Here is a simple, low-cost way to get reliable readings of case headspace when you “bump” the shoulder back on your 6BR, .243 Win, or .308 Win brass. Credit Boyd Allen for this tip. First, you’ll need one .45 ACP case (.40 SW works too), with primer removed. Make sure the pistol case is trimmed square and that it is round. We recommend you first size it, trim it and chamfer. Next, take the .45 ACP (or .40 SW) case and slip it over the neck of a fired, unsized rifle case with the primer removed. Align the two cases between the jaws of your calipers and note the length from rim to rim (See photo below, with striped case).
OK, now you have the length for a fired rifle case BEFORE sizing. Next, take a full-length sized rifle case (without primer) and do the same thing, placing the pistol case over the neck of the FL-sized case (Bottom Photo). The difference between the two numbers is the amount of “bump” or set-back you are applying to the shoulder. Here the difference is .0015″. The amount of bump you need varies with your chamber and your load, but .0015-.002″ is a good initial setting. By using this simple tool, you can avoid bumping the shoulder too much. This will also help you set-up the depth of your full-length die to get the proper amount of bump each time.
Other Pistol Brass Types Work Too: Some folks have used this method but they prefer to work with 10mm or .40 SW brass rather than a .45 ACP, because slightly smaller-diameter pistol cases may conform to the shoulders of their sized rifle cases a bit better. That works fine — use whatever pistol brass case works best for your rifle brass. We got very repeatable results with .45 ACP brass but the method also works with 10mm or .40 SW brass. Just be sure the pistol brass has been sized, trimmed, chamfered, and de-burred.
Every handloader can benefit from a turret press. This type of press features an upper rotating disk that has multiple threaded placements for dies or other tools (such as powder dispensers). There are a variety of turret presses on the market today with the remarkable Area 419 9-Station Zero Press at the top end, and the inexpensive Lee turret presses at the other end of the spectrum. In between are Lyman’s 8-station All-American turret, the Redding 7-station T-7 press, and the RCBS 6-station turret.
Today’s Saturday video showcase features notable turret presses from Area 419, Lyman, Redding, and RCBS. We lead off with a feature on the advanced Area 419 ZERO 9-station turret.
Area 419 ZERO 9-Station Turret Reloading Press — Without Peer
Area 419’s impressive ZERO reloading press is a 9-station turret press with some very unique features. This press was designed to be the most precise turret ever created. As tested by Gavin Gear of UltimateReloader.com, the ZERO turret press delivered very impressive shoulder-bump consistency and ultra-low seated bullet run-out (about +/- 0.0005″). The numbers were as good as you can get from a quality single-stage press, so Area 419 did some impressive engineering. We would expect that, as this represents a big investment — the current ZERO Gen 2 model $1400.00 at Area419.com. SEE FULL Gen 1 REVIEW on UltimateReloader.com.
The ZERO turret press lets you install up to nine (9) different reloading dies in the large top turret, which revolves around a central axis. But unlike most turret presses, the ZERO doesn’t have flex or wobble when you’re loading. This is because Area 419 includes a clever system for locking the turret in position after you’ve selected the die from your array.
Lyman Brass Smith All-American 8-Station Turret Press
The 8-station Lyman Brass-Smith All-American Turret Press is an impressive product. Since its introduction in 2018, Lyman’s All-American 8 has become popular with handloaders. With a $275.99 street price at MidwayUSA, the 8-station Lyman is $119 cheaper than the $394.99 7-station Redding T-7 (current Amazon price). No question, that’s a significant price advantage, which has helped Lyman grab turret press sales from Redding.
More Stations Provide More Reloading Options
Gavin liked having 8 stations, because this offers more flexibility. With eight stations, you can have four two-die sets, or three two-die sets plus a dedicated decapping die and a powder measure. Gavin notes: “I’ve owned many reloading presses, including 3-station, 4-station, 5-station, and 7-station variants, but I’ve never owned an 8-station press until the Brass-Smith All-American 8 came to the shop. I’ll have to say… you can’’t get too many stations, especially on a manually-indexed turret. I love the idea that you can leave dies on the press, and load multiple calibers/chamberings using the same turret setup.”
Quick Comparison Videos — Lyman, Lee, Redding
Below we’ve included a couple quick vertical-format video “shorts” which show the Lyman 8-station Turret Press and the Lee Classic 4-Hole Turret Press in action. If you are just loading one or two pistol cartridge types, the inexpensive ($184.99) Lee Class turret press may suffice.
Redding T-7 Turret Press Overview
The Redding T-7 has long been a leading turret press for precision handloaders. It offers one more station than the other “green” turret press offered by RCBS. It has a reliable optional priming system and plenty of leverage. We like the build quality of the Redding T-7, but at $394.99 on Amazon, it is now significantly more expensive than the Lyman turret, which has one more station. See a comparison of the Redding T-7 and Lyman 8-station turret press in a video below.
Redding T-7 with Creedmoor Sports Enhanced Turret Head
Creedmoor Sports offers an upgraded Enhanced Press Head for the Redding T-7. This $219.95 turret top allows greater precision in case sizing and bullet seating. This UltimateReloader video covers the advantages of the new precision turret head.
8 vs. 7 Stations — Lyman Turret and Redding T-7 Comparison
If you’re considering acquiring a turret press, it helps to compare products side by side. Here is an interesting comparison video showcasing the Redding T-7 and the Lyman 8-station turret press. This video offers a side-by-side comparison of the Redding turret and the Lyman turret, showing how each performs key functions.
RCBS Six-Station Turret Press
This Editor has used an RCBS Turret Press for over 20 years. It does not have the most stations or the most sophisticated features, but it has proven very reliable over the years. I use it primarily to load with pistol sizing and seating dies. Having six stations allows me to load multiple cartridge types: 9x19mm, .357 Magnum, and .45 ACP. READ FULL REVIEW on UltimateReloader.com. The RCBS Turret press is currently $389.99 on Amazon.
Creedmoor Enhanced Turret Heads for Redding and Lyman
Creedmoor Sports offers enhanced precision press heads for the Redding 7-station Turret Press and the Lyman 8-station Turret Press. The Creedmoor Enhanced Press Head is a direct drop-in upgrade to the factory OEM press head and can be installed in a matter of minutes. This press head is precision-crafted from stainless steel bar stock. Priced at $219.95, these enhanced heads are featured in the video below. (NOTE: There are also 1″ series turret heads for Lyman and Redding turrets priced at $154.95. These will only work with 1″ dies).
NOTE: Creedmoor Sports no longer lists an enhanced top for the 6-station RCBS Turret Press.
The $219.95 Creedmoor Sports turret top allows greater precision in case sizing and bullet seating. A recent UltimateReloader video covers the advantages of the new precision turret head for the Redding T-7. READ Full Report on UltimateReloader.com.
Rio 2016 World Cup Photo Courtesy ISSF and Team USA
Would you like to try smallbore position shooting? Here are some tips from one of the best 3P shooters on the planet, Olympian Matt Emmons.
Matt Emmons competed in the Three-Position Event at the Rio Olympics, his fourth Olympic appearance. Matt has competed on the U.S. National Team since 1997, medaling in three Olympic games: Gold in 2004 in Men’s 50m Prone; Silver in 2008 in Men’s 50m Prone; and Bronze in 2012 in Men’s 50m 3X40. Although his specialty is Men’s 3-Position rifle, Emmons’ World Championship and Olympic Gold are in Men’s 50m Prone. He usually shoots an Anschütz or Bleiker .22LR rifle, with Eley Tenex ammo.
Winning Gold with a Borrowed Rifle
There is a fascinating story behind Matt’s 2004 Gold Medal, won with a “loaner” rifle. In April 2004, just prior to the Olympic Team Trials, Emmons discovered his rifle had been severely sabotaged in the supposedly secure locker room at the United States Olympic Training Center. The precisely tuned barrel and action were heavily damaged. “I unpacked my gun and I noticed that something wasn’t right,” Emmons said. “Sure enough, somebody had done something to it. I shot it and I couldn’t get the shell out. Emmons said it could not have been an accident: “Oh no, no,” Emmons said. “Somebody took a screwdriver and went in.” Emmons went on to the 2004 Summer Olympics using a rifle belonging to using his former University of Alaska Fairbanks teammate, Amber Darland. With that borrowed rifle he won the Gold Medal in 50m prone. Emmons never found out who the saboteur was, but said “I’d like to know so I could shake their hand and say thanks.”
In this Olympic Channel Video, Matt explains 50m 3-Position Shooting.
Here are shooting tips from Matt, courtesy Anschütz. Click image below to launch a full-screen PDF file.
CLICK Photo to Load Large PDF File
Here Matt Shows the Kneeling Position. The other two positions are Standing and Prone.
Three Sets of Hardware for Three Positions
You may be surprised to find that Matt often totes three complete sets of rifle parts to important matches — three buttplates, three cheekpieces, and three Centra sights with adjustable irises. Matt told Shooting Sports USA that he travels with “three sets for three positions. Our final is so fast that I need three sets of everything to allow a fast change-over between positions.” Matt carries his gear in an an Anschütz sport bag: “It’s similar to the big Ogio duffels with wheels, but lighter. I’ve worked with AHG/Anschütz for many years and I like their bag because all of my junk fits in it.”
A while back, Shooting Times released an article entitled “Ten Most Common Reloading Mistakes”. Listed below are the Top Ten mistakes hand-loaders can make, at least according to Shooting Times. What do you think of this list — does it overlook some important items?
Top Ten Reloading Mistakes According to Shooting Times:
1. Cracked Cases — Reloaders need to inspect brass and cull cases with cracks.
2. Dented Cases — Dents or divets can be caused by excess case lube.
3. Excessive Powder Charge — Overcharges (even with the correct powder) can be very dangerous.
4. Primers Not Seated Deep Enough — “High” primers can cause functioning issues.
5. Crushed Primers — Some priming devices can deform primers when seating.
6. Excess Brass Length — Over time, cases stretch. Cases need to be trimmed and sized.
7. Bullets Seated Too Far Out — If the bullet is seated too long you may not even be able to chamber the round. Also, with hunting rounds, bullets should not engage the rifling.
8. Burrs on Case Mouths — Ragged edges on case mouths can actually shave bullet jackets.
9. Excess Crimp — This is a common problem with pistol rounds loaded on progressives. If case lengths are not uniform some cases will get too much crimp, others too little.
10. Inadequate Crimp — This can be an issue with magnum pistol cartridges in revolvers.
Do you agree with this list? We think some important things are missing, such as not adjusting full-length sizing dies properly. This can cause the shoulder to be pushed back too far (or not far enough). Another common mistake is using brass that is worn out, i.e. stretched in the case-head area from multiple cycles of hot loads. We also think the #1 error a reloader can make is using the wrong powder altogether. That can be a fatal mistake. See what happens when you load pistol powder in a rifle.
Jim Borden, the very knowledgeable owner of Borden Accuracy, provided an interesting historical insight about barrel fitting and the term “blueprinting”. Jim has posted on his Borden Accuracy Facebook page an explanation of the term “blueprinting” as it originally was used with respect to barrel/shoulder/lug fitting.
Barrel/Shoulder Fit and Blue-Printing
Jim told us: “Something often overlooked on barrel installation is the shoulder fit. Many are so overly obsessed with doing a crank-on fit of threads that the shoulder contact is overlooked. Full, solid barrel shoulder to recoil lug or action face is critical to optimum accuracy and precision.
Many years ago part of the ‘blueprinting’ of an action was the use of Prussian blue to ‘blueprint’ lug fit, thread fit, and barrel shoulder fit. It was a colloquial expression that had nothing to do referring to a blueprint or drawing of the action.” Bet you didn’t know that!
About the photo below, Jim noted: “the fuzzy look on the threads is a liberal coating of Never-Seez thread lubricant.”
Look carefully to see the Prussian Blue applied to the barrel shoulder, plus Never Seez on threads.
This article is part of Sinclair Int’l Step-By-Step Reloading Series. Most of the products mentioned in this article are sold through Brownells.com.
by Roy Hill, Brownells/Sinclair Copywriter
Making your own precision handloads is a meticulous journey with many steps, many important matters to consider, and many sets of measurements to calculate. For those who pursue the perfect group, the highest score, the really long accurate shot, the rewards more than outweigh the effort. Choosing the right cases, deburring the flash holes, making the primer pockets uniform, trimming the cases, and lubricating them are all familiar – and critical – steps along the journey. And now that your brass preparation is complete, you are at last ready to start running the cases through your press and fill them with primers, powder, and bullets. The very first die the brass encounters is the sizing die. You insert the case, work the press’s lever to return the case to its correct pre-fired dimensions – and the journey continues.
There are three types of sizing dies to think about: neck, full-length, and small base. All three have specific benefits and potential drawbacks, and you should choose the type of die you use by thinking very carefully about what kind of shooting you plan to do with your handloads. No matter which type you select, most sizing dies will also punch out the old spent primer with some sort of decapper assembly that uses a hardened steel rod. Many types of sizing dies use an expander ball inside the die to make sure the neck of the case will accommodate a bullet after being sized. With some size dies, the expanders are easily removable and interchangeable, letting you get exactly the neck tension you want. When sizing cases (neck of full-length), rifle cases always need lube.
Neck-Sizing Dies Neck-sizing dies resize only the neck of the case. The benefit of sizing only the neck is that the brass is “worked” very little, reducing the amount of changes to the brss. [We recommend full-length sizing for all applications after the first couple of firings, and semi-auto brass should be full-length sized every time!] Sinclair recommends that neck-sized-only cartridges should not be used any in other rifle besides the one they were originally fired from [unless they are also FL-sized], or in any action other than a bolt-action.
Full-Length Sizing Dies
Full-length sizing dies resize the full length of the case, not just the neck. Full-length sizing helps create handloads that will function in any rifle, not just the one from which the cases were originally fired. The potential downside of full-length sizing is that it may shorten case life because it works the brass more than neck sizing. But it’s possible to “tune” today’s full-length sizing dies so they barely work the brass at all, as this article by Sinclair Reloading Tech Ron Dague shows.
Illustration Shows How a Full-Length Sizing Die Works
Another way to reap the benefits of full-length sizing is to use Redding’s full-length bushing dies, which size the full length of the case but use a system of interchangeable bushings that enable you give the case neck the bare minimum of resizing needed. To see how finely adjustable bushing dies are, and how they resize the case while fully supported, CLICK HERE for Video. The neck bushing helps you precisely control the neck tension to help increase the consistency and accuracy of your handloads.
Small Base Dies
A Small Base Die is another type of full-length sizing die, but one that is typically used when reloading for semi-automatic rifles, like the AR-15, M14, or AR-style .308 rifles. (It may also work well for bolt guns that need extra sizing on the lower section of the case.) A small base die works exactly like a full-length sizing die, only it compresses the brass just a bit more, usually about .001″ more, and may even push the case shoulder back just a hair. Small base dies give that extra bit of compression to the brass to help make sure the case will properly extract from a semi-automatic firearm. The upside is that you get handloads that should work flawlessly in your semi-automatic. The downside is case life may be shortened as compared to brass used only in one bolt-action rifle, because the brass is worked more.
Shoulder Bump Gauges
A handy tool for setting up your full-length sizing dies as close as possible to your rifle’s chamber is a shoulder bump gauge. The bump gauge lets you resize the case as little as possible, to extend case life and help your handloads fit your rifle almost like a neck-sized only die. You use deprimed cases fired in your rifle and bump gauge inserts to help you set up the die so it resizes the case only about .001″ to .004″, depending on what type of rifle you’re shooting.
Video shows how to use a shoulder bump gauge to set up your full-length dies
Article Find by EdLongrange. We welcome reader submissions
There are many products used successfully for case lubrication for case sizing. And for neck-turning a variety of lubricants are favored. The video above explains the basics of case lubrication with die wax, and spray lubricants. Below we mention three products that have proven very effective. For cases that have a close fit to your chamber via custom FL dies, Ballistol works well and is easy to apply and remove. For neck-turning, some of our Forum members have had great success with some automotive lubricants.
Three Good Lubricants You May Not Have Tried Before If you’re using a body die or a full-length sizing die, try using Ballistol (in the aerosol can) as a lube. It works GREAT without the tacky or gooey residue left by most case lubes. It will also clean off carbon residues on the neck as you lube the case. Just spray a little on a cotton patch (or your fingertips) and wipe each case before you run it up into the die. If you are using a steel neck bushing, be sure to wipe the neck as well. You can usually do a half-dozen BR-sized cases before you need to re-apply Ballistol on the patch. Ballistol is non-toxic, bio-degradeable, and will not harm your skin. It is very slippery, but can easily be removed with a rag or paper towel. Try it–you may retire your One-Shot. Ballistol can also be used to protect wood stocks.
Note, for heavy case-forming or necking up case necks, we still recommend a thicker lubricant, such as Imperial Die Wax. But for normal case sizing, after your neck has been expanded, Ballistol will do the job, and you won’t need to tumble the brass afterwards. All you need is a very thin layer of Ballistol, and this easily wipes off with a paper towel.
For Neck-Turning, Try STP Blend or Assembly Lube
For lubing the neck-turning tool mandrel while turning case necks, many folks use a blend of STP® Oil Treatment and Mobil 1 lube. Chuckw2 reports: “Try STP and Mobile 1 Synthetic oil in a 50/50 mixture. Very slick, you will need to tumble your cases after turning.” STP is a very thick lubricant, that flows and clings almost like honey. Jason reports the STP blend comes off easily in an ultra-sound bath, using a bit of detergent. At many retailers, STP is also available in a convenient 7-ounce tube, so you don’t have to buy a large bottle.
Another even cheaper option is assembly lubricant. For turning his case necks, RStreich uses assembly lube from an auto parts store. He notes: “The brand I have is reddish in color and kind of sticky like honey. It’s far better than the Imperial die wax I was using before.” There are a variety of types, both with and without moly additive, and you can select the viscosity you prefer if you sample a few brands. Be sure to clean out any lube residue from the inside of your necks when you have completed your neck-turning.
The USAMU has published a “how-to” article about bullet sorting. While many of us may sort bullets by base-to-ogive length (and/or weight), the USAMU story explores the “how and why” of sorting bullets by Overall Length (OAL). Read the article highlights below, and make your own decision as to whether OAL sorting is worth the time and effort. Bryan Litz of Applied Ballistics says that sorting by OAL is not a bad idea, but base-to-ogive bullet sorting probably represents a better investment of your time.
Bullet Sorting by Overall Length
We’d like to share a specialized handloading technique which we’ve long found beneficial to our long-range (600 yards and beyond) accuracy. Sorting of bullets for extreme long range (LR) accuracy is not difficult to do, but some background in theory is needed.
Here at USAMU’s Handloading Shop, we only sort individual bullets for the most demanding Long-Range applications and important competitions. Only the most accurate rifles and shooters can fully exploit the benefits of this technique. The basic sorting process involves measuring the Overall Length (OAL) of the bullets, and grouping them in 0.001″ increments. It’s not unusual to find lots of match bullets that vary as much as 0.015″-0.020″ in length throughout the lot, although lots with much less variation are seen as well. Even in bullet lots with 0.015″ OAL variation, the bullet base-to-ogive length will show much less variation. Hence, our basic sort is by bullet OAL. One obvious benefit of sorting is easily seen in the attached photo. The few bullets that are VERY different from the average are culled out, reducing probable fliers.
How does one know what OAL increments to use when sorting? The answer is simple. As each lot of bullets is unique in its OAL distribution, it’s best to sample your bullet lot and see how they are distributed. In the attached photo, you will see a set of loading trays with a strip of masking tape running along the bottom. Each vertical row of holes is numbered in 0.001″ increments corresponding to the bullets’ OAL. A digital caliper makes this task much easier. As each bullet is measured, it is placed in the line of holes for its’ OAL, and gradually, a roughly bell-shaped curve begins to form.
Note that near the center, bullets are much more plentiful than near the edges. At the extreme edges, there are a few that differ markedly from the average, and these make great chronograph or sighting-in fodder. We recommend using a sample of 200 bullets from your lot, and 300 is even better. Some bullet lots are very consistent, with a tall, narrow band of highly-uniform bullets clustered together over just a few thousandths spread. Other lots will show a long, relatively flat curve (less uniform), and you may also see curves with 2 or more “spikes” separated by several 0.001″ OAL increments.
Bullet Sorting — OAL vs. Base-to-Ogive vs. Weight
Expert advice from Bryan Litz, Applied Ballistics
I’m often asked what is a the best measure to sort bullets by, and the answer (to this and many other questions in ballistics) is: it depends.
Choosing to sort by overall length (OAL), base to ogive (BTO), bearing surface, weight, etc. can get overwhelming. Shooters typically look for something they can measure, which shows a variation and sort by that. It’s common for dimensional variations to correlate. For example, bullets which are longer in OAL are typically also shorter in BTO, and have longer noses. All these are symptoms of a bullet that was pushed a little further into the pointing die, or possibly had more than average lube while being swaged. So in essence, if you sort by BTO, you’re measuring one symptom which can indicate a pattern in the bullets shape.
So, the question still stands — what should you measure? You’ll always see more variation in OAL than BTO, so it’s easier to sort by OAL. But sometimes the bullet tips can be jagged and have small burrs which can be misleading. Measuring BTO will result in a lower spread, but is a more direct measure of bullet uniformity.
Then there’s the question of; how much variation is too much, or, how many bins should you sort into? Shooters who see 0.025” variation in BTO may choose to sort into 5 bins of 0.005”. But if you have only 0.005” variation in the box, you’ll still sort into 5 bins of 0.001”. What’s correct? You have to shoot to know. Live fire testing will answer more questions, and answer them more decisively than any amount of discussion on the subject. The test I recommend is to identify bullets on the extreme short end of the spectrum, and some on the extreme long end. Load at least 10 rounds of each, and take turns shooting 5-shot groups with them. If there is a difference, it will be evident. The results of the testing will answer your question of: should I sort based on X, Y, or Z?”
You can read more discussions on this and other similar subjects in our Accurateshooter.com Shooters’ Forum. Here’s a link to a thread discussing bullet sorting: Bullet Sorting Thread
The CMP M14 Heritage Match was held Sunday, August 3, 2025 at the Viale Range at Camp Perry.
M1A rifles at M14 Heritage Match at Camp Perry Shooting USA TV has a good show this week featuring the M14 Heritage Match at Camp Perry, Ohio. One of most popular matches held during the CMP National Matches at Camp Perry, the Franklin Armory M14 Heritage match features M1A rifles, which are a modern, semi-auto version of the M14. The 2025 M14 Heritage Match was held Sunday, August 3, 2025, at the CMP 2025 National Rifle Matches.
Shooting USA SHOW TIMES: This Shooting USA Episode airs Wednesday, November 12, 2025 at 9:00 PM Eastern and Pacific; 8:00 PM Central. If you miss the regular broadcast, you can stream the show online at any time on Vimeo for $0.99 per episode.
History of the M14 Heritage Match and Springfield M1A Match
The Franklin Armory M14 Heritage Match, previously the Springfield Armory M1A match, began with one man’s concept. Springfield Armory’s Mike Doy witnessed the waning of classic M1 Garand and M1A rifles from the competitive High Power firing lines. “I really wanted to get those M1A rifles out of safes and closets and back out onto the field. So [in 2008] I promoted the idea of running an M1A-specific match at Camp Perry. That first year we had over 600 competitors and spectators.”
Take the time to WATCH this 3-minute video. It has great match footage of Camp Perry and interviews with M1A competitors. Well worth watching!
M1A Competition at Camp Perry National Matches
For many years, the semi-auto version of the M14 was “top dog” in iron sights Service Rifle competition. Now that discipline is dominated by .223 Rem (5.56×45) AR-type rifles, but the bigger .308-caliber rifle, now sold as the M1A, remains popular and is the star of the popular “M14 Heritage Match”.
Dick Jones reports that accurized M14/M1As could post remarkable scores: “The accuracy potential of the M14/M1A is unquestionable. During their reign as service rifles, they produced multiple perfect 200 scores at 600 and 1000 yards in the hands of top shooters. This is a difficult feat with a modern, scoped, magnum-caliber rifle and remarkable with an iron-sighted battle rifle. Good competition rifles can group 10 shots under one MOA, and the meticulously-massaged rifles used by the top shooters during my career would consistently put up 10 shots under an inch at 200 yards off a test cradle.”
M1A Match Equipment Rules and Course of Fire
Renewed interest in the M1A led to the first dedicated Camp Perry M1A match in 2008. That first-ever match drew over 500 shooters. Match equipment rules allow pretty much all types/grades of M1As. The one-day course of fire consists of 50 shots at 300 yards on the NRA MR-65F target, as follows: 5 sighters; 20 shots slow-fire prone; 10 shots rapid-fire prone; 10 shots rapid-fire, kneeling or sitting; and 10 shots slow-fire standing. Here are photos from the 2014 MIA match, courtesy NRA General Operations.
Thanksgiving is Thursday, November 27th this year. Looking for culinary inspiration for your holiday gatherings? The NRA Blog offers three special (and delicious) Wild Game Recipes for your family feasts:
Honey Mustard Planked Wild Turkey Breast
Mushroom-Stuffed Wild Boar Roast with Black Truffle Sauce
BBQ Brined Pigeon
These recipes come from some of the country’s best chefs, and they all seem mouth-watering. You’ll find a full list of ingredients plus step-by-step cooking tips.
One of the many advantages to hunting is the assortment of game you can gather that lasts for an extended period of time. Just because it’s Thanksgiving doesn’t mean you have to stick with a whole turkey from the store and a ham hock.
We have three unique spins on wild game recipes that will suit your dining table perfectly. Even if you’re one of those hunters who enjoys a quick hunt the morning of Thanksgiving, these recipes will make your holiday more delicious than ever. — NRABlog.com
And for those folks who hope to harvest their own gobbler for the Thanksgiving holiday, here is a special NRA Turkey target that can help you hone your turkey-hunting skills.
GetZone.com offers a turkey hunting video with expert guidance on Turkey hunting, specifically stalking and shot placement: “When it comes to shotgun hunting, you don’t want to get BBs in the meat, so the most common (and lethal) shot with a shotgun is a headshot.”
This photo is from GetZone.com, a website that provides information on shooting and hunting. CLICK HERE to watch a GetZone video on turkey hunting. Work Warning: When you click photo, a loud audio track may start immediately, so turn down the audio volume.
Matt Emmons competed in the Three-Position Event at the Rio Olympics, his fourth Olympic appearance. Matt has competed on the U.S. National Team since 1997, medaling in three Olympic games: Gold in 2004 in Men’s 50m Prone; Silver in 2008 in Men’s 50m Prone; and Bronze in 2012 in Men’s 50m 3X40. Although his specialty is Men’s 3-Position rifle, Emmons’ World Championship and Olympic Gold are in Men’s 50m Prone. He usually shoots an Anschütz or Bleiker .22LR rifle, with Eley Tenex ammo.
Barrel/Shoulder Fit and Blue-Printing
Neck-sizing dies resize only the neck of the case. The benefit of sizing only the neck is that the brass is “worked” very little, reducing the amount of changes to the brss. [We recommend full-length sizing for all applications after the first couple of firings, and semi-auto brass should be full-length sized every time!] Sinclair recommends that neck-sized-only cartridges should not be used any in other rifle besides the one they were originally fired from [unless they are also FL-sized], or in any action other than a bolt-action.
If you’re using a body die or a full-length sizing die, try using Ballistol (in the aerosol can) as a lube. It works GREAT without the tacky or gooey residue left by most case lubes. It will also clean off carbon residues on the neck as you lube the case. Just spray a little on a cotton patch (or your fingertips) and wipe each case before you run it up into the die. If you are using a steel neck bushing, be sure to wipe the neck as well. You can usually do a half-dozen BR-sized cases before you need to re-apply Ballistol on the patch. Ballistol is non-toxic, bio-degradeable, and will not harm your skin. It is very slippery, but can easily be removed with a rag or paper towel. Try it–you may retire your One-Shot. Ballistol can also be used to protect wood stocks.
For Neck-Turning, Try STP Blend or Assembly Lube
Another even cheaper option is assembly lubricant. For turning his case necks, RStreich uses assembly lube from an auto parts store. He notes: “The brand I have is reddish in color and kind of sticky like honey. It’s far better than the Imperial die wax I was using before.” There are a variety of types, both with and without moly additive, and you can select the viscosity you prefer if you sample a few brands. Be sure to clean out any lube residue from the inside of your necks when you have completed your neck-turning.
