We created the above target 15 years ago. Since then it has been used by tens of thousands of shooters. It has proven very popular as a load development target, since all your load data fits neatly in the boxes under each target. In fact this target is being employed by both rifle-makers and barrel-makers (including Criterion) to test their products. The target was designed for aiming efficiency. The diamonds have 1/2″ sides and you can align your reticle cross-hairs on the horizontal and vertical lines. It is a clean design that is easy to see even at 200 yards with a 20X scope. When we test, we usually crank in a little elevation, setting the point-of-impact higher, so that our shots fall in the gray circles. That way you leave the red diamonds intact for precise aiming. CLICK HERE to download Load Dev target.
We also use these two targets for load development and precision practice. The circle dot target can also be used for informal rimfire competition at 50 yards.
Right-Click Each Target to Download Printable PDFs.
How to Print Your Targets
Most of us have access to a printer at home or at work. That means you can print your own targets. You’ll find hundreds of free target designs online, including dozens of downloadable targets on our AccurateShooter.com Target Page. If you’re feeling creative, you can design your own target with a computer drawing program such as MS Paint.
Paper Stock Is Important
If you want your self-printed targets to show shots cleanly (and not rip when it gets windy), you should use quality paper stock. We recommend card stock — the kind of thick paper used for business cards. Card stock is available in both 65-lb and 110-lb weights in a variety of colors. We generally print black on white. But you might experiment with bright orange or yellow sheets. Forum Member ShootDots report: “They sell cardstock at Fed-Ex Kinko! I use either Orange or Yellow. That makes it easy to see the bullet holes clearly.” NOTE: Test before you use the 110-lb Cardstock. On some printers, with the heavier 110-lb card stock, you will need to have the paper exit through the rear for a straighter run.
Here are some Target-Printing Tips from our Forum members:
“Staples sells a 67-lb heavy stock that I have settled on. I use the light grey or light blue, either of these are easy on the eyes on bright days. I have used the 110-lb card stock as well and it works fine. It’s just a little easier to print the lighter stuff.” (JBarnwell)
“Cardstock, as mentioned, works great for showing bullet holes as it doesn’t tear or rip like the thin, lightweight 20-lb paper. I’ve never had a problem with cardstock feeding in the printer, just don’t stick too many sheets in there. If I need three targets, I load only three card stock sheets”. (MEMilanuk)
“20-lb bond works pretty well for me if I use a spray adhesive and stick the entire back of the paper’s surface to the backer board.” (Lapua40X)
How fast can you shoot a bolt-action rifle? We doubt you can out-pace the ace “Stangskyting” shooters from Scandinavia. Some of these guys can run more than two rounds per second, including mag changes! That’s impressive. Bulletin reader C. Lemmermann from Denmark told us: “In Scandinavia we have this competition called ‘Stangskyting’. It’s similar to the ‘Mad Minute’ but we only have 25 seconds to hit the target [at] 200-300m distance with a 6.5×55 [target rifle].” In the Stangskyting video below a shooter named Børklop puts 16 rounds on target in just 25 seconds. (He starts with a round in the chamber and cycles through three, 5-round magazines).
Børklop’s performance, with just a sling and iron sights, is impressive. He’s shooting a Sauer 200 STR target rifle with 5-round magazine. Note that Børklop manipulates the Sauer’s bolt with his thumb and index finger, while pulling the trigger with his middle finger. As good as Børklop is, some Stangskyting competitors are even better. Roy Arne Syversrud from Oslo, Norway tells us: “The best shooters in Norway can do 21 shots in 25 seconds, changing the mag three times.”
Here’s another Stangskyting video. Check out the speed with which John Olav Ågotnes works that action — simply amazing!
This Guy Could Break the “Mad Minute” Record
Børklop’s rate of fire, 16 rounds in 25 seconds, is the equivalent of 38.4 rounds in 60 seconds. That’s a notable number because the record for the “Mad Minute”, a British Army marksmanship drill, is 38 rounds in one minute. That record was set in 1914 by Sergeant Instructor Alfred Snoxall, and still stands. So as you watch Børklop, keep in mind that Snoxall shot that fast for a full minute with a Lee-Enfield nearly 100 years ago!
Børklop has an average cycling time of 1.56 seconds per shot, starting with a round in the chamber. To beat the record of 38 rounds, he would need to make seven mag changes in sixty seconds. All those mag swaps could reduce his average time per shot, making it difficult to achieve 38 hits in a minute. But, if Børklop could use 10-round mags with his Sauer STR, this guy has the skills to break the record.
To emphasize the capabilities of the WWI-era British shooter who set the record, Snoxall shot as fast as Børklop does, but Snoxall reloaded with stripper clips. Snoxall’s SMLE (Lee-Enfield) rifle also had relatively crude open sights and the stock was far less ergonomic than Børklop’s Sauer STR stock.
Here’s another Stangskyting video showing John Ågotnes shooting rapidfire with his Sauer 200 STR (Scandinavian Target Rifle) chambered in 6.5×55. By our count, Ågotnes manages 17 shots within the 25-second time period. That rate of fire (17 in 25 seconds) equates to 40.8 rounds in one minute!
Precision Rifle fans should watch Shooting USA this week. On Wednesday, April 30, 2025 Shooting USA features the sixth annual Armageddon Gear (AG) Cup Invitational. The 3-day AG Cup posts the biggest cash money match in precision rifle competition. This challenging multi-stage, elimination-format competition took place in December 2024 at the Clinton House Plantation Range in South Carolina. On the final day, the top competitors face ten courses of fire to determine who will claim the Armageddon Gear AG Cup. This is an invitation-only match for America’s top Precision Rifle shooters, with the potential reward of huge cash prizes — $20,000 for the winner plus $1000 for each top scorer on the ten final courses of fire.
This Video Shows Highlights of the Armageddon Cup
Shooting USA runs on the Outdoor Channel Wednesdays 9:00 PM Eastern and Pacific, 8:00 PM Central.
No Outdoor Channel on cable? Then you can subscribe to Stream the Broadcast on the internet.
The AG Cup is the brainchild of Tom Fuller, the owner of Armageddon Gear, and to say it’s a success is a bit of an understatement. This invitation-only match is the richest tactical/precision competition on the planet.
This AG Cup video has good footage of the stages in a previous 2022 AG Cup.
Celebrating the Winners in 2024 AG Cup
This video shows the 2024 AG Cup winners celebration at the Clinton House Plantation Range.
Armaggedon Gear — Tactical Accessories Armageddon Gear, founded by former U.S. Army Ranger Tom Fuller, sells support bags, gun cases, slings, suppressor covers, scope covers, and a wide variety of other accessories popular with the PRS/NRL crowd. Armageddon Gear now provides products to the U.S. Military, Law Enforcement, as well as PRS/NRL competitors.
Shooting steel silhouettes is fun. For many of us, the “instant gratification” of knocking down steel is more fun than shooting paper. In fact, this very website came into being because the founder enjoyed shooting 600-yard steel silhouette matches in Southern California. That lead him to building a 6mmBR rifle and starting 6mmBR.com which evolved to become AccurateShooter.com.
Today’s video showcase covers a variety of metallic silhouette shooting disciplines. There are the classic smallbore and centerfire silhouette formats, shot from a standing position. One of the world’s top silhouette shooters, Eric Mietenkorte, shows how to shoot silhouette standing. But we also show varmint silhouette matches shot from prone position and from the bench. The Editor’s 600-yard silhouette matches were initially shot from prone (F-class style), and then later from a bench. Both formats were fun.
We also feature a cool video from New Zealand, showing handgun silhouette matches hosted at a beautiful, verdant range in Kiwi country. The handgun shooters use a reclined, foot-forward prone position.
So, whether you shoot prone, sitting, or standing, shooting metallic silhouettes is fun and challenging. Hearing the clang of steel and seeing a metal silhouette tip over is true “instant gratification”.
Metallic Silhouette — A Mexican Import
Silhouette shooting came to this country from Mexico in the 1960s. It is speculated that sport had its origins in shooting contests between Pancho Villa’s men around 1914. After the Mexican Revolution the sport spread quickly throughout Mexico. ‘Siluetas Metalicas’ uses steel silhouettes shaped like game animals. Chickens up front followed by rows of pigs, turkeys, and furthest away, rams. Being that ‘Siluetas Metalicas’ was originally a Mexican sport, it is common to hear the targets called by Spanish names Gallina (chicken), Javelina (pig), Guajalote (turkey) and Borrego (ram). Depending on the discipline one is shooting, these animals are set at different distances from the firing line, but always in the same order. CLICK HERE for NRA Rifle Silhouette Rules.
In this next video, silhouette champion Eric Mietenkorte talks about proper hold: “Consistency is key! Form a solid stance that is repeatable and allows you to have a natural point of aim. If you don’t come down on target adjust your feet, don’t rotate your body with your torso muscles.”
Erich explains his aiming method: “Pick a spot on the target and shoot for that. Try not to hesitate, if you’re on target, take the shot. It’s easy to get locked up by trying to make a great shot better. Make sure to follow through, keep that trigger pulled back. Don’t forget to have fun!”
Beautiful Rosebud Silhouette Range in Alberta, Canada
This video was created at the scenic Rosebud Silhouette and Benchrest Club in Alberta, Canada. The video offers an introduction to both centerfire (High Power) and smallbore Metallic Silhouette Rifle disciplines, including equipment and match format. These fun and challenging sports can be shot year-round, as you can see in the video below, which includes winter sequences.
Texas Varmint Benchrest Silhouette
If you like accurate rifles and reactive targets, you’ll enjoy this 48-minute video from Shooting USA TV, which features long-range varmint silhouette competition in Texas, the Lone Star State. We have participated in these kind of matches on the West Coast — they are definitely a ton of fun. The sport combines the pure accuracy of benchrest competition with the fun of knocking down critter targets. These are smaller than standard silhouettes, so it’s quite a challenge to hit them at 300 yards and beyond.
In this episode, host John Scoutten competes with his 6.5 Creedmoor PRS rifle. He found that 1-MOA Coyotes offered plenty of challenge at 385 meters! Most shooters at this Texas match use benchrest-grade rifles with premium front rests.
A similar Varmint Silhouette bench/prone match is held monthly at the Pala Range in Southern California. Prone shooters compete side-by-side with bench shooters. Ten steel “critter” targets are set at each of five yardages: 200m – Field Mice (“pikas”); 300m – Crows; 385m – Ground Squirrels; 500m – Jack Rabbits; 600 yards – Prairie Dogs. Competitors shoot 50 targets, 10 each at five different yardages, alternating among the five distances. So you might start at 500m then do 200m next, then do 600 yards etc. — the target distances are in mixed order to enhance the challenge.
Rimfire Speed Silhouette from the Bench
Fast and full of action, the Speed Silhouette competition is an exciting event shot on the clock. Competitors take 16 shots from 30 to 60 yards. The event is timed and the timer stops whenever the shooter finishes their final target by knocking it down. This event is a blast to shoot, and may even be more fun to watch live, as the results unfold within seconds of each relay start.
New Zealand Handgun Metallic Silhouette
New Zealand is one of the world’s most beautiful island nations, so we can’t think of a better venue for a silhouette match. This video features a handgun silhouette match with targets at multiple distances. The competitors use a special reclining position on the ground, with the handguns (mostly revolvers) aligned on the side of the leg.
Silhouette Shooting Scoring Procedures
This video from the Metallic Silhouette Shooters Society (MSSS) covers the basic rules of rimfire and centerfire silhouette matches. And then the video explains how the shooting strings during silhouette matches are scored. Yes the system is binary (knock-down vs. miss), but there are details, such as when a plate is hit but doesn’t fall. CLICK HERE for a second MSSS video that explains how to get started in silhouette shooting and lists the equipment you’ll need.
The Where To Shoot Mobile App quickly locates shooting ranges near you, drawing on North America’s most comprehensive directory of shooting ranges. Users can search by current location, state, or zip code. Once you locate a range, you can view activities offered along with a summary of range facilities. You can even get driving directions. If you don’t want to install an App, you can also access the NSSF shooting range database and maps via the NSSF WheretoShoot webpage.
The app is modeled after NSSF’s popular WhereToShoot.org® website and is updated frequently with range information for every U.S. state and Canadian province. Once you’ve located a place to shoot, the App can provide directions to the range. The App also includes video tips for shooters, news, and firearm-safety information.
The 2025 Precision Tactical 2-Rifle Match runs this weekend, April 26–27, 2025 at the NRA Whittington Center in Coal Canyon, New Mexico. This unique event challenges competitors with eight dynamic stages designed to test their skills with two rifles — an AR-15 (.223 Rem/5.56 NATO) and a precision rifle (.223 Rem to .300 WinMag). This event is challenging — shooters must carry all their gear including bipods, packs, rangefinders, slings, and optics. The stages are quite varied, with everything from close rapid-fire challenges to 1,000-yard precision shots. Match stages include both field and stationary formats. Competitors transition between rifles while managing gear, movement, target acquisition, and time limits.
The NRA Whittington Center, nestled in the Sangre de Cristo Mountains in New Mexico, provides a world-class backdrop for this tactical challenge. Match directors state: The “Two-rifle match at the NRA Whittington Center in Coal Canyon is a rugged and demanding shooting competition set against a stunning New Mexico backdrop. The event is designed for competitors looking to put their skills to the test. Competitors will tackle eight stages across two days, each crafted to challenge their proficiency with two different rifles. These stages require shooters to adapt to various positions and distances. The natural terrain adds to the excitement of the match.”
Advanced Optics with HUD and Custom Ballistic Profiles
Among the high-tech gear being used in this match is the new Burris XTR Precision Shooter (XTR PS) riflescope. Available in 3-18x50mm and 5.5-30x56mm models, XTR PS has a Programmable Elevation Knob (PĒK) system. Even more impressive, this optic boasts an integrated HUD (“Heads Up Display”). The digital HUD delivers real-time data — elevation, wind hold, angle compensation, and countdown timer. The scope’s HUD works with custom ballistic profiles via the BurrisConnect™ App.
Editor’s NOTE: Shelley Davidson passed away in 2008 after a courageous battle with cancer. He was one of the great innovators in benchrest rifle design. This article, written before Shelley died, showcases Shelley’s creative talents at their best. His “Tinker Toy” design will always be a tribute to Shelley’s fabricating skills and imagination.
Shelley Davidson — a brilliant innovator. R.I.P. Shelley — you will not be forgotten.
Shelley Davidson’s peers called his radical rifle the “Tinker Toy” gun. We call it revolutionary. Even now, 14 years after its creation, there’s nothing quite like it. This innovative, skeleton design threw conventional wisdom to the winds. Shelley readily concedes he “broke the rules” of benchrest rifle building. But this was inspired rule-breaking, because Davidson’s rifle shot like a house on fire. The Tinker Toy gun won its first matches, both for Score AND for Group. And this rifle also delivered many “zero groups” in Gene Begg’s Texas Tunnel. Hats off to Shelley for conceiving and building a truly radical rifle that was also wicked accurate and successful in competition.
Tinker Toy 30 BR — Radical As It Gets
Report by Shelley Davidson
Although I’m not big on naming rifles, my shooting buddies have christened the gun “Tinker Toy.” I can live with that as it does kind of look as if it was made with a Tinker Toy set.
Origins of the Project
This project began with some wild ideas I had in the fall of 2006 about using magnets to tune a barrel. My idea was to use one magnet on the barrel and another on the stock so they pushed against each other to counter gravity-induced barrel sag (and possibly) tame barrel vibration in a beneficial manner. The only way to test these ideas was to build the device and mount it on a gun. That meant I had to build a new rifle because there was no place to mount a magnet on the stock of a conventional benchrest rig. I had a Kelbly-stocked heavy varmint stock with a Michael Kavanaugh paint job on it. I didn’t think Kav would ever forgive me if I started drilling holes in one of his works of art. My light varmint was in a carbon fiber Scoville stock that costs about a grand. Drilling into the Scoville for an experiment just smacked of bad judgment. So, the magnet thing was my first motivation for designing a new stock. As long as I was building from scratch I decided to offset the barrel and action 0.75″ to the right to counteract the spin/torque from the bullet.
Although there’s nothing new here, my second motivation was to build a 30BR that could shoot in the 10.5 lb light varmint class in NBRSA. The magnetic tuner will automatically make this gun illegal in the IBS. The IBS has declared all barrel attachments un-safe and have outlawed them. I personally feel that the IBS really outlawed all barrel attachments to prevent experimentation and innovation. But at least we have NBRSA matches.
Designing the New Gun — Thinking “Outside the Box”
Once I’d decided to build a lightweight stock that could support experimental devices out near the muzzle, I started drawing up some rough plans. I also took a trip to Jerry Stiller’s shop in Wylie, Texas for a brainstorming session with Jerry, the maker of Viper and other Benchrest actions. Jerry is a school-trained mechanical engineer and thinks differently than I do. I came away from Stiller’s shop with my design roughed out and sketched on paper. The design violated several covenants of conventional wisdom for building competition BR rifles. For instance, two-piece stocks stress the action. Stress reduction is why most BR rifles are glued into the stock. Another myth is that metal stocks vibrate too much so wood or foam-filled fiberglass or carbon fiber are used.
Tinker Toy Rifle DESIGN FEATURES
Shelly Davidson’s Rifle was so innovative, that almost every feature, except the bare action, is very different than you’ll find on most Benchrest rigs. Accordingly we felt it would be useful to isolate and describe the key design features, from stem to stern. Click thumbnails to view FULL-SIZE PHOTOS.
Front Bracket with Magnetic Tuner
The tuner consists of one rare earth magnet attached to the stock and another attached to a barrel sleeve with the magnets oriented so as to make the magnetic force repel each other. The purpose is to counter “barrel droop” and, hopefully, dampen barrel vibration. The lower magnet is carried on a threaded shaft (with lock ring), allowing the magnet to be raised up and down to adjust the “up push” on the barrel.
Tubular Fore-Arm Supported by Brackets
Three brackets support two tubes, one on either side of the barrel. The rear-most bracket is sandwiched between the barrel and the action. Four inches forward (max distance allowed for barrel blocks) a second bracket grips the barrel. Near the muzzle a third bracket secures the ends of the tubes and holds the magnetic tuner. To allow barrel offset, the left tube is 1″ diameter tube while the right tube is 5/8″ diameter.
Offset Barrel The rifle rests on a 3″ wide plate attached to the underside of the two fore-end tubes. With the plate centered in the front sandbag, the barreled action is actually offset 0.75″ to the right (looking forward from the breech). The purpose of this offset is to keep more weight on the right side to counter the tendency of the rifle to torque counter-clockwise. Two different diameter tubes allow for the built-in offset.
Floating Action without Sub-Support or Bedding
On the Tinker Toy gun, the action serves as a load-bearing assembly, holding the barrel in the front, and the skeleton buttstock (or “keel”) in the rear. Shelley was told that accuracy would suffer if you stressed a benchrest action in this manner but that proved untrue. It is a very simple solution to building a rifle, and it eliminates the need to bed the action. The forearm attaches to the action via a bracket installed like a recoil lug.
Skeleton Rear “Keel” Affixed Directly to Action
Davidson’s Tinker Toy does not have a conventional rear buttstock. Instead there is low-profile, v-shaped metal “keel”, as Davidson calls it, that rides the rear bag. The keel is supported by a tubular backbone that attaches at the rear of the Diamondback action. At the butt end is an aluminum plate covered with bubble wrap that serves as a butt pad. The skeletonized rear section helps the rifle maintain a very low center of gravity.
Locked Scope with External Windage and Elevation Adjustment
Shelley ran an older Leupold 36X Benchrest Scope with front-adjusting objective. To eliminate slop or loose tolerances in the erector mechanism that could cause changes in point of impact, the internals have been locked up by Jackie Schmidt. To move the cross-hairs relative to the bore axis, Shelley has a special Jewell/Foster rear ring that allows a limited amount of lateral and vertical movement of the entire scope body.
TINKER TOY SPECIFICATIONS
Action: Stiller SS Diamondback Drop-Port (1/2″ short), with .308 Bolt Face.
Barrel: Shilen .308 caliber, 17-twist, HV.
Chambering: 30BR, .330″ neck, Pacific Tool & Gauge Robinett Reamer.
Stock: Davidson Custom Tubular Stock with 0.75″ Offset Barreled Action.
Tube Construction: 6061 Aluminum, 1″ diameter (left), 5/8″ diameter (right).
Load: H4198 powder and 118gr Ronnie Cheek bullets. Loaded to 2980 fps.
Trigger: Jewell, 2 ounce BR.
Tuner: Custom, Adjustable with Opposing Magnets.
Optics: Leupold 36X (locked by J. Schmidt).
Rings: Jewell Foster External Adjusting Rings.
Stiller Diamondback Action and Shilen 17-Twist Barrel
I had wanted to use an aluminum Stiller Cobra drop port with a 6mmBR bolt face but Jerry had none in stock and he estimated it would be a year before one was available. Although I’ve waited for up to a year for an action in the past, I wanted to build this rifle during the fall of 2006 while the weather was pleasant enough to work in my unheated and un-air-conditioned garage shop. Jerry did have a 1/2″ short stainless steel Diamondback in stock so I purchased it even though it would add 3 ounces to the gun compared to the aluminum Cobra. Three ounces is a lot of weight when you’re working with a 10.5-lb limit. I had a heavy varmint contour Shilen 17-twist barrel that would work nicely and I had a Jewell trigger on a rifle that I wasn’t using at the time. I also decided to use my Leupold 36X (locked-up by Jackie Schmidt) with the Jewell/Foster adjustable rings.
Building the Tube Fore-Arm and Brackets
I took a wild guess as to tubing thickness and settled on .035″ for the 1″ left fore-arm tube and .058″ for the 5/8″ right fore-arm tube. All of the flat stock and tubes are 6061 Aluminum. I did the lathe work and the mill work and every evening I’d put the parts together and think about the proper way to proceed.
When the parts were mostly made, I started thinking that this was a truly ugly rifle. I thought about painting it but that wasn’t a good option as many of the parts are designed to slide over others and glue together. Anodizing was the best answer so while looking on the Internet for local anodizing shops I Googled “Home Anodizing”. Sure enough there were a few sites that told about how to anodize at home. I picked up some battery acid from NAPA Auto Supply, some Rit Clothes Dye from Wal-Mart, and a bunch of distilled water from the grocery store. Using an old battery charger as my dc power supply I started anodizing and dying the eighteen parts that went into the stock. Although I had to strip and re-anodize some of the parts, the work turned out acceptable.
Putting it All Together–Lug-Mounting the Fore-Arm and Lots of Epoxy
The barrel contour had to be modified to work with the stock which attaches by way of a rear plate which mounts like a recoil lug and a plate that ties the barrel and the stock tubes together 4″ forward of the bolt face. The four-inch maximum distance is a NBRSA rule concerning barrel blocks.
The recoil lug-style stock mount is probably the only truly innovative thing I did other than the opposing-magnet tuner. Basically, the rear bracket is sandwiched between the receiver face and the barrel shoulder–positioned where a conventional recoil lug would go. I also added a brass ring (visible in photo) between the anodized bracket and the barrel. This was done to distribute loads over a wider surface area. (I was concerned that the bracket material was fairly soft and I didn’t want to crush it as I torqued the barrel in place.) After fitting the barrel and plates I glued the entire gun together using epoxy and various LocTite adhesives. The rest of the parts were assembled but I did not Loctite the scope bases since I thought I’d be disassembling the rifle for re-work after the first trials. That came back to bite me during later testing when the gun started shooting erratically and I went down a couple of blind alleys before finding the loose bases.
Range Testing–Results Are Very Positive
The first range session was a real shocker. Even though the wind was up to 10mph and twitchy, the rifle showed promise from the very first shot. I really didn’t expect that kind of performance without, at least, some rework. After sighting in, I shot five, 5-shot groups that, when averaged together, measured .223″. That’s good enough to win some benchrest group matches. But I wasn’t finished with the gun yet–I still wanted to try out my magnetic tuner concept.
The Magnetic Tuner
Next, I built the magnetic tuner. The tuner consists of one rare earth magnet attached to the stock and another attached to a barrel sleeve with the magnets oriented so the magnetic forces repel each other. In order to test the magnets and to determine if the rifle really shot as well as it seemed to, I took it to Gene Beggs’s shooting tunnel in Odessa, Texas. I spent two days at the tunnel testing loads and then installed the magnetic tuner. The gun shoots well with the magnets and shoots well without them. I suppose I can’t make any claims as to how much, if any, improvement the magnets make. Gene said that my gun was the most accurate rifle to be tested at his one-year-old shooting facility: “Shelley Davidson brought one of the most unusual rifles I had ever seen; he called it his ‘Tube Gun.’ And boy, did it ever shoot! It still holds the record in the tunnel as the rifle that shot more zeros than any other to date.” I definitely recommend Gene’s facility for testing and refining shooting techniques and loads.
Competition — Tinker Toy Won Both Score and Group Matches
Finally the big day arrived when I’d shoot the first match with my new gun. The North Texas Shooters Association was holding its first club match of the 2007 season. At the Denton, Texas matches we shoot a Score Match in the morning and a Group Match in the afternoon. The March event was at 100 yards and the April match will be at 200 yards and so on alternating throughout the benchrest season.
Match One–Tinker Toy Wins Score with a 250 – 17X
Since the gun is chambered in 30BR and that chambering is almost immune to tuning woes, I preloaded 130 rounds with H4198 powder and 118gr Cheek bullets. I used my SEB front rest and rear bag which are made by Sebastian Lambang in Indonesia. Everything came together, and Tinker Toy demonstrated that the accuracy it showed in the tunnel was no fluke. The gun shot great and I won the morning match with a 250, 17X. The day was quite windy and the next best shooter scored a 250, 15X. So I’d chalked up my first win.
Match Two–Tinker Toy Wins Group with a .2282″ Agg Tinker Toy won the afternoon group match I entered with a five-group Aggregate of .2282″. (The second place score was .2568″.) My groups were .149″, .197″, .243″, .302″ (oops), and .250″. You know how some folks say a 30BR can’t be competitive with a PPC? Well that .2282″ Agg won’t break any records, but it is good enough to win some regional registered BR matches. So this rifle has demonstrated an ability to win in both Score and Group matches. Obviously I have a very good Shilen barrel, great Cheek bullets and the rest of the components are doing their jobs as well. But, the stock is also working well.
Score Shooting vs. Group Shooting–The Rules
In a score match, the shooter shoots one bullet at each of five record targets, which are clustered on one target sheet. The Aggregate score of five of these targets determines the winner. If the shooter touches the 10 ring on all of his 25 targets he can score a “clean” 250 score. Usually there will be more than one shooter who scores a 250 so the winner is determined by the X-count. The 1/2″ 10-point ring has a 1/16″ dot in its center. Touching the X dot adds to the shooters X count. In short-range group matches, the shooter must try to put five bullets through the same hole. At each distance (100 or 200), five, 5-shot matches are scored, the group sizes are added together (MOA equivalent at 200) and the total is divided by five to arrive at an Aggregate score.
Shooting USA TV has a good show today. Shooting USA’s Wednesday Night episode features military rifle competition at Talladega Marksmanship in Alabama. Historic military battle rifles from the past century are competing — Garands, Springfields and a list of other period military battle rifles are on the firing line.
Shooting USA SHOW TIMES: This Shooting USA Episode airs Wednesday, April 16, 2025 at 9:00 PM Eastern and Pacific; 8:00 PM Central. If you miss the regular broadcast, you can stream the show online at any time on Vimeo for $0.99 per episode.
Each spring, the CMP hosts a Spring Classic Event at the Talladega Marksmanship Park. The 2025 CMP Talladega Spring Classic ran Tuesday, March 18 through Sunday, March 23, 2025. The event schedule included both rifle and pistol competition. Events included Garand/Springfield/Vintage/Modern Military, Rifle Marksmanship 101/M16 Match, Pistol Marksmanship 101/M9 Match, CMP Match Pistol 2700, CMP 80 Shot Matches, CMP EIC Service Rifle Match and more.
Competitors used electronic targets for pistol and rifle matches. Each firing point of the 500-acre facility is now equipped with a state-of-the-art, KTS electronic target and scoring monitor. Located beside the shooter, on the firing line, each monitor allows the competitor to see his/her shot value in a matter of seconds. Spectators can view the results in real time on large monitors.
Have you ever wondered how Olympic-class position shooters hold their aim so steady? Those bulky shooting coats help, but there is a lot of bio-mechanics involved also. Top shooters employ their body structure to help support the weight of their rifles, and to steady their aim. This interesting video, produced by GOnra Media, demonstrates rifle hold and body alignment for prone, standing, sitting, and kneeling positions. Olympic Gold Medalist Jamie Corkish (formerly Jamie Gray) demonstrates the proper stance and position of arms and legs for each of the positions.
Ideally, in all of the shooting positions, the shooter takes advantage of skeletal support. The shooter should align the bones of his/her arms and legs to provide a solid foundation. A shooter’s legs and arms form vertical planes helping the body remain stable in the shooting position.
Jamie Corkish, London 2012 Gold Medalist in Women’s 3 X 20, has retired from top-level competitive shooting. However, Jamie remains involved in the shooting sports as a Public Relations/Marketing representative for ELEY, a leading maker of rimfire ammunition. Jamie also works with shooting clubs and educational institutions to promote smallbore target shooting.
Images are stills from GOnraMedia video linked above.
This month USA Shooting celebrates 30 years as the American Governing Body for shooting sports within the U.S. Olympic and Paralympic Committee. USA Shooting will commemorate its anniversary throughout 2025 with special events, social media giveaways, and initiatives designed to further expand participation in competitive shooting sports. To learn more about USA Shooting’s 30th Anniversary programs, visit USAShooting.org and follow @USAShooting on Facebook, X, and Instagram.
“These three decades represent not just organizational longevity, but a remarkable journey of athletic excellence… and competitive innovation,” said Kelly Reisdorf, CEO of USA Shooting. Since its founding in 1995, USA Shooting has guided American marksmen and markswomen to 36 Olympic and Paralympic medals, developing world-class talent across all shooting disciplines.
“The trajectory of American competitive shooting has been defined by both winning at the highest levels and developing tomorrow’s champions,” said Tim Rupli, Chairman of USA Shooting. “We’ve cultivated American talent while championing the values of precision, discipline, and patriotic excellence[.]”
A Legacy of Champions
For three decades USA Shooting has produced shooting sports legends, including Kimberly Rhode, a 6-time Olympic medalist, and Vincent Hancock, the first shooter to win four gold medals in the same event. Most recently, USA Shooting athletes excelled at the Paris 2024 Olympic and Paralympic Games, securing six medals — including gold for Hancock in Men’s Skeet, silver medals for Sagen Maddalena in Women’s 50m Rifle 3 Positions, Conner Prince in Men’s Skeet, Austen Smith and Hancock in Mixed Skeet Team.
The legacy extends to stellar coaches like Lloyd Woodhouse, whose 23-year leadership of the U.S. shotgun team produced 10 Olympic medals across four Games and earned him recognition as the 2003 U.S. Olympic and Paralympic Committee Coach of the Year.
From Amateur Act to Global Force
USA Shooting traces back to the Amateur Sports Act of 1978, which established the National Rifle Association of America as the governing body for shooting sports. The mid-1980s saw the establishment of the U.S. Olympic Shooting Center and Olympic Shooting Park in Colorado Springs, creating a permanent home for the U.S. Shooting Team.
Looking Ahead: The 2028 Olympics in Los Angeles
As the organization celebrates its past, USA Shooting remains focused on the future — particularly the Los Angeles 2028 Olympic and Paralympic Games, which will mark the first Summer Olympics on American soil in over three decades. “Having the summer Games return to the United States presents an unprecedented opportunity to showcase our sport and athletes to a home audience,” Reisdorf added. “We’re positioning USA Shooting for its most successful Olympic cycle in our history.”
How to Print Your Targets
The recoil lug-style stock mount is probably the only truly innovative thing I did other than the opposing-magnet tuner. Basically, the rear bracket is sandwiched between the receiver face and the barrel shoulder–positioned where a conventional recoil lug would go. I also added a brass ring (visible in photo) between the anodized bracket and the barrel. This was done to distribute loads over a wider surface area. (I was concerned that the bracket material was fairly soft and I didn’t want to crush it as I torqued the barrel in place.) After fitting the barrel and plates I glued the entire gun together using epoxy and various LocTite adhesives. The rest of the parts were assembled but I did not Loctite the scope bases since I thought I’d be disassembling the rifle for re-work after the first trials. That came back to bite me during later testing when the gun started shooting erratically and I went down a couple of blind alleys before finding the loose bases.
Match One–Tinker Toy Wins Score with a 250 – 17X
