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Cap and Ball Revolver CHAINFIRE MYTH We’ve All Been Told

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Cartridge Making (1940)

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WMD GUNS .300 BLACKOUT By Denny Hansen

The inimitable J.D. Jones while working under S.S.K. Industries (a company he started) invented the .300 Whisper caliber in 1992 as a wildcat cartridge. The parent case that J.D. Jones used to make the .300 Whisper was the .221 Remington Fireball necked up to accept .30 caliber bullets. The end game was to use a heavy bullet traveling at sub-sonic velocities with a silencer.

The .221 Remington Fireball is identical to the .223 Remington except the .223 is longer and uses more powder. By doing this, the .300 Whisper in an AR-15 platform can use the same bolt-carrier group and magazines as a standard5.56mm/.223 Rem rifle.

One thing that has made the AR-15 platform so popular
is its modularity. You can mix, match and accessorize your rifle
to your heart’s content. It’s like Barbie for men.

Now let’s examine the more recent and commonly known .300 AAC Blackout (.300 BLK). The caliber’s name partly comes from the company that “invented” it which is Advanced Armament Corporation (AAC). So what is the difference between .300 AAC Blackout and the synonymous .300 Whisper? Without boring the reader with things like the measurement of the barrel throat etc. the answer is not much really.

The largest difference is that the .300 Whisper started as a wildcat round and AAC went to the trouble of getting the cartridge recognized by the Sporting Arms and Ammunition Manufacturers’ Institute (SAAMI) as a standard round.

As a sad side note, J.D. Jones never received any royalties and little recognition for his efforts. Partly in homage to J.D., Black Hills Ammunition lists the cartridge as. the .300 Blackout/Whisper.

So much for the history lesson.

BARBIE FOR MEN

One thing that has made the AR-15 platform so popular is its modularity. You can mix, match and accessorize your rifle to your heart’s content. It’s like Barbie for men.

I have exactly one AR that has not been “customized” in some way—an original Colt SP-1. For awhile I replaced the Delta rings with round ones and so I could add a quad rail to it but nothing else was changed. Out of nostalgia more than anything else, I went back to the original triangular handguards.

 

Lancer Systems lower receiver was used as the foundation.

Several years back I had a rifle chambered in .300 BLK. I reload for every caliber I own and after much deliberation I decided I didn’t want to add another and sold the rifle. I’ve regretted that decision ever since.

Having several completed lowers sitting around, I decided to turn one of them into a .300 BLK.

I decided to use Lancer Systems lower for the “build.” The unique thing about this receiver is that there is a takedown pin at the bottom of the trigger guard that allows for attaching different sizes of funnel-type magazine wells. I used the medium size, as it offers a quick reload without becoming too bulky.

WMD GUNS TO THE RESCUE

I contacted WMD Guns about receiving one of their excellent uppers for the project. Wynn Atterbury of WMD was enthused about the project and agreed to send one to me. I received the upper receiver within two weeks.

The forged upper receiver has a 16” barrel, is fitted with a 15” M-LOK handguard. The rifle has a mid-length gas system. The top rail run from the rear of the receiver to within an inch of the muzzle, with a total of 56 M-LOK slots so there’s plenty of real estate for a wide variety of accessories. A brake is attached to the muzzle that has three large slots on each side and three holes at 12 o’clock.

 

WMD Guns upper receiver has their proprietary NiB-X finish with a matte silver/gray appearance.

 

Top rail runs from the rear of the receiver to within an inch of the muzzle.

 

WMD Guns muzzle brake was very effective.

The upper features WMD’s proprietary NiB-X (Nickel Boron eXtreme) finish. This coating is tougher than hard chrome with a coefficient of friction near Teflon with excellent lubricity. This coating requires little wet lubrication and so it cleans easily after shooting, while protecting against the elements.

NiB-X is offered in a matte silver/gray appearance, distressed, or polished to a near chrome look. I opted for the matte silver/gray finish. It gives the rifle a classic two-tone look and is fairly unique for an AR-15-type rifle. I personally find it aesthetically pleasing.

AVOID THE KABOOM!

The .300 BLK cartridge will chamber in a 5.56 rifle, but in no way, shape or form should you ever try to fire it. The .22-caliber bore simply isn’t big enough to handle the .30-caliber projectile of the .300 BLK round, and all that pressure from the round needs to go somewhere once the primer is struck and the results can be devastating.

 

To avoid a possible kaboom, only Lancer Systems magazines are used in the .300 BLK.

When I had my first .300 BLK rifle I avoided this by using only Lancer magazines—both the original and Advanced War Fighter—in the rifle. I have never placed a .5.56 round in them or a .300 BLK round in any other AR mag.

I can almost hear someone saying, “Just pay attention to what ammo you’re putting in the gun.” I agree with this in a perfect world but I often shoot with family members, including grandchildren, where there is probably three or four ARs on the range and by using a noticeably different magazine it minimizes the chance of a kaboom.

 

HOW DOES IT SHOOT?

I attached an Aimpoint Micro T-2 to the top rail. The T-2 has a 2 MOA dot so it covers two inches at 100 yards, four inches at 200 yards and six inches at 300 yards. That suits me fine as I rarely, if ever, shoot beyond that distance with anything but a precision rifle.

The “trick” to shooting smaller groups with a red dot sight (RDS) is to lower the intensity. While this doesn’t actually change the size of the dot, it gives the illusion of a smaller dot for greater accuracy.

I went with the ammo I had on hand for the .300 Blackout which was the Black Hills Ammunition 125-gr. TMK (Tipped Match King). This load develops 2,100 feet-per-second and 1,224 foot-pounds of energy at the muzzle.

I obtained a rough zero at fifty yards and then fine-tuned the T-2 at 100 yards.

Shooting from the bench, I shot four three-round strings. My best group measured 1.5 inches while the average group size was 1.8 inches. Not too shabby at all with my first time out and using a RDS instead of conventional rifle scope.

I found the muzzle brake to be quite effective though, like all brakes, very loud.

 

Completed rifle equipped as evaluated. Author likes the classic two-tone look.

 

SUMMARY

I don’t have a .30 caliber suppressor at the moment, but I plan to resolve that problem in the near future to fully utilize the potential of the .300 BLK.

WMD not only offers parts and assemblies, but entire guns and NiB-X coatings.

Whether you are looking to assemble your own or purchase an entire gun, check out WMD Guns. You won’t be disappointed.

WMD GUNS
https://wmdguns.com

AIMPOINT INC.
www.aimpoint.com

BLACK HILLS AMMUNITION
www.black-hills.com

LANCER-SYSTEMS
https://lancer-systems.com

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5 Forgotten .35-Caliber Cartridges: Are They Doomed?

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Head to Head: .22 Hornet vs. .218 Bee by PHILIP MASSARO

H2H 22 Hornet Vs 218 Bee Lead

In a world of hyper-velocity cartridges, where shooting into the next zip code has almost become the norm, it can be refreshing to spend some time with one of the classic rimmed cartridges which our grandfathers used for varmints, predators and small-game species. In fact, the relatively mild report and virtual lack of recoil can be a wonderful diversion. The speedy .220 Swift was released in 1935 and the .222 Remington was released in 1950, the year my father was born, but among those earliest designs were the .22 Hornet and the .218 Bee.

Federal Premium American Eagle Varmint and Predator .22 Hornet 35 grain ammunition laying on wooden table.

I like rimmed cartridges, especially in lever guns and single shots, and the mild cartridges can be a pleasure to shoot. Just as it’s good fun to grab a good old .30-30 carbine instead of the .30-06 sometimes, time spent with a good rifle chambered for the Hornet or the Bee can be a great change of pace. In my grandfather’s era, the .22 Hornet was the go-to varmint cartridge, and the couple of seasons I spent behind the trigger of a .218 Bee were a whole lot of fun. Let’s compare and contrast the pair of old veterans, and see which comes out on top.

The .22 Hornet is the older of the pair, being released commercially in 1930. Those esteemed gentlemen at the Springfield Armory—including Col. Townsend Whelen and Capt. G.L. Wotkyns—were experimenting with the now obsolete .22 WCF cartridge, and arrived at what we know as the .22 Hornet. Though there had been another cartridge in the 1890s known as the Hornet, it was dimensionally different from the 1930 variant. It is a simple and diminutive cartridge, immediately evoking a bygone era. It has a rim diameter of 0.350 inches, a case length of 1.403 inches, and a slight 5-degree, 38-minute shoulder which culminates in neck measuring 0.386 inches, giving all the neck tension you’d want. The Hornet’s overall cartridge length is 1.723 inches.

Initial loads pushed a 45-grain jacketed bullet at a muzzle velocity of 2400 fps, and Winchester believed in the cartridge to the point where they offered it in the Model 54 bolt-action rifle and it was one of the original chamberings for the Model 70 in 1936. Modern powders have increased the muzzle velocity of the .22 Hornet, and many manufacturers have seen fit to use the lighter 30- and 35-grain bullets to boost velocities further. For furbearers and varmints inside of 200 to 250 yards, the .22 Hornet is a sound choice, as even the 45-grain “traditional” load—look to Hornady’s Custom line for the 45-grain Spire Point at 2665 fps—can be zeroed at 200 yards, striking 2.8 inches high at 100 yards. Lighter loads like Federal’s Varmint & Predator 35-grain Tipped Varmint load, at 3000 fps, can be zeroed at 200 yards, striking 3.1 inches high at 100, but will drop off quickly after 200 yards. Yet it remains a deadly little cartridge at woods distances.

Federal Premium .22 Hornet Ammunition Headstamp

The .218 Bee came along in 1937, at the height of the Great Depression, released in Winchester Model 65 lever gun. Designed to compete with the .22 Hornet, Winchester necked down the .25-20 Winchester to hold .224-inch-diameter bullets (the .25-20 itself was a .32-20 necked down), and the Model 65 was offered in .218 Bee, .25-20 and .32-20. The Bee is slightly shorter, but definitely fatter, than the Hornet. Its base measures 0.408 inches, has a body with minimal taper and a steeper 15-degree shoulder. The overall case length measures 1.345 inches and the Bee has a neck length of 0.258 inches, more than one caliber, for sufficient neck tension. The Bee also comes in slightly shorter than the Hornet, at 1.680 inches.

Because of the lever-action tubular magazine, the Bee was loaded from its inception with round nosed bullets. With a 45-grain bullet, the Bee will give another 100 fps over the Hornet, with factory loads driving a 45-grain to 2750 fps. There were some accuracy complaints early on with the .218 Bee, but it’s pretty much accepted that the issue was with the lever-action rifle more than the cartridge.

Three .218 Bee ammunition cartridges lined up on wooden table.

There are a good number of rifles chambered in each, with Ruger having adopted both. The Ruger 77/22 is a great bolt-action repeater with their proprietary rotary magazine, and the Ruger No. 1 has been chambered in both cartridges at one time or another.

Which of the two makes the better choice? Well, the performance of the two is pretty similar, with the Bee having the slight velocity advantage, but the Hornet has the advantage of more factory loads and more availability. At the time of this writing, there are two advertised factory loads for the Bee (Hornady and Winchester), while the Hornet has a dozen or more. The Bee’s factory ammo uses 45- and 46-grain bullets, while the Hornet offers a range of bullet choices from 35 to 50 grains.

Winchester .218 Bee ammunition headstamp.

I personally feel that the Bee is a better cartridge, firstly because of the velocity increase over the Hornet, secondly because I’ve found that brass for the Bee tends to be more consistent than that of the Hornet, and thirdly for the roomier case which gives a bit more flexibility for the handloader. But unless you intend to handload, the Hornet makes more sense, simply for the availability and range of factory loads. I am an unabashed handloader, and when I spent time with that Ruger No. 1 in .218 Bee, components were readily available, so feeding the single-shot was no issue.

Both cartridges are easy on the ears and have very little recoil, yet are effective for any of the smaller species for which these are suited. It seems that the industry has chosen the .22 Hornet, and with the modern factory loads you can probably do anything that you could do with the .218 Bee. I’d hate to see either fade away completely, but in this competition I’ll have to give the nod to the older .22 Hornet.

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I sure have sent a few rounds out that were made by them over the years of my shooting life!

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Lock n Load. Shotgun ammo comparison

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8.6 Blackout: The Weakest 338 EVER!

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All About Guns Ammo You have to be kidding, right!?!

WORLD NEWSWSJ: The U.S. military relies on one Louisiana factory. It blew up!

Nearly two years ago, an errant spark inside a mill caused an explosion so big it destroyed all the building’s equipment and blew a corrugated fiberglass wall 100 feet, this incident was suddenly mentioned by the Wall Street Journal on April, 27.

It also shut down the sole domestic source of an explosive the Department of Defense relies on to produce bullets, mortar shells, artillery rounds and Tomahawk missiles.

The ramshackle facility makes the original form of gunpowder, known today as black powder, a highly combustible material with hundreds of military applications. The product, for which there is no substitute, is used in small quantities in munitions to ignite more powerful explosives.

No one was hurt in the June 2021 blast. But the factory remains offline, unable to deliver its single vital component to either commercial or Pentagon customers.

Military suppliers consolidated at the Cold War’s end, under pressure to reduce defense costs and streamline the nation’s industrial base.

Over the past three decades, the number of fixed wing aircraft suppliers in the U.S. has declined from eight to three. During the same period, major surface ship producers fell from eight to two, and today, only three American companies supply over 90% of the Pentagon’s missile stockpile.

Lower-tier defense firms are often the sole maker of vital parts — such as black powder — and a single crisis can bring production to a standstill.

“Can you imagine what would happen to these supply chains if the U.S. were in an actual state of active war, or NATO was?” said Jeff Rhoads, executive director of the Purdue Institute for National Security, a defense-research institute at Purdue University. “They could be in trouble very quickly.”

The “incident,” as the Minden explosion has become known, is a pointed example of the risks facing America’s military. The blast that wrecked a World War II era building in a remote compound 30 miles from Shreveport has extinguished all production of black powder in North America.

For a millennium, black powder was a crucial material for both military and commercial uses. Today, it is a specialty commodity with few commercial applications — mostly for rocket hobbyists — but it’s still used in more than 300 munitions, from cruise missiles, to bullets for M16 rifles, to the vital 155 mm shells.

Sales volume is limited and that means profits can be too thin to support more than a single production facility. This type of vulnerability is so common, the Pentagon describes it as the “single source” problem. Only one foundry in the U.S. makes the titanium castings used in howitzers, and only one company makes the rocket motor used in the Javelin antitank weapon widely used in Ukraine.

Part of the problem is that the Pentagon can be a fickle customer. Orders can surge or plummet depending on inventory levels, the state of U.S. military engagements or budget priorities. This posed a challenge for the operators of the black powder mill, who also faced costly regulations.

The roots of the current crisis can be traced back three decades, to a 1993 dinner at the Pentagon often referred to as the “last supper,” when Secretary of Defense Les Aspin invited the CEOs of the top 15 defense companies and warned that the Pentagon couldn’t sustain them all. They would need to consolidate.

The number of major arms suppliers for the Pentagon went from dozens in the 1990s, down to just five, known as primes, who typically bid for major weapons programs today. A similar contraction took place among lower-tier suppliers.

Overall, the defense industrial base shrank to 55,000 vendors in 2021, down from 69,000 in 2016. Despite consolidation, the networks of companies remain large. The average American aerospace company relies on hundreds of first-tier subcontractors, according to Defense Department statistics, and thousands in the second and third tiers below that.

That scope presents its own problems. The network is so vast, the military has limited visibility, according to a Pentagon report, and “does not track these vulnerabilities as they impact weapons programs.” A failure down the supply chain can go unnoticed for months by prime contractors such as Boeing Co. or Lockheed Martin Corp., let alone the Pentagon.

Late last year, the Defense Department identified 27 critical chemicals that have no U.S. production and are sourced from places, including Russia and China, considered adversaries of the U.S. The Pentagon expects to spend more than $207 million to bring production of materials back to the U.S. as soon as possible, WSJ concludes.

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Is The 45-70 Gov. Really That Powerful?