Nightforce scopes are built tough. This was demonstrated in the latest Nightforce Torture Test. In this remarkable experiment, a Nightforce NXS 5-22x50mm scope was subjected to some truly brutal treatment — freezing, blasting, and pounding. During the course of the test, the NXS was:
— Encased in a block of ice for 24 hours.
— Blasted with a 12-gauge shotgun (while in the ice).
— Pounded on a block of wood to clear the ice.
— Used as a hammer to drive a spike into wood.
The test had two phases. After the ice-encased scope was blasted with a 12 gauge shotgun, the scope was mounted on a Barrett MRAD rifle (1:00 time-mark) and used to successfully hit a steel swinger target at 100 yards. Then the scope was removed from the Barrett and used to hammer a long steel spike into a block of wood (1:55 time-mark). Then, after the pounding, the NXS scope was reattached to the rifle, and used to hit a binary explosive target (2:25 time-mark).
WATCH Nightforce Torture Test Video:
The entire torture test process was filmed in a continuous shoot (with no “time-outs”) so there is no trickery. Watch the video to see the continuous time-line in the lower right.
Want to learn more about Long Range Shooting? Check out the “Elements of Long Range Shooting” videos from the National Shooting Sport Foundation (NSSF). In this multi-part series, Bryan Litz of Applied Ballistics covers a variety of topics of interest to precision shooters. Today we feature three of these videos. There are five other videos in this series. Watch the entire 8-video “Elements of Long Range Shooting” series on the NSSF YouTube Channel.
Atmospherics and Density Altitude
Bryan Litz explains: “An important element in calculating an accurate firing solution for long-range shooting is understanding the effects of atmospherics on a projectile.” Atmospherics include air pressure, air temperature, and humidity. Bryan notes: “Temperature, pressure, and humidity all affect the air density… that the bullet is flying through. You can combine all those factors into one variable called ‘Density Altitude’.” Density Altitude is used by the ballistic solver to account for air density variables that affect bullet flight.
Bullet Ballistic Coefficients
A bullet’s ballistic coefficient (BC) basically expresses how well the bullet flies through the air. Higher BC bullets have less aerodynamic drag than lower BC projectiles. You will see BCs listed as either G1 and G7 numbers. These correspond to different bullet shape models. Generally speaking, the G7 model works better for the long, boat-tail bullets used for long-range shooting. Notably, a bullet’s drag is NOT constant in flight. The true BC can vary over the course of the trajectory as the bullet velocity degrades. In other words, “BC is dynamic”. That said, you can make very accurate drop charts using the BCs provided by major bullet-makers, as plugged into solvers. However, long-range competitors may want to record “real world” drop numbers at various distances. For example, we’ve seen trajectories be higher than predicted at 500 yards, yet lower than predicted at 1000.
Ballistics Solvers — Many Options
Bryan Litz observes: “When we talk about the elements of long range shooting, obviously a very important element is a getting a fire solution, using a ballistic solver. There are a lot of ballistic solvers out there… Applied Ballistics has smartphone Apps. Applied Ballistics has integrated the ballistic solver directly into a Kestral, and the same solver runs (manually) on the Accuracy Solutions Wiz-Wheel. The point is, if it is an Applied Ballistics device it is running the same solutions across the board.”
About Bryan Litz
Bryan began his career as a rocket scientist, quite literally. He then started Applied Ballistics, the leading company focusing on ballistics science for rifle shooting. A past F-TR Long-Range National Champion and Chief Ballistician for Berger Bullets, knows his stuff. His Applied Ballistics squad was the winning team at the 2017 King of 2 Miles event, and Applied Ballistics recently received a major U.S. defense contract to to execute Phase 1 of the Extreme Sniper Strike Operations (ESSO) project.
Our friend Derek Rodgers is the current F-TR World Champion AND the current King of 2 Miles, having won his KO2M crown at Raton last year. Shooting with Team Applied Ballistics, Derek delivered a dominant performance at the KO2M event, scoring nearly twice as many points as his nearest rival, Ronnie Wright. And Derek was the first KO2M marksman in history to hit the target at the maximum 3368-yard (1.91 mile) distance.
Derek topped the K02M field last year shooting a .375 CheyTac with Cutting Edge 400gr LazerMax tipped bullets. That’s a really big cartridge, but apparently not big enough for Derek. Mr. Rodgers has hot-rodded his long-range rig, fitting a barrel for an even bigger cartridge, the mighty .416 Barrett. Derek tells us: “The .416 is rolling now. I am preparing for initial load development and working out tooling kinks on the bench.” He is loading more Cutting Edge bullets with a selection of slow powders. For his .375 CheyTac last year, Derek used Hodgdon 50 BMG. He’s trying something else this time…
Breakfast of Champions:
Watch Derek Rodgers hit 3368-yard target at 2017 K02M Competition:
At the 2017 K02M, Derek ruled. With his McMillan-stocked .375 CheyTac rifle, Derek shot brilliantly from the start. He was perfect — without a miss — at the first three yardages: 1543, 1722, and 1888. He had some misses at 1953 and 2667 yards, but then he out-shot all competitors at 3028 yards, going two for five. No other shooter managed a single hit at 3028 yards. Then it all came down to the big one — the last (and greatest) challenge, the target at 3368 yards (1.91 miles).
Here’s something you don’t see every day — a reloading press that has loaded over 1,000,000 rounds of ammo. At the NRA Convention in Dallas, Redding showcased an old Redding T-7 Turret Press delivered to Sierra Bullets decades ago. 0ne of the very first T-7s made by Redding, this “old warrior” was used by Sierra Bullets to load over 1,000,000 rounds of ammunition in Sierra’s ballistics lab.
Redding T-7 Still Within Spec
After all that loading, Redding tested the press and, remarkably, found that it still remained “within spec”. Redding notes: “This press was subjected to real world reloading wear and stress yet remains within ‘new’ spec after this historic test”. At the Dallas NRA event, this press was fitted with indicators to show “just how good American Steel and craftsmanship remains after what, in a normal situation, would represent numerous lifetimes of use.”
Redding Reloading Equipment has crafted quality, American-Made products for the precision handloading market since 1946. To learn more about Redding products or to request a copy of the 2018 Redding catalog visit Redding-Reloading.com.
Montana-based PROOF Research has released a revealing new video showcasing carbon fiber firearms technology and the company’s barrel-making process. Viewers will find the 8-minute film an intriguing introduction to composite barrel-making, which employs aerospace carbon fiber wrapped around a steel barrel core. The video showcases the high-tech machines used at PROOF’s production facilities.
PROOF’s CEO Larry Murphy explains that PROOF’s barrel technology is state-of-the-art: “What PROOF Research is doing is bringing disruption into our industry. We’re doing things that have never been done here before. That’s going to help the warfighter, and it’s going to help the average hunter … it’s going to do a lot of things.” The video shows how the company employs aerospace-grade, high-temperature composite materials to build match-grade carbon fiber-wrapped barrels, and composite rifle systems.
Dr. David Curliss, General Manager of PROOF Research’s Advanced Composite Division, and former head of the U.S. Air Force High Temperature Composites Laboratory, explains how aerospace expertise helps in the development of PROOF’s firearms-related products: “We are able to provide premier materials for PROOF Research for firearms barrels applications as well as the aerospace market. We’re probably the only firearms technology company that has composite materials in orbit around the earth.”
Hornady has an innovative new gunsafe designed for use in vehicles. The new Hornady RAPiD Vehicle Safe offers instant access using modern RFID technology. In addition the RAPiD Safe can easily be installed in nearly any car or truck with individual front seats and a center column. The safe is placed either on the driver’s side or the passenger side, in the gap between the seat and the center console. An inflatable air bladder fits into the gap between seat and column, holding the RAPiD safe steady. A further cable locks around the seat base for added security.
We checked out this product at SHOT Show and it has a lot of positives. It can be easily moved from one vehicle to another, with no interior modifications required. Your handgun can be deployed in just a few seconds (watch video). There is a back-up conventional barrel lock and key, so you can always access your firearm even if the electrical system malfunctions. The RAPiD Vehicle safe can run on its own batteries or you can plug its cord into your vehicle’s 12V power outlet. The air bladder wedge system works pretty well on most vehicles, but the RAPiD Safe definitely wobbles a bit when you open or close it. We prefer it on the passenger side, unless you have a very wide center console.
Are you bored with your “whimpy” .50 BMG? Looking for something with a little more punch? Well J.D. Jones and his team at SSK Industries have created a truly big boomer — the .950 JDJ. As its name implies, rifles chambered for the cartridge have a bore diameter of 0.950″ (24.13 mm). This would normally make such rifles “destructive devices” under the 1934 National Firearms Act (NFA). However, SSK obtained a “Sporting Use” exemption allowing the rifles to be sold without special restrictions as destructive devices. CLICK HERE to watch .950 JDJ being fired.
.950 JDJ Specifications
Rifle Cost: $8000.00
Ammunition Cost: $40.00 per round
Projectile Weight: 3,600 grains (more than half a pound)
Rifle Weight: Between 80 and 120 pounds
Muzzle Energy: 38,685 ft/lbs (52,450 Joules)
Momentum: 154.1 Newton-seconds
As crafted by SSK Industries, .950 JDJ rifles use McMillan stocks and very large-diameter Krieger barrels fitted with a massive 18.2-lb muzzle brakes. The ammo produced by SSK features solid 3,600 grain bullets and CNC-machined cartridge brass. It is also possible (through a lot of work), to use a 20mm cannon casing shortened and necked-down.The primer pocket is swaged out to accept a .50 cal machine gun primer. That 3,600 grain bullet is just massive — it weighs more than half a pound. The cartridge propels its 3,600 grain bullet at approximately 2,200 fps. This yields a muzzle energy of 38,685 ft-lbs and a momentum of 154.1 Newton-seconds. The energy on target (knock-down power) is comparable to WWI-era tank rounds.
Australian John Lavaring recently shot a group at 200 yards that would make most centerfire shooters proud. The five-shot group, with all shots in the center 10-ring, measured just 0.93 inches. That works out to 0.44 MOA at 200 — mighty impressive for a .22 LR. Recorded at a Rimfire Fly Shoot benchrest event in Canberra, Australia, this 200-yard target set two new Australian SSAA National records! John was using ELEY Tenex ammunition.
Congratulations to John Lavaring for a spectacular demonstration of how well a rimfire rig can shoot — even at 200 yards. We rarely shoot our .22 LR rifles past 50 meters. Maybe it’s time to start a Rimfire ELR series, with targets at 200 or even 300 yards. What do you think of the Rimfire ELR idea? Leave comments below.
Anschutz 54 Benchrest Rig
The rifle was a Anchutz model 54 Match in a custom benchrest stock. John’s record-setting rig features a barrel block, which you can see forward of the action. Scope is a Bausch & Lomb BR model. We don’t have the round count on Lavaring’s barrel, but good rimfire benchrest rifles can often get 10,000 rounds (or more) of accurate life.
Rimfire Ballistics at 200 Yards
Some folks may be wondering about .22 LR ballistics at 200 yards. Well, with a 25-yard zero, the 200-yard drop for John’s 40gr Tenex ammo is 54 inches, assuming 0.145 G1 BC and 1085 fps muzzle velocity per ELEY website. And at 200 yards, a 10 mph crosswind will push that little bullet 15.3 inches! We’re told the winds were pretty tricky when Lavary shot his record group. This makes his achievement all the more impressive — we have to admire John’s wind-reading ability.
This ELEY ammo has proven to be exceptionally accurate. Here is a short video showing TEN rounds of Tenex shot from a machine rest with target at 50 meters.
Do you own an M1 Garand? Or perhaps you’re thinking of ordering a Garand, now that the CMP recently received 99,000 of these classic battle rifles — returns from Turkey and the Philippines. An M1 Garand is a great addition to anyone’s personal firearms collection. It is a piece of living history — plus it can be used in Vintage Military rifle matchers. Here are some resources for M1 Garand owners. There are marksmanship tips, plus helpful advice on maintaining your M1 Garand.
Rifle Marksmanship with the M1 Garand Rifle
The film was made in 1942/43 for the War Department. It shows shooting positions and holding techniques for the M1 Garand. This informative video will help both novice Garand shooters as well as experts seeking a “refresher course”. The film focuses on the M1 Garand but the techniques can be applied to any rifle. The narration sounds a bit “corny” by today’s standards, but focus on the techniques shown and you’ll learn plenty.
M1 Service and Maintenance
Shooting Sports USA has published an excellent article on Service and Maintenance of M1 Garand Rifles. This covers basic cleaning and servicing and also explains how to upgrade the performance of your Garands. READ Article HERE.
This popular Tips and Tricks Video has been viewed over 500,000 Times on YouTube.
Recommended M1 Garand Manual
Among the many M1 Garand manuals available, we recommend the CMP’s U.S. Rifle, Caliber .30, M1: ‘Read This First’ Manual. This booklet covers take-down, reassembly, cleaning, lubrication, and operation. The manual comes with CMP rifles or can be purchased for $3.50 from the CMP eStore. The author of Garand Tips & Tricks says: “It’s one of the best firearms manuals I’ve seen and I highly recommend it.” The CMP also offers many other M1 Garand print resources including:
OK, admit it — you’ve always wondered how they get those color swirls and camo patterns in McMillan stocks. (You’ll be surprised at the answer). And how does McMillan manage to inlet stocks so precisely for so many different action types?
McMillan Stocks is one of the leading fiberglass stock producers, cranking out 8,000-10,000 stocks every year for hunters, target shooters, and members of the military. McMillan employs state-of-the-art, high-tech machinery. At the same time, many processes are still done by hand — such as applying colors to the stocks.
In the videos below, Kelly McMillan hosts Bob Beck of Extreme Outer Limits TV in a tour of the McMillan stock-making facility. We think all avid “gun guys” will be fascinated by these high-quality videos.
McMillan Custom Stock Production
The first video shows the stock-building operation from start to finish — You’ll see the lay-up, color application, molding, and “stuffing”. Watch carefully at 0:16 to see colors being applied.
Redding T-7 Still Within Spec
Are you bored with your “whimpy” .50 BMG? Looking for something with a little more punch? Well J.D. Jones and his team at 
Anschutz 54 Benchrest Rig
OK, admit it — you’ve always wondered how they get those color swirls and camo patterns in McMillan stocks. (You’ll be surprised at the answer). And how does McMillan manage to inlet stocks so precisely for so many different action types?
