Even seen an integrally suppressed rifle? Ruger offers this technology with its new Silent-SR ISB, a multi-baffle integrally suppressed barrel (ISB) for Ruger 10/22 takedown models. This system reduces sound levels to an average of 113.2 dB with standard velocity ammunition. That’s very impressive — consider that an unsuppressed .22 LR firearm can produce noise levels as high as 140 dB with standard velocity ammunition. That’s well above the threshold where irreversible hearing damage begins. (Source: NC Silencers).
Even if you are not interested in a suppressed rimfire rifle (or live in a state where suppressors are forbidden) we think you’ll be interested in Ruger’s technology. The Silent-SR employs a long, multi-element “baffle stack” that can be easily removed for cleaning.
Watch Integrally Suppressed Barrel in Action. CLICK HERE to View Video on Ruger Site. Scroll to bottom of Ruger page after jump!
Here’s what Ruger says about its new ISB (Integrally Suppressed Barrel) for the 10/22 Take-down:
The Silent-SR ISB quickly and easily assembles to any Ruger 10/22 Takedown or 22 Charger Takedown, and features an induction-hardened breech with cold hammer-forged barrel that provide easy takedown and accurate return-to-zero.
Reducing sound pressure levels of .22 LR to an average of 113.2 dB with standard velocity ammunition, a 10/22 Takedown rifle equipped with the Silent-SR ISB is as quiet as a bolt-action rifle with a thread-on silencer. The relatively long barrel of the Silent-SR ISB (compared to other integral suppressors) means the bullet generates energy near that of a 16″ gun for consistent, accurate and effective performance on target. The pushed-cone baffle geometry has been stretched to utilize the volume under the barrel maximizing suppression of the gunshot without disturbing the travel of the bullet.
Disassembly for cleaning is as simple as separating the barrel from your firearm and loosening the Silent-SR ISB’s single assembly screw using the included 5/32″ hex key tool. Once loose, pull the screw to remove all six 17-4 stainless steel baffles, spacer and front cap free of the sleeve for cleaning. The sealed baffles keep the fouling away from the serialized sleeve, yet easily come apart even after thousands of rounds. Finished with Cerakote, the Silent-SR ISB is engineered and built for a lifetime of hard use without clogged ports, seized components or loss of suppression that often plague other integrally suppressed rimfire barrels.
Steyr Arms has introduced a new straight-pull rimfire rifle that should work well for rimfire practical/tactical games, cross-training, and varmint hunting. Available in three chamberings, .22 LR, .22 WMR, and .17 HMR, the new Steyr Scout RFR emulates the look of a Scout Rifle, but in a rimfire platform. This rifle, which first appeared in 2016 in Europe, made its American debut at the NRA Annual Meetings in Atlanta this week.
Frankly, we don’t need or want the extended forward-mounted rail, because we would use a conventional higher-magnification optic, rather than a long-eye-relief scout scope. But we are excited about the straight-pull action, 10-round magazine, and nicely-designed stock that should be good for tactical comps. For mounting conventional scopes, an integrated 3/8-inch dovetail base runs the full length of the receiver’s topside, and the RPR comes with Weaver bases mounted on the top of the receiver. MSRP is $599.00.
Detail showing ISSC Biathlon-style SPA straight-pull action with trigger-guard safety.
Based on the proven, biathlon-inspired SPA action built by Austrian gun-maker ISSC, the Steyr Scout RFR was designed as an economical, minimal-recoil trainer. Available in .22 LR, .22 WMR, and .17 HMR, the Scout RFR has a smooth, straight-pull action allowing for fast cycling with the provided 10-round magazine. Check out the video below to see how the action works. Trigger pull weight is 3 lbs, 4 oz., about right for tactical games. We might want a slightly lighter trigger for varmint work with the .17 HMR version. In fact, we think this might make a great “squirrel gun” in .17 HMR.
The Scout RFR’s Eloxal-coated aluminum receiver secures a 20″ heavy-contour barrel. Both the .17 HMR and .22 LR barrels are 1/2-20 UNF threaded for attachments, while the .22 WMR barrel is unthreaded. The Scout RFR measures 35.6 inches long, and it weighs 7.3 pounds without optics. An optional knife stows in the stock, and standard Steyr SBS/Scout buttplate spacers can used to adjust length-of-pull. Included accessories: Owner’s manual, two Weaver adapters, and one 10-round magazine.
Model: Steyr Scout RFR
Chamberings: .22 LR, .22 WMR, and .17 HMR
Action: Straight-pull, biathlon-style SPA action by ISSC
Magazine type/capacity: 10-round detachable steel box
Receiver material: Hard Eloxal-coated aircraft aluminum
Barrel: 20.1-inch heavy barrel
Sight Mounts: 30-slot Picatinny rail + 3/8″ dovetail on receiver with two Weaver adapters
Trigger Pull weight: 3 pounds, 4 ounces
Stock Length of pull: 13.4 inches, adjustable with spacers
Recoil pad: Elastomer 0.3″ thick
Weight, empty: 7.3 pounds
Overall length: 35.6 inches
MSRP: $599
Forum member Rick from Louisiana (aka RMulhern) has rigged up a fantastic target for long-range shooting. Rick, a long-time competitive Palma shooter, had a large 72″x72″ steel target fabricated with two separate center rings that are equivalent to the official paper Palma/Creedmoor target. He says he’s “shot a lot of Palma on that target, as well as lots of Black Powder Cartridge (BPCR) rounds”. The big steel target works great when Rick shoots his Sharps 45/110 BPCR at 800 to 1000 yards. The large steel background (painted white) helps Rick see and hear his hits. If you understand the high-arching trajectory of 500+ grain projectiles shot from a 45/110, you know it can take a few rounds to get Point of Impact dialed in.
Rick reports: “These are two of my favorite rifles to shoot: a M1874 Shiloh Sharps in caliber 45/110 (2 7/8) made in Big Timber, Montana by Kirk Bryan and family. The other is a 6.5×47 Lapua on a blue-printed M700 action with 1:8.5″-twist Krieger barrel and F5 McMillan Tactical stock. Many of the shooters that take up BPCR have a tendency to get away from their smokeless powder rifles in favor of the blackpowder game. Frankly I have the best of both worlds as I enjoy shooting both (smokeless and BPCR), although I must admit that I probably spend the majority of my time on the range with the Sharps rifles these days.” (Rick’s pretty good with his Sharps by the way — he recently shot a 95, 96, and 100 (clean) for 3×10 shots at 800 yards.)
Gongzilla: $1000 Worth of Steel with Three Plate Layers
Rick tells us: “Here’s the deal — everything is steel! The large plate is 72″x72″ and the black bull is 44″ diameter. The 20″-diameter central white bull is made from 1/2″-thick AR400 bull-dozer plating. That’s the same size as the regulation Palma/Creedmoor paper target. The white square and black bull are 3/8″-thick mild steel. Plates are off-set 2″ from each other. I welded a 2″ length of square tubing to the back of both plates and the bolt slides through and is attached to the large plate. I used 2 3/8″ upset tubing (oil field pipe) for the holder framing.” Rick says he invested about $1000.00 in metal for the target, but that was 15 years ago. Today the steel would be much more expensive.
Rick says the AR400 armor plate in the center bull is very strong: “You can shoot a .338 Lapua Magnum at 200 yards and it won’t damage the center bull”. The mild steel works well for the cast bullets Rick uses with his Sharps 45/110. Also, Rick says the mild steel is rugged enough for 6.5mm and .308 hollowpoint match bullets, if you’re at least 500 yards away. However, Rick told us, “If I would make [the target] again, I would make the black bull AR400 as well. [That way] you would never have to worry about big dents or beating the plate up at any distance. The AR400 is very tough steel. You can shoot a Sierra or Lapua HP bullet and they will just splatter.”
Rick told us: “I built this target with off-set clanger plates. The white clanger is AR400. Bullets just splatter!” Does he worry about hitting the bolt head? Not at all. Rick says: “When I hit the bolt head, I break my arm patting myself on the back!”.
If you couldn’t attend SHOT Show this past January, here’s the next best thing. Shooting Industry Magazine has released, in its April issue, a comprehensive guide to SHOT Show 2017. You’ll find a summary of the hottest new products, including dealers’s selections for potential top sellers of 2017.
Over 60 products are detailed in this issue’s expanded New Product Showcase (April issue pp. 40-53). This features many new rifles suitable for Tactical or PRS Competition as well as some interesting hunting/varmint rig. You’ll also find some
A second product feature, “SHOT Show Standouts”, highlights dealers’ top picks from a variety of categories. Black Hills’ new line of “Honey Badger” ammunition, eye-catching knives from Steel Will and a smartphone-synced thermal camera by are just a few of the newest products poised to potentially draw big sales. Lastly, a variety gun storage solutions are covered in this April edition in an Arms & Woman feature.
You can access all these product features on the Shooting Industry Digital Edition. CLICK HERE to launch the April Cover page, then navigate by flipping pages, just as with a print magazine. You’ll find the main SHOT Show Product Showcase starting on page 40.
We know that many of our readers have never seen a “Hammerhead” benchrest stock before. This is a design with an extra wide section in the very front, tapering to a narrow width starting about 6″ back. When paired with a super-wide front sandbag, the hammerhead design provides added stability — just like having a wider track on a racing car. Some folks think mid-range and long-range benchrest stocks can only be 3″ wide. Not so — IBS and NBRSA rules now allow much wider fore-ends. While F-Class Open rules limit fore-end width to 3″ max, there is not such restriction on IBS or NBRSA Light Guns or Heavy Guns for 600- and 1000-yard competition. Here’s a 5″-wide Hammerhead design from Precision Rifle & Tool (PR&T).
Ray Bowman of PR&T sent us some photos of another hammerhead benchrest rig. Ray reports: “Here’s another benchrest rifle that Precision Rifle & Tool crafted. The customer shot this rifle at the 2014 IBS 1000-yard Nationals in West Virginia.” This IBS Light Gun sports PR&T’s “Low Boy Hammer Head” stock in red/black laminate. Other components are a 6mm BRUX 30″, 1:8″-twist barrel, Borden BR Action, and a PR&T 20 MOA scope rail.
Forty-five bucks for a 25-round reloading tray? No this is not a late April Fool’s Day story. The CNC wizards at MK Machining in Missouri have created what may be the world’s most high-tech tray. Milled from billet aluminum, these trays will last a lifetime, and they offer one big advantage — any powder over-spill simply fills the open gap between the top and bottom plates. That way you don’t have stray powder kernels collecting in the bottom of the cartridge holes.
The MK Reloading Trays come in four colors: Red Anodized ($44.99), Blue Anodized ($44.99), Black Anodized ($39.99), and Silver (Clear) Anodized ($34.99). The holes are sized for .308 Win-diameter cases, so they’ll work for 6mmBR, 6.5×47 Lapua, 6.5 Creedmoor, .243 Win, 7mm-08, and the entire .308 Win family. As shown below you can buy a Red and Blue pair and simply re-assemble them in a Red/Blue Sandwich style. We think that looks pretty cool.
For more information, or to order MK Reloading Trays, visit MKMachining.com.
To be honest, the $6.99 Sinclair Polymer Loading Blocks are good enough for most reloading applications — and the larger, 50-round Blocks ($10.99 at right) can hold twice as many rounds as the MK trays.
However, the MK Machining Loading Tray definitely has more “bling appeal” and there are some advantages to the sandwich design. The aluminum is certainly more heat resistant than polymer. For guys who want a “Cadillac” tray on their bench, the MK Machining Trays may be worth the investment. We also think these might make nice prizes for a shooting match.
Vortex Optics and Hornady have joined forces to create what may be the most remarkable new bullet technology in the past 20 years. Vortex has adapted a miniature video system to fit inside the tips of rifle bullets. The micro-sized camera/transmitter was originally developed for miniature spy drones. Vortex cleverly figured out to make these tiny little video cameras work when carried on a spinning projectile launched from a rifle.
The revolutionary bullet-cam is the equivalent of the camera in the nose of a “smart” bomb or missile, but micro-miniaturized. This new technology allows you to literally watch your bullet fly into the target. For long-range shots with extended flight times, the view is mesmerizing. Hunters should be very excited. With the Bullet-Cam, you can record the “shot of a lifetime” on a trophy hunt. One has to commend Vortex for achieving this electro-optical breakthrough. Kudos also to Hornady for incorporating the micro-optics into shootable ammunition.
Vortex Video Shows New Bullet-Cam in Action:
A live feed from the Bullet-Cam streams right to your device for instant viewing. Once the Bullet-Cam hits the target, recording stops and the video is automatically uploaded to the VTX Cloud where it can be shared to social media.
Software Indexing Magic Creates Stable, Viewable Image
How is the image viewable though the bullet is spinning at thousands of RPM? The answer is surprisingly simple — and achieved through software. The bullet RPM is referenced by a microprocessor, so the camera’s software simply snaps a picture of the target every few micro-seconds, when the target is in exactly the same orientation. The lens is spinning, but it only captures visual data once every rotation (i.e. image capture is rotationally-indexed). This “stream of stills” is then blended into the video feed. What the viewer sees is a stable movie as though the camera was mounted on a non-rotating, fin-stabilized projectile. This rotationally-sequenced image-capture process made the whole project possible. We’re told that the Pentagon was so impressed with the technology that it is looking to fit Bullet-Cams into a variety of spin-stabilized ordnance, including artillery shells and large-caliber (.50 BMG) sniper rounds.
Vortex Engineer Ian Klemm, a top F-TR shooter, helped develop the innovative Bullet-Cam. Ian says: “Our goal with … Vortex products is to allow our customers to see things clearly from all vantage points. When it comes to bullet impact though, shooters have had to relay on traditional optics to determine accuracy from long distances. We were determined to provide an additional point of view (POV) to improve precision and overall performance. [We want] shooters to have the most advanced tools in the industry, to achieve the most accurate shots. With the Bullet-Cam you will always know if you are way off or dead on.”
Ten Bucks Per Shot — Great for Hunters
Considering the technology involved, the Bullet-Cam product is suprisingly affordable. A box of ten (10) cam-equipped cartridges is only $99.99. So, for about ten bucks per shot, you can actually see your shots fly downrange and into the target. That’s something that’s never been possible with sporting ammunition. This new technology unlocks a whole new world for precision shooters. And for hunters — the Bullet-Cam literally allows you to record the shot of a lifetime on a trophy animal. You can then share that memorable experience via Facebook, Twitter or other social media.
We’ve told fans of Hodgdon H4350 to give Alliant Reloder 16 (RL16) a try. In our tests, Reloder 16 has proven a very promising rival to H4350 for accuracy, low ES/SD, and temp stability.
Now you can get the advantages of Reloder 16 in a slower powder formulated for magnum cartridges — Reloder 26 (RL26). Alliant says RL26’s burn speed falls between that of Reloder® 22 and Reloder® 33. That means it’s slower than H4831 but faster than powders that would suit the .338 Lapua Magnum. Reloder 26 has a high bulk density that allows larger powder charges, and high velocities. RL26 also provides a consistent, controlled response to temperature changes.
We are hearing very good things about RL26 from friends and Forum members who are testing it with big calibers for Long Range applications. Accuracy is good and velocities are impressive. Alliant says RL26 “incorporates EI® technology to produce extremely high velocities in magnum cartridges”. In big magnums, shooters have reported gaining 100+ fps with RL26 compared to H1000 or Retumbo. And to our surprise some guys have even tried replacing H4350 with RL26 (in smaller cartridge types) and they have picked up meaningful velocities. We don’t think Alliant ever intended RL26 as a substitute for H4350, but if you’ve got the case capacity… it may be worth a try.
Alliant Reloder 26 Features
EI® technology delivers high velocities in magnum cartridges
Contains proprietary de-coppering additive
Controlled temperature stability
Excellent lot-to-lot consistency
Formulation contains no DNT or DBP
Made in Switzerland for Alliant Powder
Alliant’s Tech Expert Talks about Reloder 26
What are the characteristics of Reloder 26? That question was answered recently by Paul Furrier who works for ATK, the parent company of Alliant Powders. Posting in our Shooters’ Forum, Paul writes:
“Reloder 26 is produced in Switzerland by our extremely capable partner Nitrochemie. I have seen it stated that they [it is] made by Bofors, so that is incorrect. I have also noticed people are equating … Reloder 26 to Reloder 25. Reloder 26 is definitely slower burning than Reloder 25, so there shouldn’t be any confusion there either.”
Speed and More Speed with RL 26
Think of Reloder 26 as a high-velocity powder for big cartridges. Furrier explains: “Reloder 26 is produced with Nitrochemie’s latest generation EI® process technology. This is the same impregnation coating process used to produce Reloder 17, Reloder 33, and Reloder 50 for us, and it is fantastic. Reloder 26 [offers] great ballistic efficiency, high bulk density so you can get more of the slow powder into the case to harness the energy, and decent, predictable extreme temp response. Reloder 26 is not as flat at temps as the TZ or Australian materials, but it is very manageable, usually in the 0.5 fps/°F range (depending on the application). Just as important, the pressure increases at hot are very manageable. We are using quite a bit of this RL26 powder in our Federal factory ammo due to the fantastic ballistics and accuracy.” — Paul Furrier, ATK
The new 38th Edition of the Blue Book of Gun Values is slated for release on April 1, 2017. You can currently pre-order the price guide through Amazon.com. The Blue Book of Gun Values by S.P. Fjestad is the leading gun valuation resource. There are now 1.6 million copies in circulation worldwide.
Blue Book of Gun Values, 38th Edition
Publication Date: April 1, 2017
2512 Pages with 30,000 gun descriptions, and 175,000+ Prices
Over 1500 Makes Covered
This new edition contains updated values for countless firearm types. 2017 makes and models have been included, along with important pricing updates on many current and discontinued models. This new edition contains significantly updated values and information reflecting changes in the gun industry.
CD-ROM and Online Subscription Options
You can also purchase the latest 38th Edition of the Blue Book in Flash Drive format. Also, all the data in the 38th Edition is available via an Online Subscription. To subscribe or buy the Flash Drive, visit Bluebookofgunvalues.com.
Features of the new Blue Book of Gun Values:
· Important pricing updates on major trademark current, antique, and discontinued models, including Colt, Winchester, Smith & Wesson, and Sturm Ruger.
· 2017 makes and models have been included, with many new handgun and rifle products from many manufacturers.
· 2,512 Pages of content includes nearly 1,500 manufacturers and trademarks, almost 30,000 gun model descriptions, and over 175,000 prices.
· More information, more values, and more history than any other guide on the market, by far!
Sample Page from Blue Book of Gun Values:
Review by Tom Gresham, Gun Talk Radio Host
“At some point, every gun owner asks the question, ‘What’s it worth?’ The leading reference for decades has been the Blue Book of Gun Values. Whether you are a seller, a buyer, a shopper, or just curious, this constantly-updated gold mine of research is your friend.”
We liked (and used) Lyman’s Digital Trigger Pull Gauge before, and now it’s even better. Lyman has updated its pull gauge to be faster and more precise. The new gauge measures trigger pull weights from 1 ounce to 12 pounds with resolution of 0.1 ounces (2.8 grams). We think that anyone running match triggers below 2.5 pounds pull weight should have a gauge like this. Among the pull gauges on the market, we think the new Lyman unit now offers the best performance for the price — this gauge has a $59.95 MSRP, and expect to see it for under $50.00 when it is available. We like the new adjustable, 4-position rod which retracts into the gauge body.
Upgrades: More Precise Strain Gauge | Improved Grip Shape | Adjustable Rod Lengths
Lyman’s new, improved Electronic Digital Trigger Pull Gauge is designed to be the fastest and most accurate trigger pull gauge available. State-of-the-art strain gauge technology allows for repeatable accuracy of 1/10 ounce (2.8 grams). The gauge features a large, easy-to-read LCD display and you can switch from ounces to grams with the push of a button. The gauge can also deliver a pull weight average of the last 10 readings. That’s very helpful, particularly when working with factory triggers that may not be very consistent.
The new model Trigger Pull Gauge features a solid, collapsible rod with four locking positions. Being able to adjust length makes it easier to use the gauge with a wide variety of firearms. The locking feature prevents the rod from flexing when applying pressure to the trigger. When not in use, the rod conveniently collapses into the gauge body, making the whole unit more compact. The new Trigger Pull Gauge comes in an internally-padded plastic case that can be easily stored in a drawer or on your work bench. The old-style Lyman gauge (shown below) had a limited rod-length adjustment range, and the rod needed to be removed to store the gauge in its soft case.