This is a big question around the whitetail woods: how well can the AR-15 serve as a viable hunting rifle when chambered for this round? Here’s one answer… Read on!

300 blackout

SOURCE: NRA Publications, American Hunter
by Philip Massaro

The AR-15 platform has been modified and fiddled with for quite a while, and has its own series of cartridges designed specifically to function within the parameters of the rifle. The 6.8 SPC, the .458 SOCOM, the .50 Beowulf — all were built to give the AR-15 a different level of performance than the standard 5.56 NATO/.223 Rem.

There is also no doubt that .30-caliber cartridges are, have been, and probably will remain America’s favorite. So many cartridges have been modified to hold .30-caliber bullets that I have almost lost count. The .300 AAC Blackout is the cartridge built to function in the AR-15 platform, and with its design comes a different mindset, as the cartridge is called upon to fill a special role.

As a hunting cartridge, the .300 BLK certainly doesn’t look like one of the usual suspects: it is a stubby little guy, definitely lacking the look of a long-range cartridge. That’s fine, because the Blackout was never designed to fulfill that role. Perhaps a bit of history is warranted:

The Blackout’s roots are spread in the soil of the U.S. Military, which was looking for a round that would give better sub-sonic capabilities than their suppressed 9mm carbines, especially for close-in work. With some modification of a wildcat cartridge — namely the .300 Whisper — the .300 Blackout was delivered by Advanced Armament Corporation. The case itself can trace its roots all way back to the .222 Rem., through the .221 Fireball case also formed from that platform. It was designed to fit in a standard 5.56mm AR-15 magazine in double-stack configuration, yet use the long 220-grain .308 caliber bullets for subsonic performance. The Blackout did just that — pushing those 220-grain slugs at 1010 fps — but also did very well with the lighter bullets. That short case will push 125- and 130-grain bullets to a muzzle velocity of around 2200 fps — certainly no speed demon, but enough to get the job done on military targets. It functions perfectly through the AR platform, with one caveat: any ammunition that uses the sleeker-ogive bullets will actually chamber in the .223/5.56mm rifles, and that can pose one helluva problem should the ammo be confused. Please keep them separated!

In the the deer woods, the .300 AAC is an acceptable choice. If ranges are kept around 100 yards — much like the .30/30 WCF — things should go right for you. Were I using a Blackout on a deer hunt, I’d most definitely choose a premium hunting bullet in the 125- to 135-grain range, as they’ll produce the proper terminal ballistics. Those heavy 220-grain slugs are simply moving too slowly to give reliable expansion, and will more than likely whistle on through like a solid, resulting in a wounded or lost animal. No one wants that.

AAC deer rounds
Author believes that, loaded with a suitable bullet, the .300 Blackout is suitable for use as an effective deer cartridge, as much so as are others with similar ballistics, such as .30/30 WCF.

Ammunition choices are pretty broad now. As said, you’ll want to keep your hunting distances within reason, and choose a bullet that will expand reliably at the furthest distance you expect to take an animal with the Blackout — the range where that bullet will slow down. I’m not one of those who gets hung up on energy figures — where the commonly accepted figure of 1,000 ft.-lbs. to kill a deer came from, I don’t know — but you definitely need reliable expansion in order to kill effectively. Looking at just a few, Hornady loads the 135-grain FTX bullet at a muzzle velocity of 2,085 fps, and this will make a great hunting round. They also load their 110-grain GMX — an all-copper, polymer-tipped bullet — that will also get the job done well, again, providing you use it within reasonable ranges. Barnes builds their VOR-TX Blackout ammo around the 120-grain monometal TAC-TX bullet; Barnes worked very hard to deliver a bullet that is plenty accurate and yet gives good expansion and penetration.

The whitetail deer has suffered from guinea-pig status; I know hunters who seriously use calibers ranging from .17 Rem. all the way up to the .450 No.2 Nitro Express to make their venison, with varying levels of success. The whitetail is so prolific that, like feral hogs, sportsman tend to experiment with varying calibers and bullet weights. A good bullet, like that GMX or TAC-TX, at the lighter .30-caliber weights, will get the job done, and that’s been pretty well proven. Considering the Blackout’s trajectory, you’ll want to limit the range to 100 or 125 yards. To obtain a 200-yard zero with the Hornady FTX load, you’ll need to be 5 inches high at 100, which is a bit drastic. Perhaps a 100-yard zero, or 1 inch high at 100, where you’d be in vitals at 125 yards, makes more sense.

So, is the Blackout the perfect deer cartridge? It’s no .308 Win., but I that within 100 yards it’s a better choice than any .22-caliber centerfire. The choice is up to you, but if I were handed an accurate Blackout for a hunt in the northeast woods, I wouldn’t hesitate to use it, provided it was loaded with a good, sensible bullet.

Check out AAC choices at Midsouth HERE

NEW: Springfield Armory SAINT™ AR-15 Pistol

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The long-awaited pistol version in the proven SAINT lineup has been announced by maker Springfield Armory. Here’s what they have to say about it: READ MORE

Springfield Armory SAINT Pistol 5.56

SOURCE: Chad Dyer, Springfield Armory

With the new SAINT™ AR-15 pistol, Springfield Armory brings the same impact of its SAINT platform to a whole new category. The SAINT Pistol is highly capable and upgraded out of the box but in stock-free pistol form.

Instead of a rifle buttstock, the new SAINT AR-15 pistol features a rugged SB Tactical SBX-K forearm brace to reduce size, stabilize recoil, and enhance accuracy in one or two-hand shooting. A 7.5-inch barrel with a 1:7 twist makes the SAINT pistol small, fast, and ideal for CQB. The 416R stainless steel barrel is Melonite® treated to be harder and more accurate than chrome, and is chambered for 5.56 NATO (.223) so ammunition is affordable, versatile, and seriously capable.

The SAINT AR-15 pistol is built around high-end features that make SAINT rifles so popular. Springfield Armory’s exclusive Accu-Tite™ tension system increases the tension between the upper and the lower receivers, ensuring an ideal fit and reducing slop — no shake or rattle. Upper and lower receivers are forged Type III hard-coat anodized 7075 T6 aluminum.

The SAINT pistol’s muzzle is equipped with a blast diverter that pushes sound, concussion and debris forward towards the target — instead of at the operator or fellow shooters — ensuring a more comfortable shooting experience.

The slender, agile handguard is Springfield Armory’s exclusive, patent-pending free-float design, with locking tabs and features a forward hand stop. The rifle’s crisp, enhanced nickel boron-coated GI single-stage trigger is paired with a Bravo Company trigger guard. The smooth-operating heavy tungsten buffer system, low-profile pinned gas block, GI style charging handle, and Bravo Company Mod 3 pistol grip are all well-proven in SAINT rifle models. Springfield Armory is known for no-compromise design and, as usual, the attention to detail is obvious.

To ensure durability, the M16 bolt carrier group is precision-machined from Carpenter 158 steel, shot-peened and magnetic particle inspected and finished in super-hard Melonite®. For ample shooting capacity, the SAINT pistol carries a Magpul Gen 3 30-round magazine.

The compact frame makes the SAINT AR-15 pistol an ideal choice for home defense. In addition to high-quality engineering, the SAINT AR-15 pistol is just 26.5 inches long, and weighs under 6 pounds. This pistol delivers the punch of a rifle caliber in a small, fast-handling frame. It’s highly accurate and it’s seriously fun to shoot.

SAINT™ AR-15 Pistol – 5.56

RELOADERS CORNER: The Priming Process

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Priming is the final case preparation step, and it’s one of the most important. Read how to do it right.

Glen Zediker

There are pretty much three different style tools used to seat primers.

The first, and way on most common, is the priming “arm” attached to most every single-stage press. This works, but it’s the least best way to do it. There’s too much leverage at hand, and that makes it hard to feel the seating process to its best conclusion.

Take a close look at how a primer is constructed: there’s a cylindrical cup, inside the cup is the incendiary compound, and then there’s the anvil (that’s the little part that extends below the cup rim; it’s like a flat spring with three feet).

rifle primer close up
Take a close look at a primer. The anvil is the tripod-shaped thin metal piece protruding above the bottom of the primer cup. Getting the primer sitting fully flush on the bottom of the primer pocket in the case, without crunching it too much, requires some keen feel for the progress of primer seating, and that’s where the stand-alone tools come in to help. I strongly suggest using one.

Ideally, a primer will seat flush against the bottom of the primer pocket, with compression, equally of course, against the anvil. Also ideally, there should be some resistance in seating the primer (if there’s not then the pocket has expanded an amount to cause concern, and a rethink on the suitability of reusing this case, and its brothers and sisters).

If it has to be a choice, even though it doesn’t have to be, it’s better to have “too much” seating than not enough. The primer cannot (cannot) be left too “high.” That’s with reference to the plane of the case head. There are both safety and performance concerns if it is. First, if the primer is not seated snugly to the bottom of its pocket, then the firing pin will finish the job. No doubt, there will be variations in bullet velocities if this happens because it affects ignition timing.

Each and every loaded round you ever create needs to be checked for this. Every one. Get in the habit of running your finger across the case bottom and feeling a little dip-down where the primer is. Look also. Rounds loaded on a progressive machine are susceptible to high primers. The reason is no fault of the machine but rather because the feel or feedback is that much less sensitive than even when using a press-mounted priming arm. If there are a half-dozen other stations on a tool head in operation at once, then the one doing the priming is that much more obscured from feel. And also because we’re not usually able or willing to inspect each finished round as it emerges from the rotating shell plate. But do check afterwards as you’re filing the loaded rounds away into cartridge boxes. Much more to be said ahead on this topic next edition.

correctly seated primer
Check each and every (every last one always) primer you seat to make sure it’s below flush with the case head.

The better priming tools have less leverage. That is so we can feel the progress of that relatively very small span of depth between start and finish. There is also a balance between precision and speed in tool choices, as there so often is. Also, so often, my recommendation is one that hits the best balance.

The press-mounted primer arm styles exhibit variations from maker to maker, but they’re all about the same in function. What matters most in using a press seater is going slowly and double-checking each and every result. Again, it’s the lack of feel for the progression of the primer going into the pocket that’s the issue.

press priming arm
Here’s the most common means for seating primers: the attached arm assembly on most single-stage presses. It’s tough to really feel the primer seat correctly because there’s a honking lot of leverage at work.

The best way to seat primers, or I should say the means that gives the best results, are the “hand” tools. They are also a little (okay, a lot) tedious to use, and, for me at least, aren’t kind to my increasingly ailing joints after priming a large number of cases. Those types that have a reservoir/feeding apparatus are less tedious, but still literally a pain. The reason these type tools give the best results is that they have poor leverage. The first few times you seat with one, you’ll be amazed at just how much pressure you need to apply to fully seat a primer.

LEE hand priming tool
Here’s a “hand” tool. This one from LEE works plenty well, despite its low cost. There are others similar from most major makers. The whole point to these designs is absence of leverage. Check it out HERE at Midsouthl

The best choice, in my book, are the benchtop stand-alone priming stations. They are faster than hand tools, and can be had with more or less leverage engineered into them. I like the one shown nearby the best because its feeding is reliable and its feel is more than good enough to do a “perfect” primer seat. It’s the best balance I’ve found between speed and precision.

Forster Co-Ax priming tool
Here’s a Forster Co-Ax bench-mounted tool. It’s a favorite. It provides relatively low leverage for better feel for the progression of primer seating.

Forster Co-Ax priming tool

Get a good primer “flip” tray for use in filling the feeding magazine tubes associated with some systems. Make double-damn sure each primer is fed right side up (or down, depending on your perspective). A common cause of unintentional detonation is attempting to overfill a stuffed feeding tube magazine, so count and watch your progress.

RCBS APS
Another good one is available from RCBS, the APS. Check it out HERE at Midsouth.

It’s okay to touch primers, by the way. Rumors abound that touching them with bare fingers will “contaminate” the compound and create misfires. Not true. All the primers I’ve ever used, and all those anyone else is likely to encounter, are treated to a sealant. Now, a drop of oil can penetrate the compound and render it intert, but not a fingerprint.

The priming process, step-by-step is almost too simple to diagram. Place a primer anvil-side-up in the device housing apparatus, position a case, push the primer in place. It’s learning feel of the whole thing that takes some effort. As mentioned, using a tool with poor leverage, you might be surprised how much effort it takes to fully seat a primer. On anything with an overage of leverage, there’s little to no sensation of primer movement into the pocket. It just stops.

TWO DONT’S:
Don’t attempt to seat a high primer more deeply on a finished round. The pressure needed to overcome the inertia to re-initiate movement may be enough to detonate it.

Don’t punch out a live primer! That can result in an impressive fright. To kill a primer, squirt or spray a little light oil into its open end. That renders the compound inert.

ONE (BIG) DO:
Keep the priming tool cup clean. That’s the little piece that the primer sits down into. Any little shard of brass can become a firing pin! It’s happened!

See what’s available here at Midsouth HERE

The information in this article is from Glen’s newest book, Top-Grade Ammo, available HERE at Midsouth. Also check HERE for more information about this and other publications from Zediker Publishing.

New Hornady Products for 2018

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Hornady has just announced their new products for 2018, from the much anticipated new reloading tools, to innovations in ammo and projectiles, Midsouth is eager to fill our shelves with their new offerings! Read on for a brief breakdown of what’s coming soon!

New in Reloading:

Cordless Vibratory Powder Trickler:

Some cool tools are on their way from Hornady MFG., like this Vibratory Trickler, which makes “quick work of various reloading chores!”

The Vibratory Trickler, powered by two AAA batteries, features variable settings to trickle all kinds of powders, ensuring the precise amount for each charge. Its modular design means you can use it with or without the base and also makes cleanup quick and easy.

Featuring:

  • Trickles all powders
  • Light-up LED screen
  • High, low, and variable trickle settings
  • Use in base or outside of base
  • Weighted for stability
  • No-slip base

Hornady Rotary Case Tumbler:

hornady rotary case tumbler

Clean and polish brass cartridge cases to a brilliant shine with the rotary action of this tumbler, coupled with its steel pin tumbling media (included). Use in conjunction with Hornady® One Shot® Sonic Clean Solution.

Six-liter drum holds 5 pounds of brass cases. Set tumbler to run for up to eight hours in half-hour increments using the digital timer.

Check out all the new items coming to our reloading category by clicking here!

New Projectiles:

Speaking of reloading, lets take a look at some of the new projectiles being developed by Hornady!

hornady dgx bonded bullets

DGX Bonded®

The DGX® Bonded (Dangerous Game™ eXpanding) bullet features a copper-clad steel jacket bonded to a lead core to provide limited, controlled expansion with deep penetration and high weight retention. Bonding the jacket to the core prevents separation from high-energy impact on tough material like bone, ensuring the bullet stays together for deep expansion.

DGX® Bonded bullets are built to the same profile as the corresponding DGS® (Dangerous Game™ Solid) bullets but expand to 1½ to 2 times their bullet diameter.

Thicker Jacket

The thicker 0.098” copper-clad steel jacket of DGX Bonded sets it apart from other dangerous game bullets, allowing it to tear through tough material like hide, muscle and bone.

Controlled Expansion

DGX Bonded features a flat nose with serrated sections to deliver a uniform expansion from 100 to 150 yards and straight penetration, reducing possible deflections.

Bonded Jacket and Core

The bonding process locks the jacket and lead core together, improving the retained weight of the expanded bullet.

ELD-X and ELD Match Bullets:

eld-x hornady bullets

There’s also a few new calibers coming to the ELD-X line of projectiles. The Extremely Low Drag – eXpanding bullets are a technologically advanced, match accurate, ALL-RANGE hunting bullet featuring highest-in-class ballistic coefficients and consistent, controlled expansion at ALL practical hunting distances. You can find them right here at Midsouth!

New Ammunition:

There’s some interesting complete cartridges coming out this next year, and a few to really examine will be the subsonic line, the 6.5 PRC, and the new line of .223 ammo called Frontier®

New 6.5 PRC

The Ultimate Trophy Magnet

The name says it all! The 6.5 Precision Rifle Cartridge was designed to achieve the highest levels of accuracy, flat trajectory and extended range performance in a sensibly designed compact package.

The name says it all! The 6.5 Precision Rifle Cartridge was designed to achieve the highest levels of accuracy, flat trajectory and extended range performance in a sensibly designed compact package.

Utilizing moderate powder charges that result in repeatable accuracy, low recoil and reasonable barrel life, the 6.5 PRC produces high velocities for target shooting with performance well beyond 1000 yards.

Rifle makers currently chambering the 6.5 PRC include GA Precision, Gunwerks, PROOF Research, Stuteville Precision and Seekins Precision. Check back often as additional gun manufacturers confirm chambering the 6.5 PRC.

There’s a lot more to cover, and information is still coming in daily on the new products announced for next year. Stay tuned for a more in depth look at these items as we get a chance to demo them.

Feinstein’s “Automatic Gunfire Prevention Act” Might Make Replacement Triggers Illegal

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Almost immediately following the wake of the tragic events in Las Vegas, Diane Feinstein has already introduced a bill that could have devastating impact on the aftermarket parts industry, and on all shooters. Here’s what we know so far…

feinstein

SOURCE: TheTruthAboutGuns.com, Nick Leghorn

Just this morning [October 5, 2017] we heard that Dianne Feinstein had introduced her “Automatic Gunfire Prevention Act,” a bill which would ban bumpfire stocks like the one used in the Las Vegas shooting among other things. In an attempt to make her new law apply as broadly as possible she not only specifically wants to outlaw bumpfire stocks, but also any modification that makes a firearm fire “faster.” But what exactly does that mean?

Here’s the relevant section:
Except as provided in paragraph (2), on and after the date that is 180 days after the date of enactment of this subsection, it shall be unlawful for any person to import, sell, manufacture, transfer, or possess, in or affecting interstate or foreign commerce, a trigger crank, a bump-fire device, or any part, combination of parts, component, device, attachment, or accessory that is designed or functions to accelerate the rate of fire of a semi-automatic rifle but not convert the semiautomatic rifle into a machinegun.

The issue is in the definition of “accelerate.” Bumpfire stocks are an obvious step, and are specifically named. The same with hand cranks for triggers. But the bill wants to make anything which increases the rate of fire of a semi-automatic rifle illegal, yet it doesn’t do a good job of outlining exactly what that means.

For semi-automatic firearms the rate of fire is completely subjective. An untrained shooter and legendary speed demon Jerry Miculek will be able to achieve two very different rates of fire with the same firearm. The bill thankfully isn’t silly enough to outlaw training sessions and gym memberships — it concerns itself only with attachments and physical devices. Tools like the bumpfire stock are obvious targets, but other factors can have similar effects.

Lighter replacement triggers are a great example. A lighter trigger in a firearm can allow the shooter to fire faster than with a heavy trigger simply because their finger is less fatigued. We reviewed one such trigger years ago, the Geissele S3G trigger, which absolutely increases the rate at which a shooter can fire their weapon. For that reason, according to Feinstein’s bill the Geissele S3G trigger would be illegal to purchase or possess in the United States.

Another issue: what exactly is the baseline for the rate of fire?
The baseline rate of fire that can be achieved with a finely-tuned competition rifle and a bare bones budget rifle are two very different things. Would there be one baseline for each weapon platform against which all other examples would be compared? Would manufacturers be required to install the worst trigger possible in order to reduce the rate of fire? Or would it simply be illegal to modify the trigger from the factory installed version, making drop-in replacements like Timney and Geissele illegal?

On its face, it sounds like Dianne Feinstein’s bill, as written, would kill the aftermarket trigger industry and make it illegal to improve the trigger on your rifle. We’ll have to see whether this bill makes it out of committee, and what (if any) amendments would be added to give some clarity to the situation.

Watch this one closely!