Jason Baney was one of the “founding fathers” of this website when we started out as 6mmBR.com 18 years ago. A few seasons back, Jason created an interesting wildcat, a mid-sized 7mm cartridge based on the 6.5×47 Lapua case. In this report, Jason (who now works at Eurooptic.com) talks about his 7×47 wildcat and his initial velocity (and feasibility) tests. To determine the 7×47’s velocity potential, Jason did a multi-stage test, cutting a barrel in two-inch increments. This process is illustrated in a video, embedded below.
You may be surprised that the little 7×47 cartridge could drive a 180gr Berger Hybrid at 2770+ FPS with a 32″ barrel and Reloder 17. Max Velocity with H4350 (and 32″ barrel) was roughly 70 FPS slower. With a 24″ barrel length, the 7×47 was still able to propel the 180gr Hybrids over 2600 FPS with H4350. That’s impressive performance for a mid-sized cartridge pushing a very big bullet.
7×47 Lapua Wildcat — Great Accuracy and Surprising Velocity
By Jason Baney, Eurooptic.com
The biggest enemy in long-range shooting is wind. This also happens to be the hardest to gauge and predict. The only way mere mortals can attempt to defeat the wind demons is to shoot a cartridge with the most ballistic efficiency, yet maintain a user-friendly combination of recoil and component consumption as well as performance on target.
The 7mm bullets tend to yield the best compromise of all of these aspects. Their BC-to-weight ratio is outstanding and 7mm bullets provide sufficient impact energy for most situations. In addition to that, the recoil of 7mm bullets can be more manageable than heavier/larger .30 and .338 caliber projectiles.
In cartridge design, of course you want the best case possible. Having used the 6.5×47 Lapua since its release in 2006, I felt this cartridge was the perfect choice to start with as I wanted a true short-action non-magnum round that gave the least possible wind drift to 1000 yards. The 6.5×47 parent case also allowed seating of the heavy 180gr class bullets completely out in the neck yet it maintained an overall length that would actually work in a factory Remington short action magazine.
The 6.5×47 brass from Lapua is as good as it gets and is a very efficient case. The small primer pocket has been a proven winner so no need to change anything. This combination has always given reliable precision and extremely tight velocity spreads.
So here I was, ready to expand a 6.5×47 Lapua to 7mm but a web search revealed no info on a 7×47 wildcat, so test loads would be based purely on an educated guess. My initial assessment/prediction was that heavier 180gr bullets in the larger 7mm caliber would end up at a max load very close to a 140gr bullet in the parent 6.5 caliber. This actually turned out to be a very accurate assumption.
The performance goal of this cartridge was to get a 180gr Berger Hybrid moving at 2720 FPS or faster to be able to shoot inside of a 6.5mm 140gr Berger Hybrid at 2900 FPS. (That 2900 speed is what I was able to achieve with the standard 6.5×47 Lapua). I also planned to try the 168gr VLD as well as the 180gr Lapua Scenar and 162gr Amax, but the specific goal was the beat the 6.5 140gr bullets at 2900 FPS. I believed the 180 Hybrid at 2720 FPS would be the easiest way to accomplish this.
Here are Summary Test Results for H4350 and Reloder 17 for 180s, and IMR 8208 for the 168s. Speeds were clocked by two chronographs at nine (9) barrel lengths, 32″ to 16.1″.
Since this cartridge was a complete unknown I thought it would be quite interesting to see what the 7×47 could achieve at various barrel lengths from very long to very short. We wanted to see which length would best suit the bullet/cartridge combination for max performance. Obviously testing 8-10 barrels at different lengths would be pointless due to natural performance variations between barrels, not to mention expensive and wasteful. I decided instead to attempt a fairly radical test and cut a barrel from 32″ down the 16.1” while chronographing the same loads along the way to see what each combination delivered at the different lengths.
Before I could get started of course a reamer and dies and a few other parts were needed. Dave Kiff at Pacific Tool and Gauge was excited to get going on the project so soon after our phone conversation my one of a kind reamer arrived. Since I had been using Forster dies in the 6mmx47 Lapua and 6.5×47 for all these years, I contacted my friend Bob Ruch at Forster and he was willing to make me a few sets of special dies for the project. Lapua of course provided some brass for the project and Rock Creek Barrels sent a beautiful 1:8.7″-twist 5R barrel blank as a sacrificial lamb. The gunsmith I chose for the chamber job on this project needed to be a tactical long range rifle shooter to appreciate the capability of the round all the way down to its 16.1” barrel length so I asked my good friend Wade Stuteville from Stuteville Precision to help me out.
The rifle I selected for the test was Accuracy International’s new AT rifle. This rifle is basically an overhauled and updated AI AW with a quick user-changeable barrel. I can literally change a barrel in 1 minute or less. The machining they have done to give this function was quite simple and brilliant in the way it retains the barrel yet allows the release quickly and with only a 4mm Allen wrench. This would make the test that I contrived go very smoothly as no major tools were needed.
My goal was to use as many different load combos for the test as I could without making it extremely cumbersome to complete. I wanted to test at least the 180 and 168 Berger as well as a couple different powders representing different burn rates to get an all-around feel for how the cartridge would behave at the different lengths. From previous experience with the 6.5×47, the best powder choices were Hodgdon H4350 and Alliant Reloder 17 (RL17) so these would be the main players. I also picked IMR 8208, Varget, and VV N550 to cover the spectrum of acceptable burn rates. Also, my standard CCI 450 primer was used as that has been successful for me in the 6mmBR and 6.5×47 since 2006 as they are incredibly consistent, however they are also better able to take high pressures without blanking. After picking the powders, I first ran ladder tests to assess max loads in the long 32” barrel.
Velocity Study — Chopping the Barrel from 32″ to 16.1″
Laying out the test actually took a bit of bit of mental gymnastics to provide randomness. The barrel was to be cut in 2” increments from 32” down to a final of 16.1”. Each length was actually pre-scored by Wade to make cutting easier to start and was actually 1/8” long at each mark so when I finally ended up at 16 1/8”, I was able to have the barrel re-crowned without going below legal length.
Six loads were assembled using the five powders mentioned above and two bullets (Berger 168gr VLD and 180gr Hybrid). Each set of rounds to be fired at each cut was predetermined and laid out so that the same load never preceded nor followed another more than once. Reloder 17 and H4350 loads were fired at each cut, while the four others were fired at every-other cut to keep the round count under 200. Twenty rounds (4 loads times 5 rounds each) were fired at each cut from 32” down to 18” and at the final 16.1” length each of the six loads was fired. That is a total of 190 test rounds. The barrel was cleaned before firing at the 24” length and before firing at the 16.1” length. After cleaning each time I fired two rounds of the next load as fouling shots to normalize velocities.
The rifle was fitted with a 3” fore-end attachment and fired from my 40-lb front rest for 1000-yard benchrest competition with a rear bunny-ear bag. Throughout the test, the rifle never changed its position — though the muzzle did retreat 2” with every cut. I used two chronographs for the test. An Oehler 35P was placed 10 feet from the original 32” muzzle and a Magnetospeed V3 was attached on the muzzle (at all barrel lengths down to 16.1 inches.)
After every round of firing, the barrel was removed and we poured cold water on the exterior only and wrapped a wet towel around it to speed cooling. While the barrel was cooling we used a couple C-clamps and a 2×4 to create an impromptu barrel vice to hold it while we were cutting. While it was clamped, we used a simple hacksaw to cut off two inches and crowned the barrel with an RCBS deburring tool for a nice finish. It took an average of two minutes to cut through the barrel at each length.
OBSERVATIONS:
Throughout the test, the rifle lost 3.2 lbs on its way to 16.1 inches. The recoil and muzzle blast increased dramatically from 32″ down to 16.1″. Groups on target were actually quite impressive given that we were not really trying for absolute precision and we had rough-cut crowns. Many groups formed one large hole and several were half-MOA or better – even at the final 16.1″ length.
Each load lost between 12.25-16.8 FPS per inch (loss per inch – LPI) over the entire test, though the rate of the loss varied by the burn rate of the powder and by barrel length. Generally below the 24” barrel length the LPI accelerated rapidly. Initial LPI at the longest lengths was 0-10 FPS, while the loss per inch at the shortest lengths were much higher at 30-55 FPS!
In general I did not quite achieve the velocity I was hoping for, but am very close and intend to test longer throats and different throat geometry to get where I want to be. Below I will break the attainable performance down into 3 barrel lengths for consideration in different disciplines.
APPLICATION ONE: 28-30” Barrel for 1000-Yard Benchrest:
Since I am close to or past my target velocity at the longer lengths (above 2720 FPS with the 180gr Berger Hybrid), I intend to barrel a 1000-yard Benchrest rifle in this caliber and give it an honest try in 1K benchrest. I feel that, with a 28-30″ barrel length, my goal will be attainable and it will pull away from 6.5mm class rounds in the wind drift department. While there will be a slight recoil increase, in a 17-lb rifle it is not a concern. There will also surely be a significant gain in useful barrel life as well.
SSG Greg Markowski of the USAMU at Camp Perry, Ohio.*
The U.S. Army Marksmanship Unit (USAMU) fields pistol teams as well as rifle and shotgun competition squads. Consequently the USAMU’s Reloading Shop loads tens of thousands of pistol rounds every year. In this article, the USAMU’s handgun experts talk about reloading for handguns — with smart tips on how to achieve superior accuracy with 100% reliability. This article, which offers important insights on COAL, primers, crimps and more.
This video shows .45 ACP centerfire pistol competitors at Camp Perry
Precision Pistol Reloading — Recommended Methods
Optimize the Taper Crimp
One often-overlooked aspect of handloading highly-accurate pistol ammunition is the amount of crimp and its effect on accuracy. Different amounts of taper crimp are used with various handloads to obtain best accuracy. The amount is based on bullet weight, powder burn rate and charge, plus other factors. It is not unusual for our Shop to vary a load’s crimp in degrees of 0.001″ and re-test for finest accuracy.
Use Consistent Brass
Brass is also important to pistol accuracy. While accurate ammunition can be loaded using brass of mixed parentage, that is not conducive to finest results, particularly at 50 yards. It is important for the serious competitor/handloader to use brass of the same headstamp and ideally one lot number, to maximize uniformity. Given the volumes of ammunition consumed by active pistol competitors, using inexpensive, mixed surplus brass for practice, particularly at the “short line” (25 yards), is understandable. However [at 50 yards], purchasing and segregating a lot of high-quality brass to be used strictly for slow-fire is a wise idea.
Importance of Uniform COAL
Uniformity of the Case Overall Length (COAL) as it comes from the factory is also important to achieving utmost accuracy. More uniform case lengths (best measured after sizing) contribute to greater consistency of crimp, neck tension, ignition/burn of powder charge, and so on. Cartridge case-length consistency varies from lot to lot, as well as by maker. Some manufacturers are more consistent in this dimension than others. [Editor’s note: It is easy to trim pistol brass to uniform length. Doing this will make your taper crimps much more consistent.]
Primers and Powders — Comparison Test for Accuracy
Pay attention to primer brands, powder types and charges. Evaluating accuracy with a Ransom or other machine rest at 50 yards can quickly reveal the effect of changes made to handload recipes.
Bullet Selection — FMJ vs. JHP
Bullets are another vital issue. First, there is the question of FMJ vs. JHP. A friend of this writer spent decades making and accuracy-testing rifle and pistol bullets during QC for a major bullet manufacturer. In his experience, making highly-accurate FMJ bullets is much more difficult than making highly-accurate JHPs, in large part due to the way the jackets are formed. Small die changes could affect accuracy of FMJ lots dramatically. The CMP now allows “safe, jacketed ammunition” in Excellence-in-Competition (EIC) Service Pistol matches, although wadcutter ammunition is prohibited. Thus, the option to use very accurate JHP designs simplifies the life of CMP Service Pistol shooters in pursuit of the prestigious Distinguished Pistol Shot badge.
Hopefully, these tips will be helpful to any pistol shooters interested in accurate handloads, not just “Bullseye” shooters. Small tweaks to one’s normal routine can pay big dividends in improved accuracy and make practice and competition more rewarding. Stay safe, and good shooting!
TOP IMAGE: SSG Greg Markowski, a shooter/instructor with the USAMU, fires his pistol during the 2018 Civilian Marksmanship Program’s National Pistol Matches at Camp Perry, Ohio. At that event, Markowski claimed the General Mellon Trophy, General Patton Trophy and the General Custer Trophy. U.S. Army photo by Maj. Michelle Lunato/released by Defense Visual Information Distribution Service.
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With spring soon changing to summer, we are in peak varmint season in many parts of the country. In an area with a high number of critters, a semi-auto varmint rifle is a good choice. You get quick follow-up shots, with reliable 20-rd and 30-rd magazines.
For this Saturday at the Movies Showcase we feature a variety of semi-auto, AR-platform rifles chambered for efficient, high-velocity varmint ammo. Cartridges include: .17 WSM, .17 Remington, .20 Practical, .204 Ruger, .22 Grendel, .223 Rem, and 6mm ARC. We conclude with a video that reviews a variety of lead-free .223 Rem ammo types.
Rock Chuck Hunting in Eastern Oregon
This video has some great backcountry footage. The host nails a number of rockchucks with his .223 Rem-chambered AR-15. The shooter says that the default AR-15 cartridge works great for varmints: “The .223 Remington becomes a rockchuck hunter’s friend with the right load: Nosler 40gr Ballistic Tip loaded over a stuffed case of H335 powder. This achieves 3800 FPS with excellent accuracy.”
.17 Remington AR-15 — Small Bullet, Ultra-High Velocity
The .17 Remington wildcat is based on the .223 Remington case necked down to .172″, with the shoulder moved back. High muzzle velocity (4000+ FPS), flat trajectory, and very low recoil are the .17 Remington’s primary attributes. It has a maximum effective range of about 440 yards on prairie dog-sized animals, but the low BCs of the small .17-cal bullets makes them quite susceptible to crosswinds at such distances.
This Varminter.com video was created in spring 2022, just in time for Rockchuck and Thermal Coyote hunts. The host noted: “This was my first experience with the .17 Remington, but I was not unaware of its history and steady popularity among varmint and predator hunters. Although finding an available and affordable .17 Remington bolt-action rifle is nearly impossible nowadays, building one in an AR-15 was simple and straight-forward.” The video has full description of all the components for the build. The .17 Rem is fast — the 25gr bullet runs 3777 FPS from an 18″ barrel (see 01:42 time-mark). READ Full Story.
.17 WSM Rimfire in Franklin Armory F17-L
What’s the ultimate rimfire varmint rifle? An AR chambered for the .17 WSM could be the answer. Eric Mayer of Varminter.com states: “The Franklin Armory F17-L in .17 Winchester Super Magnum (WSM) has a lot of firsts. It is the first semi-automatic rifle in .17 WSM now available to the general public. It is the first gas-piston system, AR-15 rimfire rifle built in partnership between Franklin Armory and Osprey Defense.”
Eric has used the .17 WSM AR shooting ground squirrels, rock squirrels, prairie dogs, and rabbits. Eric notes: “The report of the .17 WSM is nowhere near as loud as most of the centerfire [varmint] cartridges. I found that when I shot the FA-17, it did not cause the other ground squirrels… to run for cover. The lack of recoil … allowed me to see right where I hit [and] if I happened to miss, [low recoil] made for quick corrections for wind, or distance.” READ Full Report
The .17 WSM is a much larger, more powerful round than the .17 HMR. See the size difference above.
Eric Mayer created his own custom .17 WSM AR-15 varmint rifle, built with a Franklin Armory F17-V4 Upper, Aero Precision Lower, and Magpul stock. This was used in California and Arizona. READ Full Story.
.20 Practical — Fast, Accurate, Easy to Form
The .20 Practical cartridge is simply a .223 Rem necked down to .20 caliber. This is a great choice for prairie dogs — and probably our favorite wildcat for the AR-15. Just neck down your .223 Rem brass, fit a .20-Cal barrel and you’re good to go. Robert Whitley notes the the .20 Practical “is a perfect cartridge for varmint hunting and general shooting — very accurate and fast! It functions 100% out of an AR-15.”
The .20 Practical offers some notable advantages for high-volume varmint shooters. The .20 Practical delivers very high velocity with very low recoil while still providing outstanding accuracy. The .20 Practical is great option for folks who favor “fast and light” — smaller, lower-mass bullets traveling at very high velocities. This little cartridge can launch 40-grainers at over 3900 FPS, and 32-grainers even faster. This makes the .20 Practical a great choice for an AR-based varmint rifle.
.20 Practical Ultimate AR Varminter
A decade ago AccurateShooter.com created a .20 Practical AR15 Ultimate Varminter with a custom 20-caliber upper from Robert Whitley of AR-X Enterprises, LLC. That project rifle was ultra-accurate — every 5-shot group out of the gun was less than the size of a dime. That gun was auctioned off, but Robert Whitley continues to produce custom 20 Practical AR-15 uppers.
You make .20 Practical cases by simply necking down .223 Rem brass to .20 caliber. You can start with standard .223 Rem brass and even load with standard .223 Rem dies. Just swap in a smaller expander and use smaller neck bushings.
Prairie Dog Hunt with .204 Ruger AR — Watch The P-Dogs Fly
The video was created during a 2018 prairie dog safari. It has stunning footage of hits on P-Dogs at multiple distances. You can see over FIFTY hits with some amazing P-Dog aerials. Watch the first flyin’ dog at 00:20 time-mark and there’s a truly spectacular gut-busting hit at 3:13. That shows the potency of a high-speed .20-cal projectile. The shooter was using a custom-built AR-15 chambered in a .204 Ruger. That cartridge was driving 35gr Berger hollow point bullets at a stunning 4050 FPS! The rifle was fitted with a Dakota silencer suppressor and many other custom components. If you’ve never tried prairie dog hunting, watch this video start to finish and you may be hooked.
6mm ARC AR-15 Varmint Rig
This Varminter.com video examines the 6mm ARC cartridge from a varmint hunter’s perspective. Created by Hornady, the 6mm ARC was designed for target shooting and medium-sized game both in bolt guns and Modern Sporting Rifles. Hornady states: “The 6mm ARC … fits in an AR-15-pattern action, functions reliably out of standard-capacity 24- or 17-round magazines. It delivers substantially better ballistics than the .223 Rem[.]” This video examines how the 6mm ARC performs in an AR-15 for varmint and predator hunting. The host reviews available factory varmint loads. The video also examines reloading components for the 6mm ARC — brass and bullets. CLICK HERE for full article.
Cottontail Rabbit Hunting with Suppressed .204 Ruger AR-15
As a varmint hunting tool, the .204 Ruger in an AR-15 is a versatile, worthy cartridge/rifle combo for the job. This video covers a cottontail rabbit hunt. The host states that “We were contacted by a farmer who was being slammed with cottontail rabbits eating out huge portions of his alfalfa fields.” This suppressed .204 Ruger AR-15 proved seriously effective on the rabbits, driving high-velocity rounds with impressive accuracy. See more details on the Varminter.com website.
The .22 Grendel is an extremely accurate and efficient cartridge based on the 6.5 Grendel necked down to .22 caliber. The case can drive 55gr varmint bullets at high velocities — over 3500 FPS. With a faster-twist barrel you can load up to 90gr bullets at 2500 FPS. The tester achieved velocities close to a 22-250. The short, fat case fits in AR-15 magazines, but may not feed as reliably during rapid fire. The tester did experience one double-feed.
Lead-Free Ammo Offerings Tested in .223 Rem AR-15
Some states — such as California — prohibit hunting with bullets that contain lead. If you plan to hunt in an area with such restrictions, you’ll need to find a lead-free substitute. Thankfully a number of manufacturers produce ammo with solid brass projectiles or other lead-free bullet designs. This Varminter.com video reviews .223 Remington no-lead ammunition from Cor-Bon, Hornady, Nosler and Winchester. These ammo types were tested in a AR-15 varmint rifle, used in a coyote hunt featured at the end of the video. SEE Full Story on Varminter.com.
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Savage Arms offers a series of Shooting Tips in the Savage Blog. Here is a helpful article from Team Savage Shooter Stan Pate. This covers how to ship your rifle safely, and then re-establish zero properly when the gun is reassembled after transport.
Traveling with Firearms — Important Advice
Traveling with firearms can be stressful. You must comply with multiple regulations and then trust your expensive guns to airline baggage handlers. And after arrival you’ll need to put your rifles back together and confirm the zeros. This article offers helpful travel advice from Team Savage shooter Stan Pate. Pate has traveled the globe competing with match rifles. Here he shares his tips for making trips easier on you and your firearms.
Easier Air Travel With Firearms
TSA isn’t nearly as careful with your rifles as you are. Proper storage before sending your firearm up a conveyer belt and into the belly of a plane is critical. Stan Pate spends lots of time each year traveling the skies and has devised a system for keeping his rifle safe when going to and from.
“Never travel with your firearm completely assembled,” Pate cautions. “A fully assembled firearm is much heavier than one that has been broken-down and stored. More weight creates more in-the-case movement, which can result in damage. I learned this the hard way years ago. My rifle was actually broken in half when traveling to an international competition. Record your torque settings, use those settings during reassembly and your return to zero should be no problem.”
“Be sure to check on current TSA rules and regulations before travel to be aware of any changes that may effect how you pack your rifles,” says Pate.
Rifle Reassembly and Resetting Zero
The quicker you can reestablish your zero, the quicker you can relax and stop worrying about if your rounds are going to hit their mark during competition. Pate, over the years, has developed a system for rifle reassembly and getting back to zero as quickly as possible. While his torque settings may not be the same as yours, the process can still be used.
“The barreled-action goes back on the stock, and then I tighten all three receiver screws finger tight,” says Pate. “Next, I tighten the front two receiver screws down to 35-inch pounds. The rear receiver screws on this particular rifle likes 15-inch pounds. [Note: Proper torque settings will vary with your action and stock type. Most actions have TWO screws, not three.] Scope attachment comes next, and I follow manufacturer settings when tightening it down. All that’s left to do now is go zero your rifle.”
This video explains an efficient method to Re-Zero your rifles
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This Gun Digest book has become a “go-to” resource for NRL22 and PRS Rimfire shooters. Key topics included in this 2021 Edition full-color Gun Digest book include: rimfire semi-autos and how they work; bolt-action accuracy; match shooting skills; DIY precision gunsmithing; hunting with rimfires; and the future of the rimfire market.
With the growth of rimfire tactical competition, the .22-Caliber rimfire rifle is more popular than ever. Every major gun manufacturer has brought at least one new .22 LR rimfire rifle to the market in the last two years. Gun Digest’s Rimfire Revolution has extensive coverage of new models from major manufacturers.
The .22 Long Rifle (.22 LR) is the planet’s most popular ammunition type and firearm chambering. The .22 LR is used in the Olympics by 3P marksmen, but it also serves benchrest competitors, NRL22 shooters, backyard plinkers, small-game hunters, and tactical trainers. With the expansion of NRL22 matches (and the PRS equivalent), the humble .22 LR is undergoing a major resurgence in the USA. And with centerfire reloading components being so costly and difficult to find, many folks are shooting less centerfire, but way more rimfire.
This 272-page book also covers .17-caliber rimfire cartridges: 17 HM2 (Mach 2), 17 HMR, and 17 WSM. These are all excellent varmint rounds, with the 17 WSM effective out to 250 yards. The 17 HM2 will run in a normal .22 LR action and feed from standard .22 LR magazines. So, for most rifles, all you need to do a .22 LR to 17 HM2 conversion is a barrel switch. That gives your rimfire rig twice the versatility. Shoot .22s and .17s with the same gun.
NRL22 — Challenging Practical Competition with .22 LR Rifles
The USA has seen a big growth in rimfire tactical matches over the last five years. Right now there are probably ten times as many rimfire tactical matches as sanctioned PRS and NRL centerfire matches. The reason is simple — rimfire ammo is much less costly, and clubs can run challenging rimfire tactical matches at nearly any outdoor gun range that allows shooting out to 200+ yards.
NRL22 Competition — Tactical Rimfire Matches
The NRL22 match format is a great shooting discipline. NRL22 offers a high fun factor at relatively low cost. You don’t have to reload match ammo. A couple of 50-round boxes of .22 LR ammo will get you through the match. While some people bring lots of gear to matches, that’s by choice and not by necessity. You can keep it simple and still be competitive (and win).
Tips for NRL22 Competitors by Jonathan Ocab
I am a match director at my gun club and run our local NRL22 matches. People often ask me for tips for competing in NRL22. First, I recommend getting the course of fire for the month in advance and practicing those stages at the range. Here are other specific tips that should help NRL22 competitors improve their gun-handling and match results.
1. Dry Fire Practice — If you are not able to do live fire practice at the range, I encourage shooters to practice their shooting positions at home via dry fire. Setup props or barricades with pasters or other faux targets on a wall in the garage or inside the house and run through each stage.
2. Scope Magnification Level — The most common issue I see with newer shooters in NRL22 is the tendency to maximize their scope magnification. The timer will start, and the shooter gets into position on a target, but the scope is set to 15x or higher and the shooter can’t find the target. The shooter lowers the magnification, locates the target, and then increases the magnification again, takes the shot, transitions to another target, and repeats the process of decreasing magnification, locating target, etc. Novice NRL22 shooters should try using the mid-range magnification. Try shooting 7x-12x and learn to balance field of view and target image.
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The Governor of Washington state, Jay Inslee, recently signed radical new legislation, House Bill 1240, that outlaws AR-platform rifles and other semi-auto, mag-fed “modern sporting rifles” (MSRs). This new WA state law, which goes into effect immediately as an “emergency” measure, will be fought in Federal Court. Two lawsuits have been filed, both seeking to strike down HB 1240 as unconstitutional.
The Second Amendment Foundation (SAF) has filed a federal lawsuit against the state of Washington, challenging the constitutionality of the recently enacted HB 1240, which bans the manufacture, sale, import, and distribution of many semi-automatic firearms. The lawsuit, named Hartford v. Ferguson, was filed in the U.S. District Court for the Western District of Washington.
In addition, NSSF (National Shooting Sports Foundation) filed a lawsuit, Banta et al v. Ferguson, against Washington’s Attorney General Robert Ferguson and John Batiste, Chief of Washington State Patrol, seeking declaratory and injunctive relief from state authorities enforcing HB 1240, which bans modern sporting rifles. The lead plaintiff is Amanda Banta, a 2012 Team USA Olympian and 10-year member of the U.S. Rifle Team and resident of Spokane, Washington.
GunsAmerica Digest reports: “HB 1240 is part of a broader gun reform package signed into law that includes a 10-day waiting period, mandatory firearms training for prospective gun buyers, and a new legal pathway for the Attorney General and family members of shooting victims to sue gun makers who market their products to prohibited persons. These additional provisions take effect this summer. HB 1240 has exemptions for law enforcement and members of the military. Existing owners of black rifles are also grandfathered in — at least for now.”
NSSF challenges Washington’s MSR ban, arguing that it violates the Second and Fourteenth Amendment. The U.S. Supreme Court held in Heller that the Second Amendment protects the rights to keep and bear arms “typically possessed by law-abiding citizens for lawful purposes.” There are over 24.4 million MSRs in circulation today, more than there are Ford F-150s on America’s roads.
HB 1240 is very harsh. According to GunsAmerica Digest: “HB 1240 only allows 90 days for firearm dealers and manufacturers to sell or transfer their existing stock out of the state. Furthermore, the bill stipulates that violations will be considered a misdemeanor offense, which could result in a maximum penalty of 364 days in jail and a fine of $5,000.”
“NSSF will not stand idly by as politicians cleave away fundamental Constitutional rights from Americans,” said Lawrence G. Keane, NSSF Senior V.P. and General Counsel. “The right to keep and bear arms that are commonly owned belongs to law-abiding citizens. Politicians in Washington exceed their authority when they usurp those rights to mollify radical special-interest groups. These politicians violate their oaths to protect and defend the Constitution and the rights of the citizens they represent.”
SAF claims the new law — which took effect immediately — infringes on Second and Fourteenth Amendment rights and is seeking preliminary and permanent injunctions from the court.
SAF founder and Executive V.P. Alan M. Gottlieb criticized the state for putting politics above constitutional rights: “[Washington] has criminalized a common and important means of self-defense, the modern semiautomatic rifle. The state has put politics ahead of constitutional rights, and is penalizing law-abiding citizens while this legislation does nothing to arrest and prosecute criminals[.]”
SAF Executive Director Adam Kraut called out the authors and supporters of the legislation: “As we note in our complaint, the firearms that Washington bans as ‘assault weapons’ are, in all respects, ordinary semiautomatic rifles. To the extent they are different from other semiautomatic rifles, their distinguishing features make them safer and easier to use.”
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The CMP 2023 National Matches will take place at Camp Perry from July 7 through August 5, 2023. Camp Perry is a National Guard facility located on the shore of Lake Erie in northern Ohio near Port Clinton.
The annual Camp Perry National Matches have evolved — the 2023 event calendar has been modified from previous years – allowing overlapping disciplines and new matches, along with updates to the ranges themselves to improve the competition experience. SEE Full Camp Perry NM Calendar.
Unlike past years, the National Matches will now begin with Smallbore and Rimfire Sporter Rifle events, rather than Pistol matches. The National Smallbore rifle series will utilize electronic targets for the first time in its history, and the CMP Highpower Rifle Championships will now also be fired on electronic targets, with three 80-shot matches, followed by a 4-Man team event. The CMP National Trophy Rifles matches will follow and continue to be fired on paper targets.
Other changes for 2023 include the assembly of Pistol target lines at 25 and 50 yards to eliminate moving between strings. Also, an extra category has been added to the GSSF GLOCK National Pistol Challenge. Along with Stock, Unlimited and Rimfire classes, the match will now facilitate a Modular Optic System (MOS) Configuration category.
CMP offers Air Rifle and Air Pistol competitors an opportunity to compete at Camp Perry in the Air Gun National Matches. The National Match Air Gun Events will include a new 3-gun match and team matches for air pistol and air rifle.
Additionally, there will be multiple Garand/Springfield/Vintage/Modern Military (GSMM) Matches at the CMP Camp Perry National Matches this year. And, during the Long Range rifle phase, a Mid-Range Match 3×600 match has been added to the schedule.
The John C. Garand match is a Camp Perry classic. Note the signature Garand clip in the air.
Registration for the 2023 National Trophy Pistol and Rifle Matches is OPEN. CLICK HERE to Sign up and review all the 2023 National Matches event info on the CMP website.
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Jessie Harrison — one of the greatest female pistol shooters on the planet. In the video below, Jessie offers good tips on safe handgun mag changes.
In this Pro Tip Video, Jessie Harrison talks about Dry-Fire Pistol Training:
One of our Forum members asked: “Are there any good books on pistol marksmanship? I’m looking for a book that covers techniques and concepts….” Here are eight recommended titles that can make you a better pistol shooter. These books run the gamut from basic handgun training to CCW to Olympic-level bullseye shooting.
More Good Guidebooks for Competitive Pistol Shooters
There are other good books which can help competition pistol shooters. For new pistol shooters, we recommend the NRA Guide to the Basics of Pistol Shooting. This full-color publication is the designated student “textbook” for the NRA Basic Pistol Shooting Course.
If you’re interested in bullseye shooting, get the USAMU’s The Advanced Pistol Marksmanship Manual. This pistol marksmanship guide has been a trusted resource since the 1960s. Action Shooters should read Practical Shooting: Beyond Fundamentals by Brian Enos, a well-known pistol competitor with many titles. Julie Golob’s popular SHOOT book covers pistol marksmanship, along with 3-Gun competition. Julie holds multiple national pistol shooting titles.
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CCI and Federal Premium are both brands of Vista Outdoor. Most CCI rimfire is produced in Idaho, while other Federal-branded rimfire ammo is produced in Federal’s Anoka, Minnesota facilities. Here we feature videos from both CCI and Federal ammo plants. Watch and learn how rimfire ammo is made.
Field & Stream Tours Federal Ammo Plant in Minnesota
A reporter for Field & Stream recently got a chance to tour the Federal ammunition production facility in Anoka, Minnesota. This large plant produces both rimfire and centerfire ammunition. While touring the plant, the reporter was allowed to capture video showing the creation of .22 LR rounds from start to finish. This is a fascinating video, well worth watching.
Note to Viewers — After Starting Video, Click Speaker Icon to HEAR audio!
This revealing video shows all phases of .22 LR ammo production including cupping, drawing, annealing, washing, drying, head-stamping, priming, powder charging, bullet seating, crimping, waxing, inspection, and final packaging. We recommend you watch the video from start to finish. You’ll definitely learn some new things about rimfire ammo.
.22 LR Ammo Production at CCI Ammo Plant in Idaho
Back in 2016, YouTuber 22Plinkster was able to tour the CCI Ammo plant in Lewiston, Idado. Here is the rimfire production video he produced.
The Manufacturing Process for .22 LR Rimfire Ammunition Shooting Sports USA explains: “Rimfire cartridge cases are the oldest self-contained cartridge in existence, having been in continuous production since the mid-1850s. Rimfire cases are drawn from a thin piece of brass and formed with a hollow rim. A priming compound is then forced into the case using centrifugal force, where it is charged with powder and a bullet is seated in the mouth of the case. The case is then crimped around the bullet to ensure sufficient push and pull when the round is fired. When the firing pin strikes the thin brass rim of the case, the hollow rim is crushed and the primer is ignited.” Source: SSUSA.org 9/2/2017.
The shape of powder grains has a profound effect on the performance of the powder charge, as it concerns both pressure and velocity. There are multiple powder shapes including flake, ball, and extruded or “stick” (both solid and perforated).
So how does powder grain shape affect pressure and muzzle velocity?
In general, it can be said that powder that burns progressively achieves a desired muzzle velocity at lower maximum pressure than a powder that burns neutrally, not to mention a degressive powder. As grain size increases, the maximum pressure moves towards the muzzle, also increasing muzzle blast. Muzzle velocity and pressure can be adjusted by means of the amount of powder or loading density, i.e. the relationship between the powder mass and the volume available to it. As the loading density increases, maximum pressure grows.
All Vihtavuori reloading powders are of the cylindrical, single-perforated extruded stick type. The differences in burning rate between the powders depend on the size of the grain, the wall thickness of the cylinder, the surface coating and the composition. Cylindrical extruded powders can also have multi-perforated grains. The most common types are the 7- and 19-perforated varieties. A multi-perforated powder grain is naturally of a much larger size than one with a single perforation, and is typically used for large caliber ammunition.
Other types of powder grain shapes include sphere or ball, and flake. The ball grains are typically used in automatic firearms but also in rifles and handguns. The ball grain is less costly to produce, as it is not pressed into shape like cylindrical grains. Flake shaped grains are typically used in shotgun loadings.
Web thickness in gunpowder terminology means the minimum distance that the combustion zones can travel within the powder grain without encountering each other. In spherical powders, this distance is the diameter of the “ball”; in flake powder it is the thickness of the flake; and in multi-perforated extruded powders it is the minimum distance (i.e. wall thickness) between the perforations.
The burning rate of powder composed of grains without any perforations or surface treatment is related to the surface area of the grain available for burning at any given pressure level. The change in the surface area that is burning during combustion is described by a so-called form function. If the surface area increases, the form function does likewise and its behavior is termed progressive. If the form function decreases, its behavior is said to be degressive. If the flame area remains constant throughout the combustion process, we describe it as “neutral” behavior.
The cylindrical, perforated powders are progressive; the burning rate increases as the surface area increases, and the pressure builds up slower, increasing until it reaches its peak and then collapses. Flake and ball grains are degressive; the total powder surface area and pressure are at their peak at ignition, decreasing as the combustion progresses.
Small patches are not very efficient at distributing bore cleaning liquids inside your bore. The problem with a tight-fitting patch is that the solvent gets squeezed off in the first few inches. You can switch to a smaller jag, or a bore mop, but there is an even better way to get an ample amount of solvent in your bore. Just spray directly into the bore with a wash bottle, an inexpensive plastic bottle with an L-shaped dispensing neck, tapered at the end.
When using the wash bottle, you can either just plug the breech and spray from the muzzle end (where most copper fouling is), or, alternately, put the wash bottle neck directly in the chamber and spray forward. When spraying from the chamber forward, you may need to use a rubber O-Ring to seal off the action… depending on the bore size and the particular wash bottle’s neck spout diameter. We prefer to plug the breech and squirt from the muzzle.
Bottle Solvent Application Great for Smaller Bores
Using wet patches or wet brushes is an inefficient way to really saturate the tight bores of 17s, 20s, and 22s. Even with a cotton bore mop, most of the solvent will be squeezed out before it gets to the end of the bore, where most copper fouling occurs. For these smaller 17, 20, and 22-caliber bores, you can just take the wash bottle and stick the tapered nozzle right in the chamber. The tapered end will press fit in the throat, sealing off the chamber. With the barrel slightly nose-down, give the bottle a couple good squirts until the solvent mists out the muzzle. In just a few seconds, this will put more solvent in the bore than a half-dozen wet patches.
A solvent-filled wash bottle is also handy for wetting your brushes. It’s much easier to saturate a bore brush (without spilling solvent on your stock), by using the wash bottle. You can get wash bottles from USPlastic.com, Amazon.com, or lab supply stores.
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In the ELR game, particularly the King of 2 Miles (KO2M), it’s “go big or go home”. The top shooters run large-capacity cartridges that push large-caliber, ultra-high BC bullets at very high velocities. Bullets launched by cartridges such as the .416 Barrett can sustain supersonic velocities at Extreme Long Ranges — and that’s what it takes to win. The .416 Barrett can launch a 550-grain solid bullet at 3000+ FPS.
Photo from ELR Competitor Corbin Shell.
2018 and 2019 Kings of 2 Miles Loaded on RCBS Presses
So how do you load jumbo cartridges such as the .416 Barrett? It takes a big, heavy, super-strong reloading press. We’ve learned that two recent King of 2 Miles champions, Paul Phillips (2019) and Robert Brantley (2018) both loaded their KO2M ammo on RCBS AmmoMaster .50 BMG presses. Phillips loaded .416 Barrett ammo, while Brantley loaded a similar .416 MCS cartridge.
In 2018, Robert Brantley topped the field using his custom .416 MCS cartridge. Then in 2019, Paul Phillips won the K02M competition shooting a .416 Barrett, with Brantley a close second. Both Phillips and Brantley use the RCBS AmmoMaster .50 BMG single stage press kit and RCBS .416 Barrett dies to hand-load for extreme long-range. “My ammo has been much more consistent after switching to the RCBS press and dies,” remarked Phillips, who runs the Global Precision Group. Brantley said he uses RCBS products for most of his reloading needs — from the dies and AmmoMaster, to the ChargeMaster and Brass Boss. His custom .416 MCS loads launch a 550-grain bullet more than 3,100 fps.
Loading with RCBS AmmoMaster .50 BMG Press
This video shows reloading with the RCBS AmmoMaster .50 BMG press. While this video shows .50 BMG cases being loaded, the principles are the same for loading the .416 Barrett cartridge or other big rounds. Big cases need big presses!
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The October 2022 issue of Shooting Industry Magazine covers the increasing popularity of “optics-ready” handguns. These pistols have slides configured to mount Red Dot optics. Some of these new handguns are sold with the Red Dot optics pre-installed, ready to go. For example, the Smith & Wesson Performance Center M&P 9 Shield Plus (above) is sold with a Crimson Trace Red Dot optic mounted on the slide.
The new FN Five-seveN MRD is an optics-ready pistol chambered in 5.7x28mm. (Image: FN America)
For IDPA and gun games, a Red Dot sight can definitely help with rapid target acquisition. And for a defense gun, the Red Dot assists aiming at night, even in the dark. And unlike a pistol-mounted laser, the Red Dot does not have a bright, visible beam that pinpoints the gun owner’s location.
The Shooting Industry article explains how optics-equipped pistols have become much more popular: “It wasn’t too long ago optics-ready handguns were little more than a novelty. But today, it’s difficult to talk about the handgun segment without delving into the increasing number of guns coming from the manufacturers with optics already installed, or ready to accept one.”
Massad Ayoob, a respected shooting instructor and gun writer, says optics-equipped pistols are now very popular: “Carry optics are burning up the handgun market today. Some of my fellow instructors tell me they have general defensive shooting classes where more than half the students show up with guns wearing carry optics, a compact version of Red Dot sights. Police departments are going to them [optics equipped pistols] in droves.” READ FULL Story.
If you are interested in a wide selection of optics-ready handguns, check out the Modern Carry: Best Optics-Ready Pistols article in the CheaperThanDirt Blog. This highlights ten production pistols from Canik, CZ, FN, Hechler & Koch, Keltec, SCCY, SIG Sauer, Smith & Wesson, Springfield Armory, and Taurus. Below is the Taurus G3 T.O.R.O (Taurus Optic Ready Option), a full-frame pistol with 17+1 9mm capacity.
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Would you like to show your patriotism and honor America with the color scheme of your firearms? Well gun-makers Howa and Citadel now offer patriotic colors for rifles, shotguns, and pistols. A variety of Howa rifles and Citadel guns are offered with a handsome red, white, and blue USA Flag pattern. In addition, there is a grayscale USA flag option for these arms. That grayscale flag is still patriotic, yet less dramatic.
Howa’s USA Flag pattern firearms line-up includes the APC Steel and Carbon Fiber Flag Chassis rifle, the Mini Action Excl Lite, and the TSPX Chassis rifle. On the Howas and the Citadel Trakr rifles, the flag patterns are a rugged, protective Cerakote finish. The Citadel handgun collection offers the USA Flag pattern in the Citadel CP9 9mm series, the Citadel .45 ACP full size 1911, and the Citadel compact .380 Auto 1911. Citadel Trakr .22 LR rimfire rifles are also available with USA Flag and Grayscale options for both semi-auto and bolt-action models.
HOWA Flag Collection
• APC Chassis Series including Steel & Carbon models – 6.5 Creedmoor / .308 Win
• Mini Excl Lite – .223 / 6.5 Grendel / 7.62 x 39 / 6mm ARC / 350 Legend
• TSP X Chassis – 6.5 Creedmoor / .308 Win
CITADEL Flag Collection
• Trakr – .22 LR in Semi Auto & Bolt
• BOSS 25 12-Gauge Shotguns
• 1911 .45 ACP
• 1911 .380 AUTO
• CP9 9mm Series
PDF Product Catalog Available CLICK HERE to view full Howa/Citadel Product Catalog with all patriotic color options. The Citadel Trakr .22 LR Rimfires and Boss 25 shotgun are also available in the USA Flag and Grayscale options. Cerakoted ammo cans in the USA Flag and Grayscale Flag are available with the Citadel handguns.
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After being held at the Kelbly’s Range in Ohio for decades, the Super Shoot benchrest competition will be held May 22-25, 2023 at the Bench Rest Rifle Club in Missouri. This is a great location, much favored by elite benchrest shooters. This excellent range was the host of the 2022 NBRSA Nationals (photo above).
This will be Super Shoot 49. Historically, the Super Shoot has been the largest 100/200-yard Benchrest score match in the world, drawing over 200 competitors. For the last 40+ years, the Super Shoot has been held at the Kelbly’s Range in Ohio. This year the Super Shoot will be held at one of the premier benchrest shooting facilities in the USA, the Bench Rest Rifle Club of St. Louis situated in Wright City, just northwest of St. Louis. This event will feature the best short-range benchrest shooters in the world. Competition will be fierce, with top places often decided by the tiniest margins in Agg measurements.
To shoot in the big match, it’s best to first register as a member of the SuperShootSports.com website. Membership is free. By becoming a member you will have access to online registration for the 49th Super Shoot and other features. There is no charge to join as a site member but there ARE fees to compete in the actual 2023 Super Shoot. In-person check-in and registration begins on Friday, May 19th. The range will be open for practice Friday through Sunday, May 19-21, closing at 4:00 pm on Sunday. Competition starts on Monday, May 22, 2023. Here is the full schedule:
For more information or to register as a competitor, visit SuperShootSports.com. You can also email info@supershootsports.com or call 972-875-5318.
The Bench Rest Rifle Club of St. Louis hosted the 2015 World Benchrest Championships:
The St. Louis shooting range facility is excellent. Forum member Alex M. posted: “The St. Louis Bench Rest Rifle Club is the finest shooting facility I have seen. The various rifle, pistol, shotgun, and archery ranges are great. They have a nice official trap field, together with manually operated traps. I shoot pistol and rifle with my wife at 25 to 600 yards. They have a very nice dedicated rimfire range, and training bays. I shoot their monthly F-Class matches (600 yards) where they award medals (1st, 2nd, 3rd) for F-Open, F-T/R and F-Bench. They also host the very popular Sierra Cup Challenge.”
Map to Bench Rest Rifle Club Range in Wright City, Missouri.
Major Sponsors for Super Shoot 49
Super Shoot 49 has many sponsors including Bruno Shooters Supply, Creedmoor Sports, Lilja Barrels, PMA Tool and a dozen other companies. Creedmoor Sports has explained the importance of the Super Shoot:
“We’re excited to sponsor the Super Shoot and give back to the Bench Rest community. The firearms and reloading innovation that has come out of this discipline has benefited every single shooting sport. Bench Rest Rifle Club of St. Louis is a great facility that is capable of hosting very large matches. I know that Wade Hull and the members at BRRC will do an exceptional job hosting the match.” — John Teachey, VP Operations/Marketing for Creedmoor Sports.
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Use Consistent Brass
.20 Practical Ultimate AR Varminter
• Trakr – .22 LR in Semi Auto & Bolt
