What goes into a £77,500.00 ‘Royal’ model hand-crafted shotgun? Watch this remarkable video from Holland & Holland to find out. Filmed in the Holland & Holland factory, this nine-minute video shows all the key stages in the creation of H&H’s prized shotguns and rifles. The video shows barrel-making, stock checkering, metal engraving and more…
Holland & Holland ‘Royal’ Side-by-Side Shotgun
Holland & Holland Double Rifle with Fitted Case
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“At the start of World War Two, Pratt & Whitney developed a new, ‘B’ series of hydraulically-powered rifling machines, which were in fact two machines on the same bed. They weighed in at three tons and required the concrete floors now generally seen in workshops by this time. Very few of these hydraulic machines subsequently became available on the surplus market and now it is these machines which are sought after and used by barrel makers like John Krieger and ‘Boots’ Obermeyer. In fact, there are probably less of the ‘B’ series hydraulic riflers around today than of the older ‘Sine Bar’ universal riflers.” — Geoffrey Kolbe, Border Barrels.
How Krieger Builds Barrels
This video shows the process of cut-rifled barrel-making by Krieger Barrels, one of the world’s best barrel manufacturers. Krieger cut-rifled barrels have set numerous world records and are favored by many top shooters. The video show the huge, complex machines used — bore-drilling equipment and hydraulic riflers. You can also see how barrels are contoured, polished, and inspected.
Click Arrow to Watch Krieger Barrels Video:
For anyone interested in accurate rifles, this is absolutely a “must-watch” video. Watch blanks being cryogenically treated, then drilled and lathe-turned. Next comes the big stuff — the massive rifling machines that single-point-cut the rifling in a precise, time-consuming process. Following that you can see barrels being contoured, polished, and inspected (with air gauge and bore-scope). There is even a sequence showing chambers being cut.
Here is a time-line of the important barrel-making processes shown in the video. You may want to use the “Pause” button, or repeat some segments to get a better look at particular operations. The numbers on the left represent playback minutes and seconds.
Krieger Barrel-Making Processes Shown in Video:
00:24 – Cryogenic treatment of steel blanks
00:38 – Pre-contour Barrels on CNC lathe
01:14 – Drilling Barrels
01:28 – Finish Turning on CNC lathe
01:40 – Reaming
01:50 – Cut Rifling
02:12 – Hand Lapping
02:25 – Cut Rifling
You probably know that MOA stands for “Minute of Angle” (or more precisely “minute of arc”), but could you define the terms “Milrad” or “MIL”? In his latest video, Bryan Litz of Applied Ballitics explains MOA and MILs (short for “milliradians”). Bryan defines those terms and explains how they are used. One MOA is an angular measurement (1/60th of one degree) that subtends 1.047″ at 100 yards. One MIL (i.e. one milliradian) subtends 1/10th meter at 100 meters; that means that 0.1 Mil is one centimeter (1 cm) at 100 meters. Is one angular measurement system better than another? Not necessarily… Bryan explains that Mildot scopes may be handy for ranging, but scopes with MOA-based clicks work just fine for precision work at known distances. Also because one MOA is almost exactly one inch at 100 yards, the MOA system is convenient for expressing a rifle’s accuracy. By common parlance, a “half-MOA” rifle can shoot groups that are 1/2-inch (or smaller) at 100 yards.
What is a “Minute” of Angle?
When talking about angular degrees, a “minute” is simply 1/60th. So a “Minute of Angle” is simply 1/60th of one degree of a central angle, measured either up and down (for elevation) or side to side (for windage). At 100 yards, 1 MOA equals 1.047″ on the target. This is often rounded to one inch for simplicity. Say, for example, you click up 1 MOA (four clicks on a 1/4-MOA scope). That is roughly 1 inch at 100 yards, or roughly 4 inches at 400 yards, since the target area measured by an MOA subtension increases with the distance.
MIL vs. MOA for Target Ranging
MIL or MOA — which angular measuring system is better for target ranging (and hold-offs)? In a recent article on his PrecisionRifleBlog.com website, Cal Zant tackles that question. Analyzing the pros and cons of each, Zant concludes that both systems work well, provided you have compatible click values on your scope. Zant does note that a 1/4 MOA division is “slightly more precise” than 1/10th mil, but that’s really not a big deal: “Technically, 1/4 MOA clicks provide a little finer adjustments than 1/10 MIL. This difference is very slight… it only equates to 0.1″ difference in adjustments at 100 yards or 1″ at 1,000 yards[.]” Zant adds that, in practical terms, both 1/4-MOA clicks and 1/10th-MIL clicks work well in the field: “Most shooters agree that 1/4 MOA or 1/10 MIL are both right around that sweet spot.”
Do you own a Springfield M1A (or wish you did)? Then you should watch this 5-minute video from the American Gunsmithing Institute (AGI). This video shows the basics of the operation of the popular M1A rifle, the civilian version of the military M14. In this video, Your gunsmith John Bush field-strips the M1A and shows how the bolt, op rod, and trigger group fits together and operates. This video contains excerpts from the M1A Rifle Armorer’s Course, AGI Course #1584. The full Armorer’s Course is available on DVD from www.AmericanGunsmith.com.
Watch Highlights of AGI M1A Rifle Armorer’s Course:
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Have you recently purchased a new scope? Then you should verify the actual click value of the turrets before you use the optic in competition (or on a long-range hunt). While a scope may have listed click values of 1/4-MOA, 1/8-MOA or 0.1 Mils, the reality may be slightly different. Many scopes have actual click values that are slightly higher or lower than the value claimed by the manufacturer. The small variance adds up when you click through a wide range of elevation.
In this video, Bryan Litz of Applied Ballistics shows how to verify your true click values using a “Tall Target Test”. The idea is to start at the bottom end of a vertical line, and then click up 30 MOA or so. Multiply the number of clicked MOA by 1.047 to get the claimed value in inches. For example, at 100 yards, 30 MOA is exactly 31.41 inches. Then measure the difference in your actual point of impact. If, for example, your point of impact is 33 inches, then you are getting more than the stated MOA with each click (assuming the target is positioned at exactly 100 yards).
How to Perform the Tall Target Test
The objective of the tall target test is to insure that your scope is giving you the proper amount of adjustment. For example, when you dial 30 MOA, are you really getting 30 MOA, or are you getting 28.5 or 31.2 MOA? The only way to be sure is to verify, don’t take it for granted! Knowing your scopes true click values insures that you can accurately apply a ballistic solution. In fact, many perceived inaccuracies of long range ballistics solutions are actually caused by the scopes not applying the intended adjustment. In order to verify your scope’s true movement and calculate a correction factor, follow the steps in the Tall Target Worksheet. This worksheet takes you thru the ‘calibration process’ including measuring true range to target and actual POI shift for a given scope adjustment. The goal is to calculate a correction factor that you can apply to a ballistic solution which accounts for the tracking error of your scope. For example, if you find your scope moves 7% more than it should, then you have to apply 7% less than the ballistic solution calls for to hit your target.
NOTE: When doing this test, don’t go for the maximum possible elevation. You don’t want to max out the elevation knob, running it to the top stop. Bryan Litz explains: “It’s good to avoid the extremes of adjustment when doing the tall target test.I don’t know how much different the clicks would be at the edges, but they’re not the same.”
Should You Perform a WIDE Target Test Too?
What about testing your windage clicks the same way, with a WIDE target test? Bryan Litz says that’s not really necessary: “The wide target test isn’t as important for a couple reasons. First, you typically don’t dial nearly as much wind as you do elevation. Second, your dialed windage is a guess to begin with; a moving average that’s different for every shot. Whereas you stand to gain a lot by nailing vertical down to the click, the same is not true of windage. If there’s a 5% error in your scope’s windage tracking, you’d never know it.”
Verifying Scope Level With Tall Target Test
Bryan says: “While setting up your Tall Target Test, you should also verify that your scope level is mounted and aligned properly. This is critical to insuring that you’ll have a long range horizontal zero when you dial on a bunch of elevation for long range shots. This is a requirement for all kinds of long range shooting. Without a properly-mounted scope level (verified on a Tall Target), you really can’t guarantee your horizontal zero at long range.”
NOTE: For ‘known-distance’ competition, this is the only mandatory part of the tall target test, since slight variations in elevation click-values are not that important once you’re centered “on target” at a known distance.
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This video from the U.S. Army Marksmanship Unit focuses on two key fundamentals of marksmanship: 1) Sight Alignment; and 2) Trigger Squeeze. This video can assist any Service Rifle or metallic sights shooter. The USAMU instructor explains: “You’ve probably heard a lot about fundamentals — Breathe, Relax, Aim, Squeeze… Well that gives a shooter a lot to think about. Here we teach two main firing tasks: 1) align the sights, and 2) squeeze the trigger without moving the rifle. This allows the shooter a much more simplified format.”
The following tips are transcribed from the video:
Task One: Sight Alignment
Sight alignment is the process of putting the tip of the front sight post, the rear aperture, and the shooter’s eyeball all on the same plane. It’s very important to maintain the tip of the front sight post centered in the rear aperture. Just .002″ of deviation can cause a miss at 300 meters. Allow your eye to do its job. While firing, the focus should remain on the tip of the front sight.
Task Two: Trigger Control
Your second firing task is [to] fire the rifle without moving it. This is done through proper trigger control. You’ve probably heard a lot of words about trigger control — “surprise break”, “snatch”, “pull”, “squeeze”… well we teach one thing here: “smooth”. No matter the speed at which I engage the trigger, it’s always going to be smooth. Imagine trying to pull the trigger straight through the rear of the buttstock, holding it to the rear while the gun recoils. It’s important to constantly engage the trigger, never letting your trigger finger disengage from the trigger while firing. This is achieved through natural trigger finger placement.
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When we first ran this story a couple years ago, it proved immensely popular with our readers. In case you missed it the first time around, check out what can be done with a factory Savage 110 BA at extreme long range — 1760 yards (one mile). Shooter Mark Dalzell did a great job with the video, which features multiple camera views so you can see the shooter and the target at the same time. Enjoy!
This video by Mark Dalzell demonstrates the long-range capabilities of the Savage 110 BA chambered in .338 Lapua Magnum. Mark took his “BadAss” rig out to the southwest Nevada desert just north of Jean Dry Lakes. He placed a 2’x3′ target way, way out there — a full mile (1760 yards) away. At that range, flight time to target was 3.75 seconds! Sighting with a Nightforce 5-22x50mm NXS scope, Mark needed a few shots to get on target, but eventually made multiple hits, using 67 MOA of elevation and 2.25 MOA left windage. You can view the hits starting at 1:56 time-mark on the video. (Mark had a second camera set up closer to the target — this displays frame in frame in the video, and if you watch carefully you can see the strikes.) The ammo was HSM 250gr HPBT match with a 3.600″ COAL. The shooting was done at 8:13 in the morning, with clear conditions, very light winds. Temp was 57°, humidity 24.5, Density Altitude 3666. Video soundtrack is La Grange by ZZ Top.
LISTEN TO MARK TALK about One Mile Shooting:
CLICK Play Button to hear Mark Dalzell TALK about his .338 LM Savage 110 BA and how he scored hits at 1760 yards.
Good Shooting Mark. That’s darn good for a factory rifle. You also had the elevation dialed in real close before the firing started! That shows a good knowledge of your ammo’s long-range ballistics. We also noticed how effective that muzzle brake was. Recoil looked about the same as an un-braked .308 Win.
If you thought Mark’s 1760-yard shooting was impressive, Mark has produced another video that shows a session at even greater distances — out to 2300 yards. Watch Mark Dalzell Shoot at 2300 Yards.
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Thinking of getting started in 3-Gun competition? In this NSSF video, Top Shot Finalist Chris Cerino reviews the hardware you’ll need for multi-gun matches. Chris talks about carbine configurations — including barrel, handguard, and optics options. In reviewing shotguns, Chris discusses shotshell caddies and the high-capacity extended tubular magazines now available. Cerino also demonstrates pistol techniques and explains the key features of a belt/holster rig for 3-Gun competition.
Gun Control — Tips on AR Shooting with Jerry Miculek
In another NSSF video, pro shooter Jerry Miculek provides tips on handling an AR-type rifle in 3-Gun matches. First, Jerry recommends a slightly forward stance, with your nose over your front toe. Second, it is important to have a consistent trigger pull. No matter how good your sight alignment, Jerry cautions, you can miss the target with a sloppy trigger pull. Finally, Miculek recommends placing your non-trigger hand well forward on the handguard. That provides better balance, tames muzzle rise, and gives you better control over the rifle for quick follow-up shots. Some shooters use a low hand position on the magwell, but Jerry says that makes the AR-15 feel top-heavy. Having your support hand out front on the handguard lowers the AR’s perceived center of gravity, allowing faster transitions for better stage times.
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While AccurateShooter.com focuses on rifles, we know that a large percentage of our readers own handguns, with 1911-style pistols being particular favorites. For you 1911 owners, here are four short videos from Brownells showing how to fieldstrip, clean, lubricate, and re-assemble a 1911-style pistol.
Do you own an RCBS electronic powder dispenser? If you do, take the time to watch this ChargeMaster Tuning video from 8541 Tactical. This nine-minute video demonstrates how to re-program your Chargemaster to “tune” the dispensing process. The video shows the exact programming procedures to follow, step-by-step. Some folks want a faster powder flow — others tune their machines for a more reliable drop (with fewer over-runs). One cheap and popular modification is to insert a 1″-long section of a McDonald’s straw in the ChargeMaster’s silver dispensing tube. This works surprisingly well to smooth kernel drop and prevent “clumping” that can cause an over-charge. The McDonald’s straw MOD is demonstrated in this video, starting at the 6:22 mark.
Large-Diameter Dispensing Tube Mod
Many folks have had success with the McDonald’s straw modification demonstrated in the above video. However, some folks would like to get even better flow performance (with virtually no clumping). Forum Member Frank B. has come up with a new option using a brass hose fitting with a large outside diameter. The hose fitting (with tape wrapped around the barbed nose section) is placed inside the RCBS dispensing tube (be sure to have some kind of wrap — you don’t want metal-on-metal). Here’s how the unit looks installed:
Frank tells us: “I have found a cure for the over-throw problem. It is a simple 1/4″ barbed hose nipple. I wrapped a couple layers of tape around the barbed end for a snug fit. With this in place, I have thrown 100+ charges of Varget without a single overthrow. The ID of the barbed end needs to be approximately 3/16″ to feed a steady flow. This works because of the larger ID at the drop.”
Frank adds: “You can see in the photo that the powder is not stacking up. You can watch it drop one grain at a time. Hope this will take the aggravation out of your case charging.” For best performance with this brass fitting MOD, we recommend de-burring and smoothing out the front edge of the brass fitting over which the kernels drop.
Brass fitting mod suggested by Boyd Allen. We welcome reader submissions.
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The prestigious GAP Grind tactical match took place 16-18 October, at the K&M Shooting Complex in Finger, Tennessee. Here’s a “sizzle reel” video showing highlights from this year’s match, which drew talented competitors from across the nation. Held in association with the Precision Rifle Series (PRS), this year’s Grind features a Pro/Am format with professional and amateur competitors aiming for individual and team honors.
Watch GAP Grind 2015 Video (Loud Soundtrack):
Lots of Action, with 20+ Stages
The GAP Grind is a challenging, “high tempo” match with minimal down-time between stages. This year, over the course of 20+ stages, competitors each fired 200+ shots at a variety of steel, paper, moving, and reactive targets out to 1,200 yards. Targets varied in size and difficulty based on distance and time allotted. Most stages included “stressors” — i.e. time limits or required movement(s).
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Hunting season is here — and we know many of our readers will soon head to the woods in pursuit of deer, elk, or other game. To make a good shot, it’s wise to rest your rifle when possible. In this video, methods for stabilizing a rifle in the field are demonstrated by Forum member Thomas Haugland, who hails from Norway. Thomas focuses on practical field shooting skills for hunters. In this video, Thomas (aka ‘Roe’ on Forum and Sierra645 on YouTube) shows how to verify his zeros from bipod and then he demonstrates improvised field rests from the prone, kneeling, and sitting positions.
Thomas explains: “In this video I focus on basic marksmanship techniques and making ready for this year’s hunt. As a last check before my hunting season, I got to verify everything for one last time. My trajectory is verified again, the practical precision of the rifle is verified. I also practice making do with the best [improvised] rest possible when an opportunity presents itself. After getting knocked in the face by a 338LM rifle during a previous filming session, I had to go back to basics to stop [flinching]. I include some details from bipod shooting that hopefully some hunters will find useful. Fingers crossed for this years season, good luck!”
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Hornady has introduced an innovative new single-stage press with some very impressive features. The new-for-2016 Hornady Iron Press™ features a super-strong, pyramid-style cast-iron frame with an open front. A very clever optional “automatic” priming system shuttles primers from a vertical tube in the back to the shell-holder in the front. We’ve never really seen anything quite like this before. You really should watch the video — it shows the patented auto-priming system in action. This system appears to be a very smart piece of engineering — good job Hornady.
Watch this Video to See Gravity-Fed Shuttle Priming System (00:45, 01:00):
The broad top of the beefy (26-lb.) Iron Press can hold case prep tools (such as chamfer tool and case-neck brush) and/or a box for bullets or brass. NOTE: This is NOT a turret press — you can only use one die at a time. However, Hornady offers an accessory “Die Caddy” (sold separately) that can hold up to three (3) more dies. That way you can quickly switch from a sizing die to a seater die (or vice-versa). What Hornady calls the “Accessory Mounting Deck” gives quick access to items such as trays for bullets or cases, chamfer and deburr tools, case neck brushes, primer pocket cleaners and other accessories. The Iron Press comes with the Lock-N-Load® bushing system which allows for rapid die changes.
Optional Automatic Priming System
The optional auto-priming system is a real selling point for this new press we think. When you move the press handle rearwards, a horizontal bar toggles back to pick up a primer from the column in the rear of the press. Then this same bar move forwards to place the fresh primer in the center of the shell-holder. Hornady explains: “The available gravity-fed Automatic Priming System (sold separately or with the Lock-N-Load® Iron Press™ Reloading Kit), combined with the Accessory Mounting Deck, increases reloading efficiency by allowing more processes to occur simultaneously. The Iron Press™ is the first of its kind to allow the ability to deprime, pause, and remove the case to chamfer & deburr … then replace and prime.” Do watch the video to see the priming system in action.
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Trijicon Challenge Champion Jerry Miculek with wife Kay (left) and daughter Lena (right).
The legendary Jerry Miculek earned top honors at the 2015 Trijicon Shooting Challenge, winning a $50,000 grand prize. This year’s match, held October 21-24 at the Rockcastle Shooting Center, turned out to be a family affair — Jerry’s talented daughter Lena Miculek won the 2015 Womens’ Title. Todd Jarrett finished second overall, while Tim Yackley secured the Junior Division title.
Over $300,000 worth of Cash and Prizes Were Awarded
The 2015 Trijicon Challenge was a rich event. Shooters competed for over $100,000 in match cash, and over $200,000 in prize table awards. Some 180 professional and amateur competitive shooters from around the world traveled to the Rockcastle Shooting Center in Kentucky to compete.
This grueling event featured three days of action shooting in evenly weighted disciplines, with pistol, rifle, shotgun and combined arm segments. All firearms and ammunition were provided for the competitors, leveling the playing field.
With top five finishes in the final six stages of competition, Jerry Miculek showed the skills (and speed) that have made him one of the greatest action shooters in history. Jerry out-shot some very skilled competitors, including recently-crowned NRA World Shooting Championship winner Bruce Piatt, who finished sixth overall. Todd Jarrett took second, and Greg Jordan finished third. Rounding out the Top 5 were Tony Holmes (fourth) and BJ Norris (fifth).
Miculek Celebrates by Carving a Pumpkin with a Barrett .50 BMG
To celebrate his recent Trijicon Challenge victory, Jerry Miculek decided to do some pumpkin carving — with a .50 BMG Barrett Rifle.
Shooting the 30-lb rifle off-hand, Jerry blasted some serious holes in Mr. Pumpkin. Needless to say, the results were dramatic, if somewhat messy. Advancing the science of terminal ballistics, Jerry (not surprisingly) confirmed that “the 663-grain bullet did manage to penetrate the pumpkin all the way.” Thanks Jerry!
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In this video, Bryan Litz of Applied Ballistics talks about Density Altitude and the effect of atmospheric conditions on bullet flight. Bryan explains why you must accurately account for Density Altitude when figuring long-range trajectories.
Bryan tells us: “One of the important elements in calculating a fire solution for long-range shooting is understanding the effect of atmospherics. Temperature, pressure, and humidity all affect the air density that the bullet’s flying through. You can combine all those effects into one number (value) called ‘Density Altitude’. That means that you just have one number to track instead of three. But, ultimately, what you are doing is that you are describing to your ballistics solver the characteristics of the atmosphere that your bullet’s flying through so that the software can make the necessary adjustments and account for it in its calculations for drop and wind drift.”
Density altitude is the altitude relative to the standard atmosphere conditions (ISA) at which the air density would be equal to the indicated air density at the place of observation. Density altitude can be calculated from atmospheric pressure and temperature (assuming dry air). Here is the formula:
Air is more dense at lower elevations primarily because of gravity: “As gravity pulls the air towards the ground, [lower] molecules are subject to the additional weight of all the molecules above. This additional weight means the air pressure is highest at sea level, and diminishes with increases in elevation”.*
Both an increase in temperature, decrease in atmospheric pressure, and, to a much lesser degree, increase in humidity will cause an increase in density altitude. In hot and humid conditions, the density altitude at a particular location may be significantly higher than the true altitude.
Halloween is less than a week away. Our friend, trick-shot ace Kirsten Joy Weiss, did something special for this week, “carving” a pumpkin using her semi-auto Volquartsen .22 LR rifle. Kirsten had to send a lot of rimfire rounds into her orange friend. It turns out the little .22-caliber bullets worked better on exit than entry — Mr. Pumpkin’s posterior side was more impressive than his front. But overall, the effort turned out very well indeed, as you can see. Nice job, Kirsten.
On inspection, Kirsten found that the most impressive Jack ‘O Lantern face appeared on the reverse side of her pumpkin. The “exit wounds” were better than the entry holes.
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Helpful “How-To” Maintenance Videos from BAT
BAT actions are beautifully made — but they represent a substantial investment. If you’re fortunate to one one or more BAT actions, it’s important that you understand how to properly clean and lubricate the action, and how to assemble the bolt components. To help BAT owners with maintenance chores, The BAT Machine website features a Video Archive with many informative videos about bolts, ejectors, are action maintenance, and other technical matters. Here are two video:
How to Grease and Maintain Your BAT Action and Bolt:
How to Remove (and Re-Install) Firing Pin Assembly:
If you load pistol ammo you should have a case gauge (aka “gage”) for each cartridge type you reload. Caliber-specific, precision-machined cylindrical gauges perform many important functions. They will instantly reveal if your rounds are too long or have excessive headspace. They will also show if your case is bulged or otherwise too fat to chamber easily. You can use the gauge with sized brass as well as loaded rounds.
Case gauges are a “must-have” for anyone loading handgun ammunition, particularly if you crank out large quantities of pistol ammo with a progressive press. An oversize round can cause a misfeed, jam, or other problem. That can ruin your day if you are in the middle of a shooting match. If you are relying on your handgun for self-defense, the last thing you want is a malfunction of any kind. This Editor personally runs every pistol round through a gauge before it goes into the ammo box.
UltimateReloader.com Video Shows How to Use Pistol Case Gauges:
Our friend Gavin Gear of UltimateReloader.com has prepared an excellent video that explains the benefits of pistol case gauges and shows how to use them. Gavin uses the quality gages produced by L.E. Wilson. These are available for the most popular handgun cartridges, both autoloader cartridges, and rimmed revolver cartridges. Gavin demonstrates gage use with .40 SW and .44 magnum cases.
Gavin states: “Using a case gage is very simple, and I would recommend that you add one of these gages to your reloader’s tool chest for each of the pistol cartridge types you reload. It may just save you a lot of time and hassle. Peace of mind is hard to put a price on!”
We know many of you guys have a Forster case trimmer (hand lathe) sitting on your reloading bench. This tool does a good job of trimming cases to length. But did you know that an inexpensive accessory will allow your Forster case trimmer to chamfer while it cuts? Here’s the skinny on the 3-way head for the Forster case trimmer.
Tool Cuts Brass to Length, and Chamfers Inside and Outside
Forster’s 3-in-1 Carbide Case Mouth Cutter works with all existing Forster case trimmers. This unit does three jobs at the same time. It trims the case to length, it puts a 14-degree chamfer on the INSIDE of the neck, AND (last but not least), it cuts a 30-degree chamfer on the OUTSIDE of the neck. It does this all quickly and efficiently — in a matter of a few seconds. We tested the new tool ourselves on a few cases. The tool is solid and well made. The carbide cutting tips do perform a very clean cut. Be aware, however, if you have turned your necks already, you may have to reset the blade positions before you start trimming your brass.
Forster’s CFO, Robert Ruch, demonstrates the 3-in-1 case trimming/chamfering tool in the video above. As you can see, the tool turns very smoothly (no chatter). The actual cutting time, per case, is just a few seconds. The tool has an MSRP of $88.00, but it sells for around $65.00 to $70.00 at major vendors. Forster’s 3-in-1 Carbide cutting tool works with all existing Forster case trimmers and other hand lathes with a .490″ shaft diameter. The unit fits over the cutter shaft and secures with one set screw. The 3-in-1 cutter is available for five (5) calibers: .224, .243 (6mm), .264 (6.5mm), .284 (7mm), and .308.
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If the mainstream media is to be believed, America is experiencing a surge of gun-related violence. Meanwhile sponsors of new restrictions on firearms claim that gun crime is increasing. Due in part to television crime reports, the majority of Americans also believe that firearms-related crimes are on the rise. But is this really the case?
If fact, the crime rate has been dropping steadily for more than 20 years. That has occurred while the number of firearms owned by American has risen significantly So, statistics prove that we really have witnessed “more guns, less crime”. The NSSF video linked above demonstrates this point very effectively.
The numbers don’t lie — over the past 20 years, there has been a major reduction in gun-related crime while gun ownership levels have risen significantly. Moreover, the number of accidental gun fatalities has dropped precipitously, even though Americans own more firearms than ever before.
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