In this article, Gun Watch Editor Dean Weingarten interviews SilencerCo Founder/CEO Josh Waldron. Started in 2008, SilencerCo is an amazing success story. The company now sells 18,000 silencers a month. To put that in perspective, a decade ago, the entire domestic suppressor industry was selling 18,000 suppressors a YEAR. SilencerCo now controls 65% of the suppressor market in the USA, and its business is growing 100% a year.
This growth is remarkable considering that suppressors remain highly regulated and costly to acquire. The National Firearms Act (NFA), passed in 1934, imposes significant restrictions and requires a $200 tax to be paid on each silencer sold.
At the NRA Annual Meeting in Louisville, Kentucky, I was able to talk to Josh Waldron, CEO of SilencerCo. Josh is more than a visionary. He is a man who acted on his vision, and is changing the gun culture and the national culture.
I [visited] the SilencerCo booth during the NRA Annual Meeting. I was told that SilencerCo produces about 65% of the silencers in the United States. The company is growing so fast that it was hard to keep up with the number of employees, currently about 330 and rising quickly. There is no doubt that SilencerCo holds a dominant market share and is growing at an exceptionally fast rate. I asked Josh about the future of silencers and silencer legislation.
Q: Do you have a plan, and can you tell me about it?
“It starts as education. Ever since we started the company in 2008, we have had a focus on education and advocacy. When I first started the company… only 18,000 silencers were sold in the United States each year, and that was every manufacturer.”
“From the time we have started until now, there were 18,000 then, we are now selling about 18,000 silencers every month, just SilencerCo.”
“In the last five years, this has been the fastest growing segment of the firearms industry.”
When I first started the company… only 18,000 silencers were sold in the United States each YEAR [from] every manufacturer. We are now selling about 18,000 silencers every MONTH, just SilencerCo. — Josh Waldron
“People are just starting to understand. This is not a ‘cool accessory’ as much as it is a personal protection/personal safety device, just as you would consider any other device that keeps you safe while you shoot, such as safety glasses. It is really the only true way to hunt while you protect your hearing. As we continue to educate the market, it grows exponentially. A guy will get one who has never had one before, he brings it home, he shows his friends, and they say ‘Oh my gosh, I want to buy one!’ Every time we get suppressors out there, the snowball continues to grow and get bigger and bigger.”
Q: Your market share is dominant. Your sales growth is exponential, isn’t it?
“Yes … pretty amazing. We are growing 100% every year.”
WATCH X-Ray View of Shots Through Silencer (28,000 frames per second, 22 Sparrow)
Q: Do you fear that removal of suppressors from the NFA (National Firearms Act) will cut into your profit margin?
“I don’t think so. We don’t get to take full benefit of the economies of scale. We have to order materials on a small-batch basis. As we increase the number of suppressors going out the door we decrease the amount that it costs us. We haven’t pushed it to the level where are seeing those economies of scale.”
“We are always going to be a top-shelf brand. We are never going to discount our brand. We will be a leader in the industry, continually. I do believe there will be a lot of new entrants to the industry. I do not think that will hurt our brand or hurt our market.”
Q: I saw the Maxim 9, SilencerCo’s integrally-suppressed pistol, at the SHOT Show in Las Vegas. Is the Maxim 9 in production yet?
“It is not in production yet. Projects of this size take a lot of research and development. They take a lot of torture testing. We have to put it through a lot of standard testing. We use outside firms that come in and test and evaluate, so that we can hold our heads up high and say ‘This is a duty grade weapon’. We are not going to release it until it is.”
“I do not want to be marketing to our men and women in uniform, and saying this is a safe way to shoot until we can say this is a perfect firearm for them. The amount of testing is extremely rigorous. We are on schedule. We will release it, probably in December.”
Q: Is the Maxim 9 your entry into a future market of integrally-suppressed firearms?
“Yes. Our intention with the Maxim brand is to have integrally-suppressed firearms in that brand. We are talking everything from shotguns to rifles to pistols. The pistol is a good place to start because it is the holy grail of integrally suppressed guns that everyone has wanted. It is extremely difficult to do. People have tried it and failed, years and years, for decades, and this is the first time it has actually been viable and real. We are very excited about that, and very proud of that. We are going to move into new calibers as soon as this one starts shipping. We are very excited to expand that line.”
“Do I think the gun companies will compete? They can try. Number one, our IQ is amazing around this product. We spent a lot of time researching every firearm, every handgun that you can think of. How the mechanisms worked, and why. We had to be thorough. Which is why we designed the gun from the ground up. We went into every single style of this type of firearm, and other types of handguns as well, and really, truly understand how it needed to be designed. We had to take every mechanism, the guide rods, the springs, the things that are in front of the chamber in a conventional handgun, and move them behind the chamber. That was our biggest challenge. Do I think that some of those guys will start competing and get around our IQ? It will be a lot harder for them than for us. Because we are the ones who figured it out in the first place, and we have a lot of patents around that.”
Q: Rifles have had a lot of [suppressor] solutions … for a long time.
“We will get into those lines, the rifle lines. The difference is that we will design the gun, just the same way as we did for the Maxim 9. We will design the gun for the suppressor instead of putting on a suppressor designed for the gun, so our guns will be better.”
“There are about 400 million firearms in the U.S. right now. Most of those were not designed with a suppressor in mind. There is a huge market for retrofitted suppressors.”
“Which is what we have been doing for the last eight years, it is what we have done as a company which is providing solutions for firearms that already exist. The field is ready to harvest as far as creating a new platform. A new platform that has never been done before this, that was designed from the ground up with the intention of being suppressed, integrally suppressed.”
Q: You say you are going to stay on the high end. I looked at some of the markets. There is a lot of low end potential out there.
“There is. It is something that I am just not interested in. Number one, I do not know how to make something that is not the best.”
“It is impossible to know what the percentage of the market the high end will be. It is important to me to make the best product in the world. I am a brand guy. My brand is very important to me to so if I am making things that are less than the best, that is not ever something that I want. I always want to be top shelf.”
Q: Are you exporting much?
“We export, yes. We can’t export to the commercial market. Only to the military and law enforcement. It is a State Department thing.
“We have a bill right now, it is called the Suppressor Export Act. Congressman Jeff Stewart is the one that is sponsoring that bill for us. It would ensure that the State Department would have to allow us to take part in the world market, that is available, that we are not able to take part in right now. We can only export to law enforcement and military, but not to the commercial market. But with this bill, we would be able to export to everybody. If there is a country where it is legal to have suppressors, we would be allowed to export to them.”
“There are suppressor manufacturers all over the world, and they sell all over the world. The United States is the only place where they are this regulated. It is just crazy. You can go to the UK, where it is really hard to own a gun, and you can buy a suppressor over the counter, without a background check.”
“We are behind the curve when it comes to the rest of the world.”
If you are at the NRA Annual Meetings & Exhibits today, you might want to visit the Remington booth. 2016 marks Remington’s 200-year Anniversary, and Remington’s booth features displays showcasing the company’s rich history over the past two centuries. Layne Simpson notes: “When Eliphalet Remington II hammered out his first rifle barrel in his father’s commercial iron forge in 1816, little did he realize that 200 years later we would be celebrating such an exceptional milestone.”
NRA Publications has created a free 68-page eBook that traces the history of Remington, America’s oldest gunmaker. The book includes many well-researched historical articles, a company time-line, and the 2016 Remington Gun Guide. Get the FREE Remington 200th Anniversary Commemorative Book HERE: Remington History Book and 2016 Gun Guide.
The book contains many interesting feature stories. A fascinating article by Garry James, Remington Goes to War, covers the history of Remington firearms used by the American military. Interestingly, the first complete rifles built at the Remington factory were Model 1841 muskets contracted by the U.S. Army Ordnance Department in 1845.
In another in-depth article (featuring a fascinating, illustrated Remington timeline), NRA Museum Senior Curator Philip Schreier recounts the remarkable history of Remington firearms and ammunition. The From the Forge article by Layne Simpson highlights the key rifle models developed by Remington, from muskets to the legendary Model 700. Finally, John Zent writes about Remington’s manufacturing plants in Ilion, NY, and Huntsville, AL. Zent explains the processes (both traditional and ultra-modern) Remington uses to make all types of firearms.
Edgewood makes some of the best front and rear shooting bags you can buy. And the latest Edgewood rear bag is better than ever, with a new hybrid “slick material overlay”. This combines the shape retention and stability of leather ears, with slick, low-friction material where the stock rides. This “best of both worlds” solution delivers both bag stability and improved tracking. Derek Rodgers, the only man who has won BOTH the F-Open and F-TR National Championships, is using this new rear bag, and he says it’s excellent. He says his gun tracks great with the slick material on top of leather-based ears.
You’re probably familiar with Edgewood for its high-quality shooting accessories. You may not know that Edgewood also offers a full line of quality leather OWB holsters and IWB holsters. And we bet you didn’t know that Edgewood got its start making tack and bridles for horse riders. Here’s a short history of Edgewood Leather, a family-run business based in Albuquerque, New Mexico.
The History of Edgewood Leather
by Jack Snyder
I’ve always enjoyed working with leather and still do to this day. Something about starting with an idea and building a useful and hopefully, beautiful piece does it for me. There’s nothing like leather to stimulate my imagination. It brings out my creativity and makes me happy.
I began doing leatherwork as a kid, 12 or 13, and the first piece I made was a pair of shoes. Got a job in a leather shop in the late ’60s and made purses and belts, wallets and sandals — many pairs of sandals. I opened a small retail shop in Estes Park, CO and made even more of the same, adding vests, halter tops, hats, mountain man gear of all sorts from skunk hats to goat fur high-top moccasins.
After a decade or so, I became restless for something new and taught myself bridle work. I discovered a niche market with English riders who were always looking for beautiful, well-fitting show bridles and over a period of about twenty years developed and produced many products for these riders — numerous types of nosebands, breastplates, martingales, girths and many different varieties of reins. At the same time I observed that for every horse and rider there were at least two dogs trotting along beside. I began making dog products which closely resembled their horse buddies bridle work. Sales were good. Leashes, leads, halters and collars showed up at dog shows around the country. My bridles were worn by many champions in every horse discipline — dressage, show ring, hunter-jumpers, and my polo gear became popular among the players. All of that was fun and I’m still proud of those products (still being made today), but it was time for a change. I sold my interest to my partner and tried to retire. Didn’t work, though.
My plan was to shoot benchrest matches, as many as I could. And I did for some time and loved every minute. I’ve made many friends among the shooters, discovering early on that these people are the most interesting, smart folks a guy could ever associate with. To the man, they’ll share what they know with you and even hand you their gun when yours malfunctions during a match, and grin and slap you on the back when you beat ‘em with it!
When I was getting started in benchrest, one aspect of the game was somewhat disappointing to me-the quality and stability of the shooting bags. It was natural with my past leather experience to make what I thought would be a better product. I cobbled up a couple of bags and went to a match in Oklahoma. All hell broke loose. Most of the shooters had to have one. By the end of the summer, I had so many orders for shooting bags, I couldn’t keep up the pace. I was improving the designs, based on the shooters telling me what worked and didn’t work. I was adding new products, experimenting with materials, processes and configurations and having a great time. Completely by accident, Edgewood Shooting Bags was born. My wife Cindy and my two kids Jackie and Aaron jumped in and we became a bag-making machine — always looking to improve and expand upon the products. Jackie’s husband Ryan joined us several years ago and together, we’ve made a pretty awesome team.
Edgewood’s New Line of Leather Holsters
Since we’re all avid shooters with many handguns among us, the next logical product to add to our catalog would be a line of high-quality leather holsters. For the last year or so, we’ve come up with what we believe to be the most comfortable, elegant holster out there. Affordably priced, these holsters are are available in many different styles and configurations, for both outside carry and concealed carry.
Latest Rear Bag Design — Leather Ears with ‘Slick Material Overlay’
Edgewood constantly strives to improve its products. Witness the new “slick material overlay” bag ears. This is a major design improvement over our regular “slick ears”. The development of the overall design all started when we noticed some shooters applying household products like talcum powder or dryer sheets to the ears of their bag in an effort to reduce friction and speed up their rifle’s return to battery. We found a material that would achieve this function without the need to raid their wife’s pantry for powders or laundry accessories and began sewing the ears up using this “microscopic glass bead impregnated” fabric. We were happy with the results. However, we soon began to realize that the slick material could have the longevity of our nylon as well as its slick properties, if we found a way to increase its thickness without causing wrinkles or inconsistencies.
First, we ended up hunting down some similar fabric with a much higher strength and thickness. It even has a fireproof backing that makes it far more durable — even if shooters aren’t planning on exposing it to temperatures higher than the Arizona desert can offer. This material was definitely superior and even more representative of the quality and durability that shooters have come to expect from products wearing the Edgewood logo. We didn’t stop there, either.
We started experimenting with a way to combine our toughest ear design, which is made from soft leather, with the slick material to create the best of both worlds. We deemed it the “slick overlay” option and many of the world’s top shooters now swear by it. There is no compromise with this ear set — shooters gain all of the advantages of the slick material, in addition to durability and consistency that exceeds even our tried and true nylon ears. Many of our original bags have been punished by shooters for over a decade and are still performing. We expect this design to last even longer.
Keeping ahead of the curve with innovations that create and help propel evolution in the sport is a signal of our commitment to retain our status into the future. Along with other new products like our second generation of concealed and open carry holsters, range bags for sighting in hunting rifles, radius front bags for AR-style rifles, camouflage color options and more — we even have a new logo for 2016. Check us out online or give us a call. We’re ready to meet the demands of shooters — from Benchrest and F-Class to concealed carry and IDPA.
Jack Snyder
President – Edgewood Shooting Bags and Gun Leather
Do you have a concealed carry permit, or do you plan to carry a concealed handgun in the future? Then you can benefit from Beretta’s FREE 15-page e-book, Ten Essential Tips for CCW Holders. This eBook, in handy PDF format, helps gun owners select an appropriate handgun (and holster), understand legal obligations and responsibilities, and train effectively with the firearm. This short eBook offers many useful tips to consider, in particular for gunowners who are contemplating the pros and cons of everyday carry for themselves.
As the Beretta CCW booklet says, “Carrying a concealed handgun requires a certain amount of confidence. You need to be confident in your knowledge of laws and regulations. You have to have confidence in your accuracy, and you need to trust that you can carry a gun effectively, securely and comfortably. If a gun is a burden for you to carry, you probably won’t.”
Surprising Facts About Actual Defensive Handgun Use
You may be surprised to learn when and how handguns are actually used for self-defense. Most defensive uses are at very short range and the incident only lasts a matter of seconds. You need to be prepared, and train to be proficient drawing and aiming your weapon. And remember, shooting is a last resort, when a safe retreat is not available.
55% of gunfights take place in 0-5 feet.
20% of gunfights take place in 5-10 feet.
20% of gunfights take place in 10-21 feet.
95% of gunfights take place in 0-21 feet. (Source: FBI)
The average man can cover 21 feet of ground in 1.5 seconds.
The average gunfight is over in 3-5 seconds.
3 to 4 shots are usually fired.
Most gunfights take place in low-light conditions.
On average, one shot in four strikes someone.
Here are two (2) sample pages from Beretta’s CCW eBook.
Bryce Towsley has authored an informative article on Reclaiming .223 Rem Brass. Writing for Shooting Illustrated Online, Towsley confesses: “I’m a brass horder…. I end every shooting match on my hands and knees. If the rest of the competitors want to litter the range with their discarded cases, I see it as my civic duty to clean up the mess.” If you burn through a lot of .223 Rem ammo on the varmint fields or in multi-gun matches, we suggest you read Towsley’s article.
Towsley advises that you need to be cautious with range pick-up brass: “Range brass is full of dirt, dust, sand and debris that can be damaging to loading dies, as well as causing other problems.” So, range pick-up brass must be cleaned and then sorted carefully. Towsley explains that you should toss brass that is badly dented, and you have to make sure to remove the primer pocket crimp in military brass. This can be done with a crimp reamer or a swaging tool such as the Dillon Super Swage 600. The latter works well, but Towsley cautions: “For the swager to work properly, you must sort the cases by brand and lot, and then readjust the swager for each new lot.”
Trimming Quantities of Brass
Before loading, “reclaimed” range brass should, of course, be full-length sized and you should trim all the brass to the same length. “Cases that are too long can cause all kinds of problems”, explains Towsley.
We envy the system Towsley uses to trim brass. He has a Dillon Rapid Trim 1200B set up on the top of a single-stage press: “You simply insert a case into the shell holder and raise the ram to trim it instantly. The process is so fast, it almost feels like cheating.” The Rapid Trim is a very neat gadget — it even has an attachment for a vacuum hose to remove the cuttings. The photo at right shows a 1200B installed on a Dillon progressive press.
We definitely recommend you read Bryce Towsley’s Reclaiming Range Brass Article from start to finish. The article offers useful advice that will help you reload any rifle cartridge — not just .223 Rem range brass. Towsley also showcases many good labor-saving devices that can speed up and simplify the process of bulk rifle cartridge reloading.
Pac-Nor Production Manager Casey Dichter says the Sunnen hone produces a consistency in bore diameter that is much superior to hand-lapping. The Sunnen machine has all but eliminated the standard pre-rifling lap. “You can really tell the difference between a bore that was honed before rifling and one that was [only] lapped”, notes Dichter.
Gun Barrel Honing System Hits Target for Pac-Nor Barreling
Manufacturing precision rifle barrels has always been something of an art that involves hand lapping of the bore surface twice, before and after the rifling profile is cut or swaged in by a rifling button. In fact, a bright, hand-lapped bore is considered one of the hallmarks of a precision rifle barrel, despite the inherent variations from manual work done by people who get bored and tired from the monotonous chore. Pac-Nor Barreling, Inc. set its sights on this issue more than a year ago and hit the X-ring with the newly developed Sunnen HTE honing machine. The machine has all but eliminated Pac-Nor’s pre-rifling lap, which is the more difficult and time-consuming of the two laps. Pac-Nor is also producing as many custom barrels as ever, but with a slightly smaller staff. “Our objectives with the hone were to build a better product with less labor, and the honing machine has exceeded my expectations,” said Pac-Nor Production Manager Casey Dichter. “The hone produces a consistency in bore diameter that is head and shoulders above lapping, within two to three millionths of an inch end-to-end when it’s really dialed in,” he said. “This, in turn, improves the consistency of the rifling process by minimizing variation in the depth of the grooves. We still finish lap after rifling, but it’s easier because we just polish off the fine crosshatch finish that may be left after honing and rifling.”
The Sunnen hone secures the barrel blank in a 3-jaw chuck, with honing oil pumped into one end while the tool works from the opposite end. Sunnen’s specialized Long Bore Tool uses metal-bond diamond or CBN superabrasives to quickly remove reamer marks, waviness, tight spots and other imperfections left by upstream processes.
Honing is an ideal replacement for hand lapping barrel blanks before rifling. It quickly removes reamer scratches and surface waviness without labor-intensive hand lapping. A typical 600-grit abrasive can produce a 6-10 microinch Ra (0.15 to 0.25 µm) finish in a reamed barrel blank. By producing a consistent bore diameter (±0.0001″ or less), parallelism, roundness and surface finish end to end, honing yields more consistent performance from rifling buttons and cutters, resulting in a constant groove depth. The ideal bore geometry reduces distortion of the bullet shape.
Pac-Nor’s barrel-making process starts with cutting and facing premium bar stock, followed by gun drilling, done by four Pratt & Whitney twin-spindle machines and an Eldorado CNC twin spindle. After reaming, the barrels are gauged for size. Depending on the condition of the reamer, 0.0004″ to 0.0007″ of material is left in the bore. This must be manually lapped out or honed out to final size for rifling. “Everyone who works here has done hand-lapping,” said Dichter. “It’s an unpleasant job, particularly if the reamer is starting to get dull. Lapping may take 10 to 45 minutes, depending on the caliber of the barrel. We tried to shorten this, but when chatter marks get ‘ironed’ into the surface by the rifling button, the finish lap is even longer and more difficult, so there is no advantage. With lapping, too, there is potential for variation, simply because it’s a manual process. Lapping can also be a production limiter and in our region we have a very small labor force to draw on when we want to grow.”
Pac-Nor cuts and faces premium bar stock, then gun drills on one of five twin-spindle machines, followed by reaming of the blanks. This rack of barrel blanks awaits completion.
The company had explored honing in the nineties, but re-visited the idea when Sunnen introduced its HTE honing machine in 2014. The HTE is a horizontal machine that can hone small-bore rifle barrels, with a diameter range of 0.150″ to 0.790” (4-20 mm), and lengths up to 60″ (1,524 mm). Designed specifically for long small bores, the machine features an extremely sensitive drive and tool feed system that provide maximum protection against tool overload/breakage. Tool specific force limits and run settings are stored in the touch-screen PC control, allowing the system to sense tight sections in the bore and correct them automatically.
Sunnen also developed a new Long-Bore Tool (LBT) designed to take on industry’s most difficult honing challenges in small bores of .17 caliber rifle barrels. The tool quickly remove reamer marks, waviness, tight spots and other imperfections left by upstream processes. The LBT utilizes metal-bond diamond or CBN super-abrasives for high productivity, long life and fast cycle times. Precision-machined of through-hardened tool steel, the LBT can produce bore accuracies of 0.000027″ (0.0006 mm) for diameter, roundness, and taper – from first part to last.
“We are currently honing about 80 percent of what we make and will do more as we acquire the tools in different calibers,” said Dichter. “Although there is a trade-off in cycle time and abrasive cost for additional honing, we are still able to run our reamers two to three times longer than when we lapped alone. With a hand lap, the time and effort increase when the reamer is getting dull.”
After honing, each barrel is inspected again before rifling with a pull-button. Pac-Nor makes its own Accu-Twist carbide rifling buttons and can provide different rifling styles, including polygonal, per the customer’s choice. A button is attached to a rod and the rod is pulled through the barrel. The company’s hydraulic rifling machine utilizes a CNC-machined twist bar with a helix angle that matches the twist rate requested by the customer. The final twist rate is confirmed afterward using a Barrel-Scan electro-optical twist measurement system.
The barrel is then stress-relieved in a tempering furnace, followed by contouring of the outer shape and final, finish lapping of the bore. “During the finish lap, you can really tell the difference between a bore that was honed before rifling and one that was lapped,” said Dichter. “You can easily sense any remaining tight or loose spots in the bore. The diameter uniformity and roundness of the honed bore are superb. The lap also feels different in a honed bore.”
In competitive shooting where winning scores may be separated by thousandths of an inch, a few millionths of an inch improvement in the uniformity of a Pac-Nor barrel may make a big difference for a skilled shooter. For more information, visit www.sunnen.com or contact:
Sunnen Products Company
Mr. Bob Davis
Global Communications Mgr.
Sunnen Products Company
Tel: 314-781-2100
bdavis [at] sunnen.com
About Pac-Nor Barreling Inc.
Pac-Nor Barreling is a true custom manufacturer catering to bolt-action rifle shooters. The company’s principle markets are law enforcement, military, competitive shooters and hunters. Started in 1984 by avid shooter and company President Chris Dichter, Pac-Nor is now in its second generation under his son, Casey. In addition to barrel manufacturing, the shop will install the barrel on a customer’s action, or add features such as muzzle brakes or fluting on bolts and barrels etc.
The shop runs two shifts per day. A day shift of ten people produces 30-40 custom barrels of different calibers in 416R stainless or chrome-moly steel. A night shift of three people produces one type of barrel — about 50 AR-15 barrels per day for a rifle OEM.
by Tony Chow
In recent years, the use of electronic trainer systems has revolutionized training in all disciplines of position shooting. By capturing (and illustrating) key performance variables like the steadiness of a shooter’s hold, accuracy of aiming, and the timeliness of trigger release, these devices can offer tremendous insights into the strengths and weakness of a shooter’s position and technique, making high-level marksmanship training less voodoo and more of a science.
Until now, electronic trainers all suffered from one critical limitation: the inability to be used outdoors in live fire training. Now, however, SCATT has introduced the next-generation MX-02 electronic trainer, a product that can finally support outdoor live firing in broad daylight, as well as dry firing indoors. In addition, the MX-02 is the first electronic trainer to support centerfire rifles. It goes without saying that, when we at AccurateShooter.com were offered an MX-02 test unit to review, we jumped at the opportunity.
How the SCATT MX-02 Works
The SCATT sensor mounted on the end of the barrel has a digital camera that “sees” the black bullseye in the target, even in broad daylight outdoors. Using the bullseye as a reference, the SCATT software tracks the movement of the muzzle relative to the center of the target. The unit can plot these movements as a continuous trace, which appears on a monitor as a squiggly, colored line. Data points from the trace are also available in a tabular spreadsheet format. This allows the shooter to “crunch the numbers”, revealing strengths and weaknesses in his gun-handling and aiming technique.
In our testing, we confirmed that, like SCATT’s earlier indoor-only WS-01, the MX-02 offers excellent support for indoor dry-fire training, which will continue to be the primary means through which position shooters sharpen their fundamental skills. Since the new SCATT uses the same familiar Windows software for data capture and analysis as its predecessors, shooters and coaches upgrading to MX-02 will have no learning curve to overcome, and newcomers to the SCATT platform can tap into the wealth of institutional knowledge accumulated over the years by the shooting community on how to interpret shot data.
It’s in the support for outdoor live firing, however, that SCATT MX-02 distinguishes itself from its predecessors and the competition. Shot trace data captured by MX-02 during live firing turned out to be every bit as valuable (and revealing) as we had hoped. The ability to correlate SCATT tracing with real shots on target gave us a better understanding of the shooting process, and helped the reviewer, already a high-level smallbore prone shooter, uncover a significant problem in his shooting. SCATT MX-02’s outdoor capability is therefore an invaluable feature, particularly for experienced shooters aspiring to world-class performance.
In summary, SCATT MX-02 is an outstanding product that delivers on its promises. We heartily recommend it, both for first-time users of electronic training aids, and also for those shooters who may wish to upgrade their current electronic training system. The MSRP for SCATT MX-02 is $1,799, $500 more than its predecessor, the SCATT WS-01, which is still available. In my view, the $500 premium for the MX-02 is justified by the MX-02’s enhanced capabilities, making it a better long-term investment.
Our complete, 3600-word MX-02 review of the SCATT MX-02 can be accessed through the link below. This full review contains many more photos plus detailed field test results. For the time being, the review only covers our experience with the product in smallbore shooting. An upcoming addendum to the review will include test results from centerfire shooting. Those attending SHOT Show in Las Vegas next week can examine SCATT MX-02 in person. SCATT will have the MX-02 on display at Booth 111.
Readers who have just recently discovered the Daily Bulletin may not realize that AccurateShooter.com has hundreds of reference articles in our archives. These authoritative articles are divided into mutiple categories, so you can easily view stories by topic (such as competition, tactical, rimfire, optics, shooting skills etc.). One of the most popular categories is our Technical Articles Collection. On a handy index page (with thumbnails for every story), you’ll find over 100 articles covering technical and gunsmithing topics. These articles can help you with major projects (such as stock painting), and they can also help you build more accurate ammo. Here are five popular selections from our Technical Articles archive.
Complete Precision Case Prep. Jake Gottfredson covers the complete case prep process, including brass weight sorting, case trimming, primer pocket uniforming, neck-sizing, and, case-neck turning.
Stress-Free Pillar Bedding. Richard Franklin explains how to do a top-quality bedding job, start to finish.
OnTarget Software Review. Our Editors test free software that measures shot groups with great precision. We explain how to use the program and configure advanced features.
Savage Action Tuning. Top F-TR shooter Stan Pate explains how to enhance the performance of your Savage rifle by optimizing the torque settings of the action screws.
Stock Painting Instructions. Step-by-step guide for stock painting by expert Mike Ricklefs. Mike shows both simple coverage and fancy effects.
With barrels, one wonders “Can a little more length provide a meaningful velocity gain?” To answer that question, Rifleshooter.com performed an interesting test, cutting a .308 Win barrel from 28″ all the way down to 16.5″. The cuts were made in one-inch intervals with a rotary saw. At each cut length, velocity was measured with a Magnetospeed chronograph. To make the test even more interesting, four different types of .308 Win factory ammunition were chronographed at each barrel length.
Test Barrel Lost 22.7 FPS Per Inch (.308 Win Chambering)
How much velocity do you think was lost, on average, for each 1″ reduction in barrel length? The answer may surprise you. With a barrel reduction from 28″ to 16.5″, the average speed loss of the four types of .308 ammo was 261 fps total. That works out to an average loss of 22.7 fps per inch. This chart shows velocity changes for all four ammo varieties:
Summary of Findings: The average velocity loss per inch, for all four ammo types combined, was 22.7 FPS. By ammo type, the average loss per inch was: 24.6 (Win 147 FMJ), 22.8 (IMI 150 FMJ), 20.9 (Fed GMM 168gr), and 22.5 (Win 180PP).
Interestingly, these numbers jive pretty well with estimates found in reloading manuals. The testers observed: “The Berger Reloading manual says for the 308 Winchester, ‘muzzle velocity will increase (or decrease) by approximately 20 fps per inch from a standard 24″ barrel’.”
How the Test Was Done
The testers described their procedure as follows: “Ballistic data was gathered using a Magnetospeed barrel mounted ballistic chronograph. At each barrel length, the rifle was fired from a front rest with rear bags, with five rounds of each type of ammunition. Average velocity and standard deviation were logged for each round. Since we would be gathering data on 52 different barrel length and ammunition combinations and would not be crowning the barrel after each cut, we decided to eliminate gathering data on group sizes. Once data was gathered for each cartridge at a given barrel length, the rifle was cleared and the bolt was removed. The barrel was cut off using a cold saw. The test protocol was repeated for the next length. Temperature was 47° F.”
CLICK HERE to Read the Rifleshooter.com Test. This includes detailed charts with inch-by-inch velocity numbers, multiple line charts, and complete data sets for each type of ammo. Rifleshooter.com also offers ballistics graphs showing trajectories with different barrel lengths. All in all, this was a very thorough test by the folks at RifleShooter.com.
Much Different Results with 6mmBR and a Longer Barrel
The results from Rifleshooter.com’s .308 barrel cut-down test are quite different than the results we recorded some years ago with a barrel chambered for the 6mmBR cartridge. When we cut our 6mmBR barrel down from 33″ to 28″, we only lost about 8 FPS per inch. Obviously this is a different cartridge type, but also our 6mmBR barrel end length was 5″ longer than Rifleshooter.com’s .308 Win start length. Velocity loss can be more extreme with shorter barrel lengths (and bigger cartridges). Powder burn rates can also make a difference.
How would you like to “reach out and touch” someone 203 kilometers away (about 110 nautical miles)? Well America’s Navy may soon be able to do exactly that with an amazing new, high-tech weapon system. BAE Systems has developed (and successfully test-fired) an electro-magnetic rail gun that fires a 23-lb projectile at Mach 7 — (about 5300 mph or 7800 fps). This futuristic weapon can send its projectile 110 nautical miles (126 mi / 203 km), five times the range of the big 16″ guns on WWII-era battleships. This railgun has serious “knock-down” power — at Mach 7, that projectile carries a whopping 32 megajoules of energy. BreakingDefense.com says: “23 pounds ain’t heavy. But it sure hurts when it hits you going at seven times the speed of sound.”
Watch Video to See Navy Rail-Gun in Action:
The latest prototype of the railgun developed by defense contractor BAE, in conjunction with the Office of Naval Research, can accelerate a projectile up to Mach 7 within 10 milliseconds. The gun uses no gunpowder to generate propelling force. Compared to an item on a smaller scale, the railgun projectiles resemble crossbow darts, except they deliver such massive Kinetic Energy they don’t need to carry explosive ordnance. The railgun can strike targets 110 nautical miles away.
To prepare a charge, the ship stores electricity in the pulsed power system. Next, an electric pulse is sent to the railgun, creating an electromagnetic force accelerating the projectile. Because of its extreme speed, the projectile eliminates the hazards of storing high explosives in the ship. Each shot costs about $25,000 — but that’s cheap compared to the price of a missile.
“It’s like a flux capacitor,” chief of Naval research Rear Admiral Mathias Winter said in a video posted by Reuters Friday. “You’re sitting here thinking about these next generation and futuristic ideas, and we’ve got scientists who have designed these, and it’s coming to life.”
The Electromagnetic Railgun Innovative Naval Prototype (INP) was initiated in 2005. The goal during Phase I was to produce a proof-of-concept demonstration at 32 mega-joule muzzle energy, develop launcher technology with adequate service life, develop reliable pulsed power technology, and assess component risk reduction for the projectile.
Phase II, which started in 2012, advanced the technology to demonstrate a repeatable-rate fire capability. Thermal-management techniques required for sustained firing rates will be developed for both the launcher system and the pulsed power system. The railgun will begin testing at sea in 2016.
The book contains many interesting feature stories. A fascinating article by Garry James, 
I began doing leatherwork as a kid, 12 or 13, and the first piece I made was a pair of shoes. Got a job in a leather shop in the late ’60s and made purses and belts, wallets and sandals — many pairs of sandals. I opened a small retail shop in Estes Park, CO and made even more of the same, adding vests, halter tops, hats, mountain man gear of all sorts from skunk hats to goat fur high-top moccasins.
Bryce Towsley has authored an informative article on 
Trimming Quantities of Brass
