Repeated firings at stout pressures can cause primer pockets to grow in diameter. This can create an unsafe condition if your primers are not seating properly. Are your primer pockets “good to go”, or have they been pushed to the point of no return? Do you really know? Many guys try to gauge primer pocket tightness by “feel”, as they seat the primer. But that method isn’t precise. Now there’s a better way…
The folks at Ballistictools.com have created a handy set of precision-machined gauges that let you quickly and accurately check your primer pockets. These gauges are offered in two sizes — for large and small primer pockets. A two-piece set of both large and small gauges costs just $19.99. These gauges let you quickly measure the depth of a primer pocket, and check if the crimp has been removed properly. Most importantly, the gauge tells you if the primer pocket has opened up too much. One side of the gauge has an enlarged diameter plug. If that “No-Go” side fits in the primer pocket, you should ditch the case — it’s toast.
Precision ground from O-1 tool steel, these primer pocket gauges serve multiple functions. The inventor of these tools explains:
I created the prototype of this tool for my own use in brass processing. I needed a way to quickly and easily measure primer pockets that was reliable and did not require wasting a primer. This tool has been indispensable for me and I would never go back to the old method of uncertainty and guessing.
One side of this gauge is the “go” side which quickly tells you the depth of a primer pocket, whether any crimp is properly removed, and whether the primer pocket is loose. If it feels loose on the “go” side, use the other end of the tool, the “no go” side, to test to see if the primer pocket is too loose to hold a primer. If the no-go slides into the pocket, then you know to junk that brass.
Product tip from Boyd Allen. We welcome reader submissions.
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The science behind annealing during the manufacture of new cases is well-established. What happens after that, when we repeatedly reload and anneal those same cases, has always been somewhat of a “dark art”. To help separate scientific fact from fiction, the creators of the Annealing Made Perfect (AMP) Annealer machine have conducted detailed studies of cartridge brass. The AMP Team’s studies offer some remarkable insights, while disproving a number of myths about annealing. Will annealing tighten your groups? The evidence of these studies shows it could.
The test results are fascinating. The team compared brands of brass, sectioning brass to examine both alloy composition and thickness from case mouth to case-head (bottom). They also examined how carbon build-up affects next tension. And they determined how brass changes over multiple loading cycles. They even did a series of bullet-pull tests to analyze factors affecting neck tension. Here are some of the key subjects in the reports:
Brand by Brand Analysis — How the cartridge brass alloy varies among different manufacturers. Bullet Release and Neck Tension — Tensile Bullet-Pull tests show factors affecting neck tension. Neck Tension and Carbon — How carbon build-up inside the neck affects “neck tension”. SS Tumbling and Hardness – How tumbling with stainless media affects brass hardness. Case Cleaning (Ultrasound and Tumbling) — How case cleaning affects annealing. Multiple Loadings — How brass performs when annealed every reload over 10+ cycles.
You really should read the reports — there are some fascinating revelations. The AMP team made longitudinal sections of various cases to show different case wall thicknesses and head geometry. These examples also show how the hardness of the case varies from the case mouth to the case-head. Both virgin and used, annealed cases were examined.
Bullet-Pull Tests — Using advanced tensile test equipment, AMP experimented with different combinations of dies, reloading sequences, and neck hardness to ascertain the best practice.
Carbon Inside Your Case-Necks May Be a GOOD Thing
AMP’s testers found carbon in necks can be beneficial: “Even with identical interference fit and neck hardness, as the carbon layer increased (microscopically), the force to draw the bullet decreased. It would appear the carbon acted as a lubricant. Interestingly, the [pull force] standard deviation also improved, i.e. the case to case variation in the force required to draw the bullets decreased.”*
Read the Full Test Reports
The AMP team’s objectives were to clarify some misconceptions on just what annealing does and does not do, and also to establish the best practices for consistent results. They have consulted with three independent certified metallurgy laboratories to produce some definitive information. So far, the Stage 1 and Stage 2 reports have been released. The studies include a report on the general physical properties of cartridge brass, including grain structures, hardness scales, time/temperature annealing information, and what can cause de-zincification.
The FULL REPORTS, including comprehensive appendices, are found here:
Examining Different Brands of Brass — What the Tests Revealed
Is Lapua brass harder than Norma? Is Lake City better than Remington? You’ll find answers to these and other questions in AMP’s annealing studies. One of the key findings in Stage 2 of Amp’s research is that brass from different manufacturers does vary in the distribution of material in the walls of the case.
Stage Two Conclusions:
— Different brands of the same cartridge cases can require different annealing power settings due to differing case wall thickness in the neck and shoulder region. The greater the mass of brass to be annealed, the greater the power requirement. Lot to lot variation within the same brand can occur for the same reason.
— The bushing die used in this set of tensile bullet pull tests gave significantly more consistent results than the standard neck die with expander ball.
— Cases should be annealed every reload in order to get the best repeatability.
Case Variations: Brand to Brand, and Lot to Lot
Here is a sample from AMP’s test report:
Analyzing Different Brands of Brass
In our Stage One report, we demonstrated that there is insufficient variation in alloy composition between brands to account for the variations we experience when annealing different brands of the same cartridge case. We therefore sought to confirm that it is the mass of brass to be annealed which accounts for the difference. Below are sectioned samples of four different brands of .223 Remington cases.
Both the Lapua and Norma neck walls are 314* microns (0.01236”) at the mouth. The Lapua neck wall thickens to 348 microns at the junction of the neck and shoulder, and the Norma neck thickens to 325 microns. Through the shoulder, however, the walls of both cases thicken to 370 – 380 microns. Once past the shoulder, they both taper back to 314 microns, before starting to thicken again, moving towards the case head.
The Lapua case requires AMP Program 47 to anneal correctly. It is the heaviest of the four cases tested through the shoulder region. The Norma case, which is only slightly lighter through the same region, needs Program 43.
The Remington case is very similar to the Lapua and Norma cases in the neck region, but it actually thins fractionally through the shoulder and front section of the body. The AMP program setting for Remington 223R is P32.
The Lake City case is the thinnest throughout of all four samples. It only requires Program 28.
The above samples clearly demonstrate that the mass of brass to be annealed is critical to the power requirement for correct annealing.
To see how the AMP Induction Annealing Machine works, watch this video:
* However, in Stage Two of AMP testing, the testers experimented with clean, carbon-free necks with dry lube. There was some indication of greater tensile pull consistency with dry-lube, but AMP plans to do more testing.
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Lapua offers a sophisticated FREE Ballistics App for iOS and Android smartphones and mobile devices. This state-of-the-art App has many great features — much more than you’d expect for a free App. If you do much shooting past 300 yards, or use a wide variety of bullets and/or cartridge types, we recommend you download the App and give it a try. This article, written by a Lapua technician, explains how to use the App. This article is definitely worth reading — there are many important concepts and procedures discussed here that apply to all Ballistics calculators, not just the Lapua App. For more details, read the Lapua Ballistics App User Manual.
Article by Matti Paananen
As smartphones and tablets are constantly developed, ballistic software and Apps are also improving, and with their help our ability to hit targets can improve significantly. This is a short introduction on why and how to use a ballistic calculator, namely the Lapua Ballistics App, and a few pointers that will help you use the App effectively.
Ballistics software and Apps are designed to help shooters and hunters make calculations to hit distant targets or take down game in the field by offering ballistic solutions. Lapua Ballistics is the first App utilizing the 6DOF calculation model.
Toying around with ballistics apps is always fun, but effective use of ballistic software requires general understanding of how they work. The App gets information from the user and by using mathematical formulas it provides the solution that will give the user a solid starting point to hit the target.
However, it is also important to remember that the App can’t think — it only calculates a solution based on your parameters. You will not know the error until you have already fired the shot.
1. SET UP YOUR SCOPE RETICLE AND RIFLE
Scope manufactures use different units per click, so it’s important that you use the correct unit in the App. For example, in your scope, one click can be 0.1 mil, 1/4 MOA, [or 1/8 MOA depending on the model]. You can find this information in your scope manual and also usually from the scope turrets. Setting your scope reticle is very important, partly because if you use the wrong unit in the App, the ballistic solution will not match your scope. To set up your scope reticle in Lapua Ballistics, go to Manage Rifle / Cartridge Data –> Add Rifle Cartridge Data (or choose to edit a Rifle/Cartridge combo you’ve already set up) –> Reticle –>.
Another thing to setup in Lapua Ballistics is your scope height, i.e. Line of Sight to Bore in the Manage Rifle / Cartridge Data window. This is the distance between the center of the scope and the center of the bore. The default height is 45mm but with tactical rifles, the height can be even 70mm. So check! The height is easy to measure with a ruler. Then there’s also the twist rate of your rifle to set up — look it up in the rifle manual, it can also be stamped on the rifle barrel. The rifle twist rate is needed to calculate spin drift and bullet stability. Spin drift should be taken into account with longer distances, and it can be enabled or disabled in Lapua Ballistics.
2. SET UP YOUR BULLET CHOICE
You can add your bullet of choice from the bullet library, where you find all Lapua bullets. It is also possible to add information manually. In this case, you will need bullet weight, the ballistic coefficient BC and muzzle velocity. The Ballistic coefficient can be given in G1 or G7 values. G7 is designed for low-drag bullets with a boat tail and G1 is used for more traditional flat base bullets. Lapua on the other hand uses Doppler radar-based data to calculate a more accurate ballistic trajectory for Lapua bullets by 6DOF model. Anyway, it is good to remember that the ballistic coefficient changes with velocity, so all changes in a flight path cannot be predicted.
The following thing you will need to set up is the bullet’s actual muzzle velocity. You can reverse engineer the number based on your drop or by using a chronograph. It is good to remember that more rounds you shoot, the better average velocity you will get.
Because temperature affects muzzle velocity, it would be good to shoot velocities in different temperatures and write them down. Those notes can be used with Lapua Ballistics as it is possible to set up the powder temperature variation in the App.
3. SET UP WEATHER CONDITIONS
Lapua Ballistics has settings for temperature, air pressure, and humidity. All these affect the ballistic solution and the chance to hit the target. In a nutshell, temperature affects the powder’s burn speed and in that way the bullet velocity. Air pressure and humidity also affect bullet drag.
If you are shooting approximately on sea level, you do not need to change air pressure values, but if you are shooting or hunting in mountain areas or where there is lot of elevation difference, you might want to check the air pressure. On sea level, the atmospheric pressure is 1013 hPa. The higher you go, the less air pressure you will have and thus less bullet drag. Some like to use handheld weather and wind meters that have a function to get actual air pressure and humidity, however the Get Current Weather function in Lapua Ballistics will give you the air pressure reading from your local and most close weather station, provided that your app is allowed to use your location data.
Temperature is an important variable. To understand how velocity change in different temperatures, only way is to shoot and keep notes. Some ballistic software and apps have values for muzzle velocity in different temperatures. The user needs to input muzzle velocity in different temperatures in order to software to calculate the effect. More velocities in different temperatures the user adds, the more accurate the calculation will be.
4. SET UP A BALLISTIC SOLUTION
After we have set up our own rifle / cartridge data, there are few things that need to be taken into account when shooting: the distance to the target, the wind and our shooting skills. Distance can be measured for example with a laser rangefinder and then put in. Wind can also be measured with a wind gauge but it is important to remember that the wind in the target area can be very different from that in the shooting position. Lapua Ballistics gives a ballistic solution based on stationary wind, so in the end, the shooter’s task is to estimate how much the wind factor will be.
It’s good to remember that Lapua Ballistics is a starting point and designed to assist the shooter. Software and apps have ways of helping us adjust the sight and predict the ballistic solution but they will not replace the shooter. We still have to pull the trigger and record our range data. By keeping good range notes and with the support of good ballistic software like Lapua Ballistics, we should be able hit in all environments.
Watch Video for Explanation of Lapua Ballistics App Features
Article Find by EdLongrange. We welcome reader submissions
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Even with high-quality brass from Lapua, Norma, and RWS, occasionally you may find one or two cases per box which have a small flake or obstruction in the flash-hole. This will appear like a thin crescent on one side of the flash hole (see photo). You should inspect ALL new brass before loading to identify any pieces with a partially-obstructed flash hole. It’s a good idea to remove any flake or thin crescent left as an artifact of the flash-hole forming process. Because the flash-hole itself is normally centered and of the correct diameter, it is not necessary to ream the flash-hole to a larger diameter. All you really need to do is remove the small obstruction(s). This can be done quickly with inexpensive tools.
Use a Small Pin Vise to Remove Flash-Hole Obstructions
Folks have asked if there is a tool that can remove obstructions from a Lapua small, BR-sized flash hole without opening the hole size. The Lapua PPC/BR flash hole is spec’d at 1.5mm, which works out to 0.059055″. Most of the PPC/BR flash-hole uniforming tools on the market use a 1/16″ bit which is nominally 0.0625″, but these often run oversize — up to 0.066″.
If you want to just clear out any obstructions in the flash hole, without increasing the flash hole diameter, you can use an inexpensive “pin vise” with an appropriate drill bit. For $0.99, eHobbyTools.com sells a 1.5mm drill bit, item 79186, that matches the Lapua flash hole exactly. Other vendors offer a #53 pin vise drill bit that measures .0595″ or .060″ (depending or source). An 0.0595″ bit is close enough. You can find pin vises and these small-diameter drill bits at hobby stores.
For quite some time, Sinclair Int’l has sold a similar device for small (PPC and BR-size) flash holes. Like the 07-3081 unit for large flash holes, the 073000 Reamer for small flash holes works from the outside, so it can index off the primer pocket. It reams to .0625″, and also costs $39.99. The standard dimension for Lapua 220 Russian and 6mmBR flash holes is 1.5mm or .0590″. This tool will permit standard-size decapping rods with .0625″ tips to work without binding. However, note that both Forster and Redding normally supply .057″ decapping pins with their PPC and BR dies. So, it is NOT necessary to ream your Lapua BR/PPC flashholes, unless you prefer to do so for uniformity. It IS, however, a good idea to check BR/PPC flash holes for burrs before loading the first time.
NOTE: If you purchase either the 073081 or 073000 Sinclair Flash Hole Reamer tools, we recommend you mic the cutter tip before you process a bunch of cases. Sometimes a tip comes through that is oversize. This will ream the flash holes larger than you may intend.
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Lapua Scenar-L bullets are superb. We have found these bullets to be extremely consistent in weight and base to ogive measurement. In fact some of the first 6mm Scenar Ls were probably the most consistent factory bullets we’ve ever measured. Scenar-L bullets also shoot great. We have a couple 6mm barrels that prefer Scenars over any other bullet type, including custom projectiles. We think serious shooters owe it to themselves to try a box of Scenar-Ls for their favorite match rifle. And now .224, 7mm (.284), and .308 caliber shooters have the opportunity to grab some great Scenar-Ls for an amazingly low price. Right now Grafs.com is running a SALE on select Scenar-Ls in .224, .284, and .308 calibers. These are priced 46% Off, saving you up to $26.00 per 100-count box!
You better act soon, quantities are limited. We expect the 180gr 7mm Scenar-Ls will sell out right away, followed by the 220gr .308 Scenar-Ls shortly thereafter. These are both outstanding choices for F-class and long-range competition.
Some major players in the shooting world — Lapua and Berger Bullets, have joined forces under the Nammo AS umbrella. And now, along with Vihtavuori and SK, these businesses will be operated together as Capstone Precision Group, LLC. And Capstone will soon have a new facility in Missouri. A new 30,000-square-foot logistics center has been leased in Pettis County, outside Sedalia. From here, products will be sent to dealers and wholesalers throughout the USA. Capstone Precision Group will invest almost $1 million to launch the new facility.
Missouri’s Governor welcomed Capstone: “Capstone Precision Group’s decision to grow its business in Missouri is great news for families in rural Pettis County. This new distribution center means new quality jobs for hard working Missourians,” said Gov. Eric Greitens. “We’re grateful to Capstone Precision Group for recognizing that Missouri is open for business and our people are ready to work.” LINK: Missouri Department of Economic Development.
NEW Logistics Center for Capstone Precision Group
Nammo AS, an international aerospace and defense company headquartered in Norway, announced that the newly-formed Capstone Precision Group LLC will launch its U.S. logistics center in Pettis County, outside Sedalia. This facility will be the U.S. logistics center for Capstone Precision Group’s four commercial ammunition brands — Lapua, Berger, VihtaVuori, and SK. Additionally, ammunition, components, and smokeless powder will be imported from Finland and Germany and distributed in the U.S. and also exported, while projectiles from the company’s Mesa, Arizona, location will be shipped to Missouri for packaging and distribution.
Folks have asked if there is a tool that can remove obstructions from a Lapua small, BR-sized flash hole without opening the hole size. The Lapua PPC/BR flash hole is spec’d at 1.5mm, which works out to 0.059055″. Most of the PPC/BR flash-hole uniforming tools on the market use a 1/16″ bit which is nominally 0.0625″, but these often run oversize — up to 0.066″.
If you want to just clear out any obstructions in the flash hole, without increasing the flash hole diameter, you can use an inexpensive “pin vise” with an appropriate drill bit. For $1.00, eHobbyTools.com sells a 1.5mm pin vise bit, item 79186, that matches the Lapua flash hole exactly. Other vendors offer a #53 pin vise bit that measures .0595″ or .060″ (depending or source). An 0.0595″ bit is close enough. You can find pin vises and bits at hobby stores.
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Ed Connors placed three consecutive shots all on target at 2160 yards for a sub-3/8 MOA group. Wow.
Amazing shooting — that’s how we’d describe what Ed Connors accomplished recently with his Speedy-built .338 Lapua Magnum LR rifle. Ed nailed a 3-shot group at 2160 yards that would be great at 1000 yards. Check out the target above. Now consider that the shooter was a full mile PLUS 400 yards away. That is truly remarkable accuracy.
At this distance, 2160 yards, one MOA is 22.61″. This three-consecutive-shot group, measuring about 8 inches, works out to less than 3/8 MOA. Think about that — most guys would be elated to shoot 3/8 MOA at two hundred yards. Ed did that at over two thousand yards!
That takes a great rifle, as well as great ammo. Ed says: “I believe in loading like a benchrest shooter to achieve these ultra long-range shots”.
Gunsmith Thomas “Speedy” Gonzalez writes: “Anytime you build a customer a rifle to work out beyond the 1000-yard mark you must work hand-in-hand with your customer and explain everything you are doing to ensure performance at distances most shooters never even contemplate (except in their dreams).
Ed was involved in all aspects of the projects from the reamer print to what we needed for both single-shot work and mag-fed function in timed competition. This was Ed’s very first work-out with his reborn Surgeon-actioned .338 Lapua Magnum. He did great to say the least!”
Pretty Darn Good at One Mile as Well…
While “tuning up” for his 2160-yard session. Ed also produced some very impressive results at one mile (1760 yards). Once he got “dialed in” he delivered three shots you can cover with the palm of your hand. That’s spectacular consistency at one mile.
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The 2017 Berger Southwest Nationals (SWN) are now history. This was a great match, with extremely close competition, and record-setting scores. For the first few days, conditions were very mild. That allowed the “top guns” to shoot “cleans” and even set a few new National records. In individual competition, there were familiar faces among the Top Ten, but also some rising stars. In the F-Open and Sling team events, two new squads topped some of the experienced “all-star” teams. Overall it was a great match — one of the most tightly contested ever. Even with 400 competitors, everything ran smoothly. For those who attended the 2017 Berger SW Nationals, this has been a truly memorable week at Ben Avery. F-Open and F-TR Final Results Posted HERE.
This is our final Berger SW Nationals video for 2017, with interviews with the three class winners: John Whidden (Sling), David Gosnell (F-Open), Donald Erpenbach (F-TR).
Top Five Competitors in Each Class
SLING
John Whidden, 1248-84X
Adrian Harris, 1243-74X
Allen Thomas, 1242-65X
Justin Skaret, 1242-59X
Erik Rhode, 1241-59X
F-OPEN
David Gosnell, 1247-84X
Jay Christopherson, 1246-74X
Keith Glasscock, 1245-79X
Pat Scully, 1243-71X
Dan Bramley, 1243-70X
F-TR
Donald Erpenbach, 1230-53X
James Crofts, 1225-43X
Alan Barnhart, 1224-32X
Ian Klemm, 1222-55X
Bryan Litz, 1222-49X
Bryan Litz congratulates Sling winner John Whidden. John is reigning National Long Range Rifle Champion.
Below are SWN F-Open Champion David Gosnell (left) and F-TR Winner Donald Erpenbach (right).
Record-Setting Performances in 2017
This year Ben Avery conditions were very good — calm mornings, and little wind in the afternoons for the first three days. With the very calm Day 1-3 conditions, we witnessed some spectacular individual and team performances. Lester Bruno shot a brilliant 200-23X at 600 Yards, setting a new National record. Ian Klemm set a new 60-shot, 600-yard National record of 599-38X. The Cluster Ducks set a new National F-Open Team Record for 800/900/1000 yards with their 1789-100X Score. And the talented North-by-Southwest F-TR squad set both a National Record and an overall SWN match record.
The North-by-Southwest team won the 2017 SWN F-TR team event in fine fashion, setting new National and range records in the process.
And here is Team Longshots, winner of the F-Open Team Title. Individual F-Open Champ David Gosnell is at far right. The winning Sling Team was Scotland Thistle.
Forum Admin Finishes a Very Close Second in F-Open
Hats off to AccurateShooter.com’s very own Systems Admin, Jay Christopherson. A talented tech expert, Jay runs our web servers and manages our Forum software. His skills and dedication keep the Forum running smoothly, even as we approach 35,000 members. Jay shot a brilliant match at Ben Avery this week, finishing second in F-Open, just one point behind F-Open winner David Gosnell. We’re proud of Jay, and we want to recognize his achievement. It’s interesting to note that Jay shot the entire match with the new SEB Mini rest, and he was using a Vortex 15-60x52mm Golden Eagle scope. Here’s a short video of Jay shooting his .284 Win rifle on Saturday.
The show’s over — it’s time to pack up the gear and head on home. We’re already looking forward to the 2018 Berger SWN. See you next year!
Big News for Berger Bullets
Big news in the Industry is that Berger Bullets is becoming part of the Nammo Group, parent of Lapua, Vihtavuori, SK and other companies. This major acquisition will combine Nammo’s resources and advanced engineering with Berger’s match-winning bullet designs and strong focus on competition. Yes, you can expect to see factory-loaded ammunition with Berger projectiles and premium Lapua brass. To learn more about the big Berger/Nammo deal, watch this interview with Berger President Erik Stecker.
Eric Stecker, Berger’s President, says the exact timing of the move has not yet been set, nor has the location been chosen. Arizona is high on the list of potential sites, but Berger is considering other states as well. Once the new factory location is determined, Eric says he expects the move to be completed “by December 2018 at the latest”.
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Berger Bullets is becoming part of the Nammo Group, joining Lapua, Vihtavuori, and SK Ammo. This is big news, as it combines one of America’s leading bullet-makers with a major global enterprise that produces superior loaded ammunition, powder, bullets, and brass. This is potentially a boon for shooters as Nammo’s resources will help Berger increase production capacity, expand its line of products (including loaded ammunition), develop new bullet types, and invest in new, advanced machinery that should increase output and efficiency. In addition, we do expect to see new lines of loaded ammo combining Lapua brass with Berger match bullets. That combo will be tough to beat. Overall, this is a very positive development for Berger which will be able to call upon Nammo’s engineering expertise and advanced production technologies. It’s also a great thing for shooters, who can expect improved availability of the most popular Berger projectiles.
Berger Will Be Leaving California
As part of the acquisition of Berger Bullets by the Nammo Group, Berger plans to relocate its operations, moving its factory from the current Fullerton, California location. Berger will definitely be leaving California in the future.
Eric Stecker, Berger’s President, says the exact timing of the move has not yet been set, nor has the location been chosen. Arizona is high on the list of potential sites, but Berger is considering other states as well. Once the new factory location is determined, Eric says he expects the move to be completed “by December 2018 at the latest”.
In this exclusive AccurateShooter.com interview, Berger President Eric Stecker talks about Nammo’s acquisition of Berger Bullets and explains how that will bring about important positive changes, including increased production capability.
Notice from Berger Bullets
We take great pride and tremendous pleasure in announcing that Berger Bullets has joined forces with the Nammo Group. This Norwegian/Finnish corporation control many premium brands including Lapua (Brass, Bullets, Ammo), Vihtavuori Powder, and SK Rimfire Ammunition.
The joining of Berger Bullets with these world renowned, premium brands ushers in a new era of quality, performance and product availability for the discerning shooter. Today, under the Nammo Group ownership, we join three other companies that share a strong passion and commitment to precision shooting performance. We are very excited to join forces with these premium quality brands, which are committed to precision and quality.
Nammo Resources Will Help Berger Grow
The Nammo Group brings to Berger Bullets a level of support that is rivaled by few and bested by none. Nammo will support us in many areas including production capability expansion, advanced engineering, innovative product development, and the opportunity to share technology between all of these top quality brands.
Our immediate goal is to significantly improve the availability of Berger products. Throughout our history the demand for Berger Bullets has exceeded our capacity even as we’ve grown our output capabilities numerous multiples over the last few decades. Our first obligation to our customers is to improve the availability while we remain committed to our highest level of quality in the industry. Much of what has made Berger Bullets successful will remain unchanged. Bryan Litz is developing more great bullets for Berger and our technicians will still be answering your emails and calls.
Our website will remain at www.BergerBullets.com and all methods of contacts will remain the same for now. As we run across any changes, we’ll make sure we keep you updated on our website and through emails. So please, keep your information current on your email subscription and we promise to keep you posted.
The Nammo Group, www.Nammo.com, supplies high performance products to the aerospace & defense industry. Its core businesses are military and commercial ammunition; shoulder-fired systems; rocket motors; and demilitarization services. Nammo has 2,100 employees located in 12 countries.
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Are you feelin’ lucky? Well here’s your chance to win. Over the next twelve days (through December 23, 2016), Powder Valley is giving away a total of $20,000 worth of products from big name suppliers. That’s an average of $1,667 worth of product prizes every day. This is top-of-the-line stuff, including Powder from Accurate, IMR, Ramshot, and Vihtavuori, Bullets from Berger, Berry’s, Hornady, Lapua, and Sierra, Brass from Lapua, Hornady and Nosler, Ammo from Hornady, Nosler, Lapua, and Silver State Armory. Each day there will be a new set of prizes. Today’s prize is a Hornady reloading press.
It’s easy to qualify to win one of the Daily Giveaway prize packages. Simply visit Powder Valley’s Facebook Page, and make a comment on the featured Daily Giveaway Post. You don’t have to fill out any forms, but you must have a Facebook account so you can comment. Each day the folks at Powder Valley will select winners from among the visitors who commented. Today (Dec. 12th) there will be one winner of the Hornady Press. In days ahead there can be multiple daily winners — as many as 20 to 30 per day. NOTE: You can enter multiple times by commenting on multiple days, but sorry, if you win, you are no longer eligible.
Powder Valley Daily Giveaway
The Powder Valley 12 Days of Christmas promotion starts today, December 12th, 2016. To enter, you must visit the Powder Valley Facebook Page. Once there, scroll down to find the Giveaway of the Day. Today’s Giveaway is a Hornady Press. Look for the post shown below. You need to comment on that post to be entered. Winners will be selected by lottery from those who comment. Each successive day through December 23rd, there will be another product giveaway post.
To be entered in this Powder Valley Contest, you need to go to the Powder Valley Facebook Page and post a Facebook Comment for the Daily Prize story. The give-away for today, December 12th, is a Hornady Lock-N-Load AP Press. NOTE: You need to post your comment on Powder Valley’s Facebook Site, NOT HERE. And you need to comment each day to be entered in that particular day’s contest. To have repeat chances to win you need to comment on multiple days. Got it?
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Here’s great news for mid-size cartridge fans, and especially PRS and tactical shooters. Lapua just announced it will produce 6.5 Creedmoor cartridge brass, which should be available in the first quarter of 2017. This premium-quality brass features a small primer, and 1.5mm flash hole (as found on Lapua’s 6mmBR, 6.5×47 Lapua, and 220 Russian brass). We expect Lapua’s 6.5 Creedmoor brass will set new standards for accuracy and case life for this popular mid-sized cartridge. Of course Lapua’s new 6.5 Creedmoor brass can also be necked down and loaded in 6mm Creedmoor configuration. With the small primer pocket and proven strength of Lapua brass, we think 6.5 Creedmoor shooters will see enhanced cartridge velocities with the ability to maintain tight primer pockets even with very stout loads. And we expect accuracy to be on a par with Lapua’s excellent 6.5×47 Lapua brass. Taken together, this is an exciting product release. Here is Lapua’s official announcement:
We are happy to announce the addition of the 6.5 Creedmoor case to the Lapua line! Despite a relatively short time on the marketplace, the 6.5 Creedmoor has made a tremendous splash in the field, rapidly becoming one of the most requested cases we hear about from shooters. Lapua’s 6.5 Creedmoor is designed to function in a short action, which is also a plus for hunters, vitally concerned with the rifle’s weight and compactness. In fact, many of the same features which make for a successful competition cartridge, translate nicely to the hunting fields as well.
For most species of mid-size game such as deer or boar, the Creedmoor will prove to be a deadly performer. And while the selection of high grade Match bullets in the 6.5 bore size is tremendous, there’s no shortage of exceptionally good hunting bullets either. The 6.5s as a group have always been known as excellent performers on game.
Made with Lapua’s typical dedication to precision, our new 6.5 Creedmoor case has been refined just a bit, to make it an even better performer. We’ve opted for the small rifle primer, which normally produces an optimized ignition and better accuracy than large primers in mid-sized cartridges like the Creedmoor.
We’ve also incorporated our smaller-diameter flash hole (1.5mm, rather than the industry-standard 2.0mm), which has proven to provide enhanced accuracy, and is used in a number of our other accuracy-oriented cases. In this respect, the new 6.5 Creedmoor joins the ranks of our other dedicated accuracy cartridges such as the .220 Russian (6mm PPC), the 6mmBR Norma, the 6.5×47 Lapua, and the .308 Win Palma cases.
And naturally, the new 6.5 Creedmoor will be made with our well-known Passion for Precision. Strictest control over the metallurgy, the forming and drawing processes, precise annealing all performed under the watchful eyes of our production experts. For you, the handloader, that means the durability for which our cases are famous, combined with consistency and long life. Already proven in competition, we predict that the 6.5 Creedmoor will be a force to be reckoned with for many years to come.
Comment on Lapua’s new 6.5mm Creedmoor
Our British friend Laurie Holland was excited about the new 6.5 Creedmoor brass from Lapua: “With this and Peterson Cartridge on the bandwagon, plus another U.S. brass maker… the Creedmoor’s momentum is becoming impressive.” Laurie observes: “A small primer Lapua-cased 6.5mm Creedmoor is in effect a 6.5X47 Lapua ‘Improved’!” That’s a pretty interesting concept indeed. Which makes us wonder if the .260 Remington has finally been fully eclipsed. With Lapua 6.5 Creedmoor brass you can probably get very, very close to .260 Rem performance in a much more efficient case.
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The folks at Ballistictools.com have created a handy set of precision-machined gauges that let you quickly and accurately check your primer pockets. These gauges are offered in two sizes — for large and small primer pockets. A two-piece set of both large and small gauges costs just $19.99. These gauges let you quickly measure the depth of a primer pocket, and check if the crimp has been removed properly. Most importantly, the gauge tells you if the primer pocket has opened up too much. One side of the gauge has an enlarged diameter plug. If that “No-Go” side fits in the primer pocket, you should ditch the case — it’s toast.
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Made with Lapua’s typical dedication to precision, our new 6.5 Creedmoor case has been refined just a bit, to make it an even better performer. We’ve opted for the small rifle primer, which normally produces an optimized ignition and better accuracy than large primers in mid-sized cartridges like the Creedmoor.
