August 8th, 2014
Story based on report by Lars Dalseide for NRABlog.com
You could say shooting is in her blood. Raised in a home where national titles were about as regular as Johnny Carson on late night, it was only a matter of time until Michelle Gallagher won a National NRA Rifle title of her own. Or, as is the case this year, a fourth National NRA Long Range Rifle Championship.
“I started shooting when I was about 7,” Gallagher explained. “Mom was taking me and Sherri (her sister) to the range ever since we were little kids. “
As with most shooters, it all started with smallbore. Working on stance, trigger control, and reading the wind, the light rifle fulfilled every shooting desire until an international match in New Zealand for the Palma World Championships. “I saw those Palma team jackets and that was it. I wanted one of those jackets. So we went home and Mid (her stepfather Middleton Tompkins) built me a Palma gun.”
Michelle Gallagher with Tompkins Trophy for the NRA Long Range High Power Rifle Championship.
Though the desire for a jacket was strong, the switch from smallbore to high power didn’t come without complications. In fact, Gallagher admits to shooting with her eyes closed for the first six months.
“It was such a big kick.”
Soon the kick wasn’t so big. Using the skills she acquired in smallbore, Gallagher rose through the ranks until winning her first NRA Long Range High Power Rifle title three years later. With two more championships under her belt, she ultimately achieved her initial High Power goal in 2007 with a spot on the United States International Palma team.
Jacket and all.
Preparing for the NRA Rifle Championships
Gallagher doesn’t shoot much of the sling rifle these days. In fact, the last time she wrapped said sling around her left arm and sent a few shots 1000 yards down range was the 2013 NRA Long Range High Power Championships. Which begs the question — how did she manage to win without any practice?
“I’ve been shooting F-Class.”
Now how does shooting on a bipod make you a better sling rifle shooter?
“You have to take the targets into consideration,” she began. “On F-Class targets the 10 ring is [the size of the High Power] X-Ring. So the wind calls have to be spot on, there’s not as big a cushion as you get with sling rifles. And I think that helps a lot.”
Another part of Gallagher’s preparation that helps a lot is her relationship with her parents. World class shooters on their own, their status has changed from mentors to peers. An odd situation at first, the family eventually found a way to make it work.
“They still help me a lot, but they ask for my advice as well. They taught me a great deal and I’ve tweaked that with my own experience. Now we’re building off of each other rather than just me asking for advice.”
Michelle (right) gets advice from mother Nancy Tompkins (left) while SSG Brandon Green looks on.
Rediscovering her NRA Long Range stride 13 years after her last win means Michelle is likely to stick around the sling rifle arena for a little while longer. The thrill of the NRA Championships still puts a twinkle in her eye: “There’s just something about shooting here at Camp Perry … It’s just special.”
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August 4th, 2014
Shiny brass — it may not shoot more accurately, but it does make you feel better about your hand-loaded ammo. While it’s not necessary to get brass “bright and shiny” after every firing, it is a good idea to clean powder residue, grime, and grit off your brass before you run cases into sizing dies. There are many ways to clean cartridge cases. A quick wipe with solvent on a patch may suffice for recently-shot cases. Older brass with baked-on carbon may require lengthy tumbling. Ultrasonic cleaning is another popular option that gets your brass clean inside and out.
Sinclair International has a series of helpful videos on brass cleaning. These short “how-to” videos, hosted by Bill Gravatt, Sinclair’s past President, cover the various processes you can use — tumbling, ultrasonic cleaning, chemical cleaning, and cleaning by hand.
Video ONE — Cleaning Brass in Vibratory or Rotary Tumbler
TIP: Brass that has recently been shot will clean more easily than brass that has been sitting many days or weeks. If your tumbling media is fresh the job should be done in an hour or less. It’s your choice whether to tumble with primers removed or with primers still in the cases. If you choose to tumble with primers out, we suggest you deprime with a depriming die, rather that put dirty brass into your sizing die. Some people like to add a teaspoon of liquid polish to the media. This does work, cutting tumble time, and making your brass more shiny. However, if you add liquid polish, do that BEFORE you add the brass and let the tumbler run for a 15 minutes to get the polish completely mixed into the media. Otherwise you can else up with gooey gunk inside your cases — a very bad thing.
Video TWO — Ulstrasonic Case Cleaning
TIP: There are many different types of solutions you can use. Soapy water suffices for some folks, particularly if you add a little Lemi-Shine. The Hornady and Lyman solutions work well, and can be used multiple times, provided you strain the solution to remove dirt and grit after cleaning sessions. Many ultrasonic cleaning machines have timers. Experiment with dwell time to see how long you need to immerse your brass. A very small amount of Ballistol in the solution will help lubricate your necks on the inside. This can make bullet seating go more smoothly, with more consistent neck tension.
Video THREE — Chemical Cleaners (Soaking without Ultrasound)
TIP: After using chemical cleaners, such as the Iosso solution, you need to water-rinse your brass thoroughly. A kitchen strainer helps with this (see video at 0:20). Also, don’t forget your brass in the chemical solution — follow the manufacturers recommendations and don’t exceed the recommended dwell time. Chemical cleaners work surprisingly well to remove grease and grime, and the solution can be re-used multiple times. However, if you want your cases to look bright and shiny (like new brass), you will probably have to tumble.
Video FOUR — Manual Cleaning (By Hand)
TIP: Keep some oversize patches in your range kit. At the end of your shooting sessions, wipe off your fired brass with a patch dampened with a mild, non-corrosive solvent (once again Ballistol works well). Before the carbon sets up on your brass it is very easy to remove. For tougher jobs, you can use 0000 Steel Wool (as Bill recommends in the video). You may find that timely hand-cleaning lets you avoid tumbling altogether — or you may choose to tumble (or ultra-sound) your brass only after a half-dozen or so firings.
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August 2nd, 2014
Brux Barrels, based in Lodi, Wisconsin, has earned a reputation for producing great-shooting tubes. Brux-made barrels have won their fair share of matches, and set some notable records in the process. Last year, Rodney Wagner shot the smallest five-shot, 600-yard group (.0349″) in the history of rifle competition, using a Brux barrel chambered for the 6mm Dasher.
Folks often ask us why Brux barrels shoot so well. “What’s the secret?” they ask. We can only answer with what Brux explains on its own website: “To make a cut-rifled barrel you have to start off with the proper ingredients: the best steel available, skill, and experience. Since there are really only two main suppliers of barrel-quality steel, the skill and experience is what really makes a barrel maker stand out.” Here is how Brux’s co-owners, Norman Brux and Ken Liebetrau, explain all the procedures involved in making a Brux cut-rifled barrel:
|Brux Barrel-Making Process, Start to Finish
We start out with either 4150 chrome-moly or 416R stainless steel double stress-relieved bar stock. The bar stock starts out at 1-9/32″ in diameter and 20-24 feet long so we cut it to length.
Step two is to rough-contour the outside of the barrel blank in a lathe.
Thirdly, the blank gets mounted into a Barnes gun drill. The cutter bit has holes through which oil or coolant is injected under pressure to allow the evacuation of chips formed during the cutting process. This is called “oil-through” or “coolant-through”. Without this, you wouldn’t want to even attempt drilling a hole 30” long and under ¼” in diameter. The combination of a 3600rpm and good flushing allows us to drill a beautifully straight and centered hole .005” under “land” diameter at a rate of 1” per minute.
Clean the barrel.
Next the blank is sent back to the lathe to machine the finished contour of the outside.
Clean the barrel again.
Now, the blank is sent on to the Pratt & Whitney reamer in which an “oil through” reaming tool is used to cut away the extra .005” left in the drilling process. The reamer makes an extremely accurate bore size and after it is finished the bore will have a better surface finish and will be at the proper “land” diameter.
Clean the barrel again.
In the sixth step we hand lap each barrel to remove any slight tool marks that may have been left by the reamer and inspect every one with a bore scope. If the barrel doesn’t meet our standards for surface finish and tolerance it doesn’t get any further.
Clean the barrel again.
The barrels then go onto the rifling machine which is responsible for cutting the all so familiar grooves in the bore. A caliber/land configuration-specific rifling head is used to progressively shave away small amounts of steel to form the rifling grooves. This is accomplished by simultaneously pulling the rifling head through the reamed blank as the blank is spun at a controlled rate. After each cut, the blank is rotated 90 degrees (for a four-land configuration) and after one full rotation (360 degrees) the rifling head is slightly raised to shave off the next bit of material. This process is repeated until we reach groove diameter.
Clean the barrel again.
Lastly, the barrel is hand-lapped again (to ensure a smooth bore), and a final inspection is performed with the bore scope.
The barrel is cleaned one last time, wrapped, packed, and shipped to [the customer].
Anyone reading this detailed description of the Brux barrel-making process will doubtless come away with a new appreciation for the time, effort, and dedication required to produce a premium match-grade cut-rifled barrel. Obviously, there are no easy shortcuts and great attention to detail is required each step of the way. As shooters we’re lucky that we have barrel-makers so dedicated to their craft.
Credit James Mock for steering us to this Barrel Making 101 feature on the Brux website.
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July 30th, 2014
The 30BR is an amazing little cartridge. However, 30BR shooters do have to neck-up 6mmBR brass and then deal with some issues that can arise from the expansion process. One of our Forum members was concerned about the donut that can form at the new (expanded) neck-shoulder junction. Respected bullet-maker Randy Robinett offers tips on how to deal with the “dreaded donut”.
The Forum member was concerned about thinning the brass if he turned his 30BR necks after expansion: “Everything I have found on 30BR case-forming says to simply turn off the bulge at the base of the neck caused by the old 6BR shoulder. I expanded my first case and measured the neck at 0.329″ except on the donut, where it measures 0.335″. Looking inside the case… reveals a groove inside the case under the donut. Now, it is a fact that when I turn that neck and remove the donut, the groove is still going to be there on the inside? That means there is now a thin-spot ring at the base of the neck that is .005 thinner than the rest of the neck. Has anyone experienced a neck cracking on this ring?”
Randy Robinett, who runs BIB Bullet Co., is one of the “founding fathers” of the 30BR who help prove and popularize the 30 BR for benchrest score shooting. Randy offers this advice on 30BR case-forming:
While the thinner neck-base was one of our original concerns, unless one cuts too deeply INTO the shoulder, it is not a problem. For my original 30BR chamber, thirty (30) cases were used to fire 6,400 rounds through the barrel. The cases were never annealed, yet there were ZERO case failures, neck separations, or splits. The case-necks were turned for a loaded-round neck diameter of .328″, and, from the beginning, sized with a .324″ neck-bushing.
The best method for avoiding the ‘bulge’ is to fire-form prior to neck-turning (several methods are successfully employed). Cutting too deeply into the shoulder can result in case-neck separations. I have witnessed this, but, with several barrels and thousands to shots fired, have not [personally] experienced it. The last registered BR event fired using that original barrel produced a 500-27x score and a second-place finish. [That's] not bad for 6K plus shots, at something over 200 firings per case.
Check out the 30BR Cartridge Guide on AccurateShooter.com
You’ll find more information on 30BR Case-forming in our 30 BR Cartridge Guide. Here’s a short excerpt from that page — some tips provided by benchrest for score and HBR shooter Al Nyhus:
30BR Case-Forming Procedure by Al Nyhus
The 30BR cartridge is formed by necking-up 6BR or 7BR brass. You can do this in multiple stages or in one pass. Most of the top shooters prefer the single-pass method. You can use either an expander mandrel (like Joe Entrekin does), or a tapered button in a regular dies. Personally, I use a Redding tapered expander button, part number 16307. This expands the necks from 6mm to .30 cal in one pass. It works well as long as you lube the mandrel and the inside of the necks. I’ve also used the Sinclair expander body with a succession of larger mandrels, but this is a lot more work and the necks stay straighter with the Redding tapered button. This button can be used in any Redding die that has a large enough inside diameter to accept the BR case without any case-to-die contact.
Don’t be concerned about how straight the necks are before firing them the first time. When you whap them with around 50,000 psi, they will straighten out just fine! I recommend not seating the bullets into the lands for the first firing, provided there is an adequate light crush-fit of the case in the chamber. The Lapua cases will shorten from approx. 1.550″ to around 1.520″ after being necked up to 30-caliber I trim to 1.500″ with the (suggested) 1.520 length chambers. I don’t deburr the flash holes or uniform the primer pockets until after the first firing. I use a Ron Hoehn flash hole deburring tool that indexes on the primer pocket, not through the case mouth. — Al Nyhus
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July 9th, 2014
If you will be flying with firearms this summer, you should read this article. You need to familiarize yourself with current Federal Regulations on gun transport before you get anywhere near an airport. Thankfully, the Transportation Security Administration (TSA) has a web page that states the important requirements for airline passengers traveling with firearms and/or ammunition.
You’ll want to visit the TSA Firearms and Ammunition webpage, and read it start to finish. In addition, before your trip, you should check the regulations of the airline(s) with which you will fly. Some airlines have special requirements, such as weight restrictions.
Here are the TSA’s key guidelines for travel with firearms:
1. All firearms* must be declared to the airline during the ticket counter check-in process.
The term firearm includes:
- Any weapon (including a starter gun) which will, or is designed to, or may readily be converted to expel a projectile by the action of an explosive.
- The frame or receiver of any such weapon.
- Any firearm muffler or firearm silencer.
- Any destructive device.
2. The firearm must be unloaded. As defined by 49 CFR 1540.5 – “A loaded firearm means a firearm that has a live round of ammunition, or any component thereof, in the chamber or cylinder or in a magazine inserted in the firearm.”
3. The firearm must be in a hard-sided container that is locked. A locked container is defined as one that completely secures the firearm from being accessed. Locked cases that can be pulled open with little effort cannot be brought aboard the aircraft.
4. If firearms are not properly declared or packaged, TSA will provide the checked bag to law enforcement for resolution with the airline. If the issue is resolved, law enforcement will release the bag to TSA so screening may be completed.
5. TSA must resolve all alarms in checked baggage. If a locked container containing a firearm alarms, TSA will contact the airline, who will make a reasonable attempt to contact the owner and advise the passenger to go to the screening location. If contact is not made, the container will not be placed on the aircraft.
6. If a locked container alarms during screening and is not marked as containing a declared firearm, TSA will cut the lock in order to resolve the alarm.
7. Travelers should remain in the area designated by the aircraft operator or TSA representative to take the key back after the container is cleared for transportation.
8. Travelers must securely pack any ammunition in fiber (such as cardboard), wood or metal boxes or other packaging specifically designed to carry small amounts of ammunition.
9. Firearm magazines and ammunition clips, whether loaded or empty, must be securely boxed or included within a hard-sided case containing an unloaded firearm.
10. Small arms ammunition, including ammunition not exceeding .75 caliber for a rifle or pistol and shotgun shells of any gauge, may be carried in the same hard-sided case as the firearm, as long as it follows the packing guidelines described above.
11. TSA prohibits black powder or percussion caps used with black-powder.
12. Rifle scopes are not prohibited in carry-on bags and do not need to be in the hard-sided, locked checked bag.
More Airline Travel Tips from Tom McHale
Tom McHale has written an excellent article for the Beretta Blog, Ten Things You Need to Know about Flying with Guns. We suggest you visit the Beretta Blog to read this informative story. Here are two of Tom McHale’s Travel Tips:
Weigh your gun case and ammunition
Most airlines will allow up to 11 pounds of ammunition. And, like any luggage, you will be charged more for any baggage weighing more than 50 pounds. This sounds like a lot, but when traveling to the Crimson Trace Midnight 3 Gun competition last year, my case with shotgun, rifle, pistol and ammunition tipped the scale past the 50 pound mark.
Pack ammo in the same locking case
This is another area that’s misunderstood and full of internet myth. Your ammo just needs to be stored in some type of safe container and not loose. Technically, you can keep ammunition in magazines, but I wouldn’t recommend it. It meets the letter of the law storage requirement, but too many airline and TSA agents will give you grief. Use a plastic ammo box or original cardboard packaging and you’ll be fine carrying that in the same lockable case as your gun.
*Please see, United States Code, Title 18, Part 1, Chapter 44 for information about firearm definitions.
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July 1st, 2014
The July 2014 digital edition of Shooting Sports USA magazine is now available. Along with the cover story on the Bianchi Cup, this month’s issue has many interesting articles. And the price is right — this month’s Shooting Sports USA eZine is FREE for the taking. Just Click This Link to load the July 2014 eZine edition right in your web browser.
For all competitive shooters, we highly recommend a 6-page article on Mental Training by Editor Chip Lohman. Drawing on scientific studies, Lohman reveals that practice and specialized training can actually improve mental function and create beneficial physical changes in the brain itself. Lohman quotes one study which revealed that “Brain scans of concert violinists and taxi drivers show enlargement of the areas important to the practice of their profession.” Morever, Lohman notes that “the trained brain has a better idea of tripping the correct nerves and muscles, leading to memory within the muscle itself.”
What this means is that competitive shooters can benefit from mental training in profound ways that were not previously understood. If you want to shoot higher scores at your next match, you should definitely read this article, part 2 of a series.
From the ’50s — How to Shoot the High Power Rifle
Another highlight of this month’s Shooting Sports USA eZine is a “golden oldie” article, “How to Shoot the High Power Rifle”. First published in American Rifleman way back in August, 1955, this article covers basic High Power technique. Lt. Col Jim Crossman talks about position shooting, sling use, practice methods, and procedures for relaxing between firing sequences. Much of the advice Lt. Col. Crossman offers can still benefit today’s High Power shooters.
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June 30th, 2014
The gyro-stabilized two-wheeled Segway was supposed to revolutionize personal transportation. That may never happen (mall cops excepted), but remote-controlled Segways just might revolutionize the way military and police personnel train for urban engagements.
Robotic Segway “Smart Targets” for Live-Fire Training
An Australian company, Marathon Robotics, has created wheeled robot targets — remote-controlled Segways fitted with target silhouettes. The Segway Robots can move and respond like humans, ducking into doorways, or dispersing at the sound of gunfire. This provides challenging, ultra-realistic training for military and police sharp-shooters. This is not just science fiction. Australian Special Forces units already train in a mock urban center populated with Marathon’s rolling robots. And the U.S. Marine Corps has hired Marathon to create a similar robot-equipped, live-fire training venue.
Marathon combined computer gaming technology with armored, remote-controlled Segways to create the ultimate 21st century moving target. The lower halves of the Segways are armor-plated, so the expensive electronic innards don’t get damaged by an errant shot. On top is mounted a replica human torso. The torso section can be clothed to distinguish “civilians” from military targets, or to distinguish terrorists from hostages.
Marathon’s sophisticated software can control multiple Segway Robots at the same time. A group of Segways can be programmed to mimic a squad on patrol, or a group of terrorists holding hostages. The control software allows autonomous or “intelligent” behavior by the Segway Robots. For example, the Segways can disperse automatically at the sound of a gunshot, and the Segways can be trained to seek cover in hallways or behind objects. Importantly, the Segway Robots are capable of human-like movement — they can stop quickly, turn 360° and retreat slowly, or accelerate to a human running pace. Marathon’s Segway Robots are equipped with laser range finders so they can avoid running into obstacles, including people on the move. The “Segbots” lean forward slightly as they walk forward, like people do.
To really understand how the Robotic Smart Targets work, watch this amazing video:
RESOURCES: Marathon Targets Webpage | Smart Targets Product Info (PDF) | Photo Gallery
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June 29th, 2014
Riflescopes are mechanical contraptions. One of the sad realities about precision shooting is that, sooner or later, you will experience a scope failure. If you’re lucky it won’t happen in the middle of a National-level competition. And hopefully the failure will be dramatic and unmistakable so you won’t spend months trying to isolate the issue. Unfortunately, scope problems can be erratic or hard to diagnose. You may find yourself with unexplained flyers or a slight degradation of accuracy and you won’t know how to diagnose the problem. And when a 1/8th-MOA-click scope starts failing, it may be hard to recognize the fault immediately, because the POI change may be slight.
When An Expensive Scope Goes Bad
Recently, this editor had a major-brand 8-25x50mm scope go bad. How did I know I had a problem? Well the first sign was a wild “drop-down” flyer at a 600-yard match. After shooting a two-target relay, I took a look at my targets. My first 5-shot group had five shots, fairly well centered, in about 2.2″. Pretty good. Everything was operating fine. Then I looked at the second target. My eye was drawn to four shots, all centered in the 10 Ring, measuring about 2.4″. But then I saw the fifth shot. It was a good 18″ low, straight down from the X. And I really mean straight down — if you drew a plumb line down from the center of the X, it would pass almost through the fifth shot.
That was disconcerting, but since I had never had any trouble with this scope before, I assumed it was a load problem (too little powder?), or simple driver error (maybe I flinched or yanked the trigger?). Accordingly, I didn’t do anything about the scope, figuring the problem was me or the load.
But, at the next range session, things went downhill fast. In three shots, I did manage to get on steel at 600, with my normal come-up for that distance. Everything seemed fine. So then I switched to paper. We had a buddy in the pits with a walkie-talkie and he radioed that he couldn’t see any bullet holes in the paper after five shots. My spotter said he thought the bullets were impacting in the dirt, just below the paper. OK, I thought, we’ll add 3 MOA up (12 clicks), and that should raise POI 18″ and I should be on paper, near center. That didn’t work — now the bullets were impacting in the berm ABOVE the target frame. The POI had changed over 48″ (8 MOA). (And no I didn’t click too far — I clicked slowly, counting each click out loud as I adjusted the elevation.) OK, to compensate now I took off 8 clicks which should be 2 MOA or 12″. No joy. The POI dropped about 24″ (4 MOA) and the POI also moved moved 18″ right, to the edge of the target.
For the next 20 shots, we kept “chasing center” trying to get the gun zeroed at 600 yards. We never did. After burning a lot of ammo, we gave up. Before stowing the gun for the trip home, I dialed back to my 100-yard zero, which is my normal practice (it’s 47 clicks down from 600-yard zero). I immediately noticed that the “feel” of the elevation knob didn’t seem right. Even though I was pretty much in the center of my elevation (I have a +20 MOA scope mount), the clicks felt really tight — as they do when you’re at the very limit of travel. There was a lot of resistance in the clicks and they didn’t seem to move the right amount. And it seemed that I’d have four or five clicks that were “bunched up” with a lot of resistance, and then the next click would have almost no resistance and seem to jump. It’s hard to describe, but it was like winding a spring that erratically moved from tight to very loose.
At this point I announced to my shooting buddies: “I think the scope has taken a dump.” I let one buddy work the elevation knob a bit. “That feels weird,” he said: “the clicks aren’t consistent… first it doesn’t want to move, then the clicks jump too easily.”
Convinced that I had a real problem, the scope was packed up and shipped to the manufacturer. So, was I hallucinating? Was my problem really just driver error? I’ve heard plenty of stories about guys who sent scopes in for repair, only to receive their optics back with a terse note saying: “Scope passed inspection and function test 100%. No repairs needed”. So, was my scope really FUBAR? You bet it was. When the scope came back from the factory, the Repair Record stated that nearly all the internal mechanicals had been replaced or fixed: “Replaced Adjustment Elevation; Replaced Adjustment Windage; Reworked Erector System; Reworked Selector; Reworked Parallax Control.”
How to Diagnose Scope Problems
When you see your groups open up, there’s a very good chance this is due to poor wind-reading, or other “driver error”. But my experience showed me that sometimes scopes do go bad. When your accuracy degrades without any other reasonable explanation, the cause of the problem may well be your optics. Here are some of the “symptoms” of scope troubles:
1. Large shot-to-shot variance in Point of Impact with known accurate loads.
2. Uneven tracking (either vertical or horizontal).
3. Change of Point of Impact does not correspond to click inputs.
4. Inability to zero in reasonable number of shots.
5. Unexpected changes in needed click values (compared to previous come-ups).
6. Visible shift in reticle from center of view.
7. Changed “feel” or resistance when clicking; or uneven click-to-click “feel”.
8. Inability to set parallax to achieve sharpness.
9. Turrets or other controls feel wobbly or loose.
10. Internal scope components rattle when gun is moved.
Source of Problem Unknown, but I Have a Theory
Although my scope came with a slightly canted reticle from the factory, it had otherwise functioned without a hitch for many years. I was able to go back and forth between 100-yard zero and 600-yard zero with perfect repeatability for over five years. I had confidence in that scope. Why did it fail when it did? My theory is side-loading on the turrets. I used to carry the gun in a thick soft case. I recently switched to an aluminum-sided hard case that has pretty dense egg-crate foam inside. I noticed it took some effort to close the case, though it was more than big enough, width-wise, to hold the gun. My thinking is that the foam wasn’t compressing enough, resulting in a side-load on the windage turret when the case was clamped shut. This is just my best guess; it may not be the real source of the problem. Remember, as I explained in the beginning of this story, sometimes scopes — just like any mechanical system — simply stop working for no apparent reason.
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June 27th, 2014
Kevin Thomas of Lapua USA recently acquired a bit of living history — a reproduction Model 1873 Trapdoor Springfield. Here is Kevin’s story of his new rifle and the legacy it carries.
This week marked the 138th Anniversary of Lt.Col. George Armstrong Custer’s historic ride into the valley of the Little Big Horn, along with 200+ men of the U.S. Seventh Cavalry. June 25, 1876 did not go well, as Custer and his men became a well-known, sad footnote in U.S. history. [Editor: Well it was sad for Custer fans. Native Americans have a different perspective.]
For years now, I’ve wanted one of the rifles Custer and his men carried that day, a Model 1873 Trapdoor Springfield, chambered for the 45/70 cartridge. I finally acquired one, when I walked into a gunstore a while back and saw a handsome repro Trapdoor sitting peacefully on the shelf. It called to me.
Somewhere in the distance, I could hear the bugle calls, the Sioux and Cheyenne war cries and the thundering of cavalry across the plain. It simply had to go home with me, and so it did. It seemed an especially insistent demand with this being the 138th anniversary and all, so I took it along to our regular Wednesday night practice session. All I can say is, I’m glad we don’t have to do rapid-fire with one of these in our matches today, because they do have a mule-like kick to them!
The Trapdoors were a cost saving measure that the Armory came up with at the end of the Civil War, to convert muzzle-loading Springfield muskets into breech-loading cartridge arms. A quick look will give several dead giveaways that many of the parts on the “new” rifle were actually interchangeable with the old 1861 and 1863 Springfield muskets. The parts that were altered or newly fabricated were relatively minor changes.
Above, you can see where these rifles got their name. Loading was done by flipping a lever which opened up a trap door that provided access to the chamber. Flipping that same lever and opening the trap door then ejected the case after firing.
Here is the opposite side, trapdoor open. The ring and slide on the side of the stock was to facilitate an attachment point for a lanyard that the troopers wore over their shoulders. Remember, they often used these while at a full gallop, not an easy feat!
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June 26th, 2014
Do you like black rifles? Do you suffer from an irrepressible desire to modify, tweak, and upgrade every little component on your ARs? Then check out “Everything AR” in the GUNS Magazine Combat Special Edition. From upgrades and accessories to brand reviews and insight into AR operating systems, the Fall/Winter 2014 GUNS Magazine Combat Special Edition is a cover-to-cover AR love-fest.
This 194-page Special Edition includes a helpful review of direct gas versus piston operating systems by Richard Mann. Another article by this same writer, “Pistol Caliber Carbine Perfection”, explores the evolution of pistol-caliber AR carbines, discussing pros and cons of several pistol calibers. Publisher/editor Roy Huntington contributes a story on Black Rain Ordnance, a company known for its high-quality AR-platform rifles, and lifetime warranty.
Want gadgets for your AR? In “Ten Got-To-Have Accessories For Your MSR,” contributing editor Dave Douglas spotlights some of the best bolt-ons for “Modern Sporting Rifles”, from sling mounts and LED lasers to sights and rubber grips.
The Fall/Winter 2014 issue of GUNS Combat includes the all-new 2015 Buyer’s Guide. This 128-page, comprehensive catalog features hundreds of products ranging from all types of handguns and long guns, to knives, lights and lasers
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June 21st, 2014
Waterloo Labs is a group of engineers from National Instruments and other self-declared “nerds” from Austin, Texas. These folks conducted an interesting demonstration using electronic accelerometers to plot bullet impacts from a suppressed Ruger MKIII .22LR pistol. The accelerometers respond to vibrations caused when the bullets hit a drywall target backer. By triangulating data from multiple accelerometers, each shot’s exact point of impact can be plotted with great precision. These point-of-impact coordinates are then fed into a computer and super-imposed into a Flash version of the Half-Life video game (which is projected on the drywall board). The end result is being able to “play” a video game with a real firearm.
Do-It-Yourself Electronic Target System?
Now, we are NOT particularly interested in shooting Zombies in a video game. However, the technology has interesting potential applications for real shooters. Waterloo Labs has published the computer code, used to triangulate bullet impacts from multiple accelerometers. Potentially, a system like this could be built to provide display and scoring of long-range targets. Sophisticated electronic target systems already exist, but they use proprietary hardware and software, and they are very expensive. The Waterloo Labs experiment shows that shooters with some computer and electronic skills could build their own electronic scoring system, one that can be adapted to a variety of target sizes and materials.
In addition, we imagine this system could be utilized for military and law enforcement training. The walls of structures used for “live-fire” room-clearing exercises could be fitted with accelerometers so the bullet impacts could be plotted and studied. Then, later, the impact plots could be combined with a computer simulation so that trainees could “replay” their live-fire sessions, viewing the actual location of their hits (and misses).
Credit The Firearm Blog for finding this Waterloo Labs project.
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June 20th, 2014
A narrowly-divided U.S. Supreme Court has ruled that the federal ban on “straw” purchases of guns can be enforced even if the ultimate buyer is legally allowed to own firearm. In Abramski v. United States, the justices ruled 5-4 that the law applied to a man who purchased a firearm on behalf of his uncle, using funds provided by the uncle, with the intention of giving the gun to his uncle who was not prohibited from owning firearms. The case began after Bruce James Abramski bought a handgun in Virginia, in 2009 on behalf of his uncle using his uncle’s money and later transferred it to him in Pennsylvania through a firearms retailer after a background check of the uncle. Abramski, a former police officer, had assured the Virginia dealer he was the “actual buyer” of the weapon even though he was really acting on his uncle’s behalf but buying the gun using a police discount available to him.
Background of the Case
The case of Abramski v. United States, arises from the prosecution of Bruce James Abramski, Jr., a former Virginia police officer, for allegedly making a “straw purchase” of a Glock handgun. Abramski had lawfully purchased a Glock pistol in Virginia, then later resold the Glock to his uncle, a resident of Pennsylvania. Both purchases were conducted through FFLs, with full background checks, and both parties were legally entitled to own a handgun. Abramski arranged the sale in this fashion to take advantage of a discount available to him as a law enforcement officer.
Abramski was indicted and prosecuted for violating Federal laws against “straw purchases”, specifically making a false declaration on BATFE Form 4473, a violation of 18 U.S.C. § 922(a)(6). Abramski challenged the indictment, but the District Court ruled against him and the U.S. Fourth Circuit Court of Appeals upheld the District Court. However, the Fourth Circuit found a split of authority among the Circuits as to whether § 922(a)(6) applied where the ultimate recipient of the firearm was lawfully entitled to buy a gun himself. The Fourth Circuit’s ruling conflicts with previous decisions by the Fifth Circuit holding that “straw purchaser” laws are NOT violated if both the original purchaser and secondary buyer are legally entitled to own a firearm. See United States v. Polk, 118 F.3d 286 (5th Cir. 1997).
The key issue was whether Abramski committed a crime by buying a gun, and then promptly re-selling it to another person who was legally entitled to own the firearm. The government argued that Abramski broke the law when he checked a box on Form 4473 indicating he was the “actual transferee/buyer of the firearm”.
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