Report based on NSSF News Release
We congratulate the USA Shooting team on its achievements at the Paris 2024 Olympics, where team members earned five medals (1 gold, 3 silver, 1 bronze). The 2024 Paris Olympics saw many firsts for USA Shooting, marking a significant chapter in the history of U.S. shooting sports. See all of Team USA’s Paris 2024 Olympic Games medals below:
Vincent Hancock: Gold, Men’s Skeet
Conner Prince: Silver, Men’s Skeet
Austen Smith: Bronze, Women’s Skeet
Vincent Hancock and Austen Smith: Silver, Mixed Team Skeet
Sagen Maddalena: Silver, Women’s 50m Smallbore Rifle
Vincent Hancock Secures Gold in Men’s Skeet and Silver in Mixed Skeet
Vincent Hancock’s victory in Paris cements his place among the greatest Olympic shooters ever. Earning his fourth gold medal in men’s skeet, Hancock joins an elite group of athletes who have also won four gold medals — competitors such as Michael Phelps, Carl Lewis, and Katie Ledecky. Competing at the Châteauroux Shooting Range, Hancock delivered an almost flawless performance. In the finals, Hancock hit 58 out of 60 targets, securing the gold medal.
Conner Prince Takes Silver in Men’s Skeet
In his Olympic debut, Conner Prince delivered a remarkable performance, claiming silver in Men’s Skeet. His achievement, alongside Hancock’s, marks the first time Team USA has secured multiple medals in this event at a single Olympic Games.
Austen Smith Earns Two Medals in Skeet Events
In Women’s Skeet, Austen Smith earned a well-deserved bronze medal. Her consistency and focus were evident as she navigated a highly competitive field. Smith also partnered with Vincent Hancock in the Mixed Team Skeet event, where the pair earned a silver medal.
Sagen Maddalena Wins Silver in Women’s Smallbore Rifle
Sagen Maddalena demonstrated exceptional resilience in the Women’s 50m Smallbore Rifle, 3 Positions event. Maddalena’s skill and determination allowed her to execute a series of impressive shots in the single-shot eliminations, ultimately securing the silver medal.
NEXT UP — Paris Paralympic Games Commence August 28
American Shooters Will Compete in 2024 Paralympics August 28 – September 8
The Paris 2024 Olympics will be remembered as a historic moment for the USA Shooting team. With five medals and history-making performances. The excitement continues with the upcoming Paris Paralympic Games, where USA Shooting’s Paralympians will compete from August 28 to September 8.
Paralympics Shooting Finals event will be broadcast on Peacock, NBC’s streaming service. CLICK HERE to review the full Paralympics Shooting Sports broadcast schedule.
Find Shooting Sports Events Near You
August is National Shooting Sports Month (NSSM). This coast-to-coast celebration spotlights the fun and enjoyment of target shooting. The NSSF’s ShootingSportsMonth.org website offers a comprehensive, searchable database. This lets you search by state to find ranges, events, and sales promotions near you. Visit the NSSF online database of NSSM shooting events to find matches, clinics, training sessions, special sales — and much more.
Great FREE Targets for Fun at the Range
To promote National Shooting Sports Month, the NSSF offers 17 FREE Downloadable Targets. There are regular bullseyes, as well as Darts, Golf, and more. We really like the Billiards target and kids love the Water Balloons target. You can download all 17 targets for free, and then print them out, ideally with a color printer. Below are six of our favorite targets. Click HERE to download these six targets (3.5 mb ZIP).
Fall hunting season is coming soon. When you’re trekking many miles in the back-country on a hunt, rifle weight DOES matter. Many hunters want to keep their rifle weight as low as possible to reduce the overall load they must carry in the field. Howa now offers a series of Super Lite rifles that weigh under four and a half pounds (without scope, sling, or ammo). That’s impressive.
Howa claims that its Super Lite rifle is the “absolute lightest centerfire rifle on the market”. We can’t confirm that. But at a listed 4 pounds, 7 ounces (without optics), the carbon-fiber stock Super Lite model is very low in weight and mass (4.4375 pounds to be exact, without scope). And there is a Super Lite Short Barrel model (with 16.25″ barrel) that is just 4 pounds, 3 ounces (without scope). Either version is VERY light indeed — an important plus for hunters carrying their gear for long hours in the field.
Both standard and short-barrel versions of the Howa Super Lite rifle are currently available in .243 Win, 6.5 Creedmoor, 7mm-08 Rem, and .308 Winchester, four very popular hunting chamberings.
Photo shows Howa Super Lite Rifle with Kyptek Altitude Camo finish.
For 2024 the Howa Super Lite is offered with six carbon stock finishes, including three impressive camo types: Kryptek Obskura Transitional, Kryptek Altitude, and XK7 Kings Camo. Fitted with the strong but light Stocky’s Carbon Fiber stock, these Super Lite models feature a black webbing and soft touch for added texture and enhanced grip on the low-mass carbon stock. Howa also offers a walnut-stocked version of the Super Lite rifle. This weighs a bit more — 5 pounds, 9 ounces.
Howa Super Lite Rifle Features
Stock Options: Gray, Tan, Green, Kryptek Obskura Transitional Camo, Kryptek Altitude Camo, XK7 Kings Camo, and Walnut Wood (no wood for short barrel models)
Rifle Weight: Standard 4 lbs. 7 oz. | Short Bbl 4 lbs. 3 oz. | Walnut Stock, 5 lbs. 9 oz.
Chamberings: .243 Win, 6.5 Creedmoor, 7mm-08, .308 Win
Stock: Stocky’s Carbon Fiber Stock with Accublock patented Lug Bed
Standard Barrel: 20″ Blued barrel threaded (½”-28) and Suppressor Ready
Short Barrel: 16.25″ Blued
Trigger: 2-Stage Match Trigger with 3-position Safety
Optics Mounting: Included one-piece Picatinny Rail
Stock Feature: Limbsaver Butt Pad
Warranty: Lifetime Howa Warranty
Accuracy Claim: Sub-MOA 3-shot group at 100 yards with premium factory ammo
The Howa Super Lite also has some interesting mechanical features, including machined receiver and gorged bolt, tool-less firing pin removal, and a reliable M-16 style extractor/ejector. CLICK HERE for more INFO on HOWA Super Lite rifles and the rest of the Legacy Sport International product line.
Hunting season is starting soon. We know many of our readers will be driving to other states. If you plan to travel across state lines with your guns, this book can really help. With over 100 changes from last year, the 2024 edition of Traveler’s Guide to the Firearm Laws of the Fifty States is a must-read for anyone planning to travel around the country with firearms. In addition, the book also covers the firearms travel laws for Canada and Mexico.
For $15.95 you can purchase a state-by-state Traveler’s Guide to firearms laws. This book can help ensure you comply with all state laws during your trip. Highways Magazine states: “If you carry a weapon in your rig, you need this book.” This 68-page guide covers all firearms types and all 50 states. It even has info for Canada and Mexico. The Traveler’s Guide to the Firearm Laws of the Fifty States has sold more than 2,000,000 copies since it was first released in 1996.
This 27th edition of the Traveler’s Guide covers important topics such as carry of firearms in a motor vehicle, concealed carry reciprocity, which states preempt local gun regulation, tips on handling a traffic stop, concealed carry in state and National Parks, vehicle carry and possession on college campuses and much more. Best of all, the text is in plain, easy-to-read English.
Written and researched by J. Scott Kappas, an attorney and Class III Firearms Dealer, the 2024 Traveler’s Guide has a preface that defines many key terms important for anyone traveling with a firearm across state lines. The latest edition also has new formatting for easier reading.
The Traveler’s Guide is especially useful for shooters traveling in RVs and motorhomes. The American Rifleman Magazine declared: “This book is a must-have for truck drivers, motor home enthusiasts, campers and other travelers…easy to read and understand, well-organized and concise….” One reader from Texas adds: “I used to think that my RV was the same as my home when it came to gun carry….the Traveler’s Guide set me straight. Now I know my motorhome is subject to the same laws as any vehicle when it comes to guns.”
Many barrel-makers mark the twist rate and bore dimensions on their barrel blanks.
Does muzzle velocity change with faster or slower barrel twist rates? Absolutely, but much less than you might think. Faster twist rates do slow down bullets somewhat, but the speed loss is NOT that significant. With Bartlein .308 Win barrels of identical length and contour, a 1:12″-twist barrel was only 8 fps faster than a 1:8″-twist barrel. That was the result of testing by Applied Ballistics.
The Applied Ballistics team tested six (6) same-length/same-contour Bartlein barrels to observe how twist rate might affect muzzle velocity. This unique, multi-barrel test is featured in the book Modern Advancements in Long Range Shooting, Vol. 1. That book includes other fascinating field tests, including a comprehensive chronograph comparison.
Barrel Twist Rate vs. Velocity — What Tests Reveal by Bryan Litz
When considering barrel twist rates, it’s a common belief that faster twist rates will reduce muzzle velocity. The thinking is that the faster twist rate will resist forward motion of the bullet and slow it down. There are anecdotal accounts of this, such as when someone replaces a barrel of one brand/twist with a different brand and twist and observes a different muzzle velocity. But how do you know the twist rate is what affected muzzle velocity and not the barrel finish, or bore/groove dimensions? Did you use the same chronograph to measure velocity from both barrels? Do you really trust your chronograph?
Summary of Test Results
After all the smoke cleared, we found that muzzle velocity correlates to twist rate at the average rate of approximately 1.33 FPS per inch of twist. In other words, your velocity is reduced by about 5 FPS if you go from a 1:12″ twist to a 1:8″ twist. — Bryan Litz
Savage Test Rifle with Six Bartlein Barrels
Most shooters don’t have access to the equipment required to fully explore questions like this. These are exactly the kinds of things we examine in the book Modern Advancements in Long Range Shooting, Vol. 1. In that book, we present experiments conducted in the Applied Ballistics lab. Some of those experiments took on a “Myth Buster” tone as we sought to confirm (or deny) popular pre-conceptions. For example, here’s how we approached the question of barrel twist and muzzle velocity.
Six .308 Win Barrels from Bartlein — All Shot from the Same Rifle
We acquired six (6) barrels from the same manufacturer (Bartlein), all the same length and contour, and all chambered with the same reamer (SAAMI spec .308 Winchester). All these barrels were fitted to the same Savage Precision Target action, and fired from the same stock, and bench set-up. Common ammo was fired from all six barrels having different twist rates and rifling configurations. In this way, we’re truly able to compare what effect the actual twist rate has on muzzle velocity with a reasonable degree of confidence.
Prior to live fire testing, we explored the theoretical basis of the project, doing the physics. In this case, an energy balance is presented which predicts how much velocity you should expect to lose for a bullet that’s got a little more rotational energy from the faster twist. In the case of the .30 caliber 175 grain bullets, the math predicts a loss of 1.25 fps per inch-unit of barrel twist (e.g. a 1:8″ twist is predicted to be 1.25 fps slower than a 1:9″ twist).
Above, data shows relationship between Twist Rate and Muzzle Velocity (MV) for various barrel twist rates and rifling types. From fast to slow, the three 1:10″ twist barrels are: 5R (canted land), 5 Groove, 5 Groove left-hand twist.
We proceeded with testing all 6 barrels, with twist rates from 1:8″ to 1:12″. After all the smoke cleared, we found that muzzle velocity correlates to twist rate at the average rate of approximately 1.33 fps per inch of twist. In other words, your velocity is reduced by about 5 fps if you go from a 1:12″ twist to a 1:8″ twist. [Editor: That’s an average for all the lengths tested. The actual variance between 1:12″ and 1:8″ here was 8 FPS.] In this case the math prediction was pretty close, and we have to remember that there’s always uncertainty in the live fire results. Uncertainty is always considered in terms of what conclusions the results can actually support with confidence.
This is just a brief synopsis of a single test case. The coverage of twist rates in Modern Advancements in Long-Range Shooting Vol. 1 is more detailed, with multiple live fire tests. Results are extrapolated for other calibers and bullet weights. Needless to say, the question of “how twist rate affects muzzle velocity” is fully answered.
Other chapters in the book’s twist rate section include: · Stability and Drag — Supersonic
· Stability and Drag — Transonic
· Spin Rate Decay
· Effect of Twist rate on Precision
Other sections of the book include: Modern Rifles, Scopes, and Bullets as well as Advancements in Predictive Modeling. This book is sold through the Applied Ballistics online store. Modern Advancements in Long Range Shooting is also available as an eBook in Amazon Kindle format.
This illustration shows headspace measurement for the popular .308 Winchester cartridge, which headspaces on the shoulder. Image copyright 2015 Ultimate Reloader.
In this Brownells Tech Tip Video, Brownells gun tech Steve Ostrem explains what headspace is and why it’s one of the most critical measurements for nearly all firearms. Even if you’re an experienced rifle shooter, it’s worth watching this video to refresh your understanding of headspace measurements, and the correct use of “GO” and “NO-GO” gauges.
Headspace Definition
In firearms, headspace is the distance measured from the part of the chamber that stops forward motion of the cartridge (the datum reference) to the face of the bolt. Different cartridges have their datum lines in different positions in relation to the cartridge. For example, 5.56x45mm NATO ammunition headspaces off the shoulder of the cartridge, whereas .303 British headspaces off the forward rim of the cartridge. If the headspace is too short, ammunition that is in specification may not chamber correctly. If headspace is too large, the ammunition may not fit as intended or designed and the cartridge case may rupture, possibly damaging the firearm and injuring the shooter. (Source: Wikipedia)
Problems Caused by Too Much Headspace
Excessive headspace issues can include: light primer strikes, failure to fire, bulged/blown cases, case separations, split shoulders, or unseated primers after firing. Case ruptures caused by excessive headspace can lead to catastrophic failures causing serious injury. That is why headspace is such an important measurement.
Problems Cause by Too Little Headspace
Insufficent (or excessively tight) headspace can prevent the firearm from going into battery, resulting in failure to fire or deformation of the cartridge case. Various feeding and functioning problems can be caused by cases with too little headspace, even if a round can be chambered (with effort).
Headspace Gauges
Headspace is measured with a set of two headspace gauges: a “Go” gauge, and a “No-Go” gauge. Headspace gauges resemble the cartridges for the chambers they are designed to headspace, and are typically made of heat-treated tool steel. Both a “Go” and a “No-Go” gauge are required for a gunsmith to headspace a firearm properly. A third gauge, the “Field” gauge, is used (as the name implies) in the field to indicate the absolute maximum safe headspace. This gauge is used because, over time, the bolt and receiver will wear, the bolt and lugs compress, and the receiver may stretch, all causing the headspace to gradually increase from the “factory specs” measured by the “Go” and “No-Go” gauges. A bolt that closes on “No-Go” but not on “Field” is close to being unsafe to fire, and may malfunction on cartridges that are slightly out of spec. (Source: Wikipedia)
You need to understand Headspace Gauges and how to use them. There are “Go”, “No-Go”, and “Field” gauges. The “Field” is actually the longest. Brownells explains: “The GO gauge corresponds to the SAAMI minimum chamber length, while the FIELD gauge usually matches the maximum chamber depth, or slightly less. NO-GO gauges are an intermediate length between minimum and maximum, that, technically, is a voluntary dimension. A firearm that closes on a NO-GO gauge and does not close on a FIELD gauge may not give good accuracy and may have very short cartridge case life [.]”
Long Range Scope for Hunters — Quigley-Ford Dual Focal Plane
By James Mock
I recently tested a 5-20x50mm Quigley-Ford Dual Focal Plane Scope. This unique $3049.00 optic essentially offers DUAL focal reticles. The primary reticle is in the First Focal Plane while there is a SECOND reticle in the Second Focal plane. How is that possible? The scope is basically a First Focal Plane one, but there is an secondary Second Focal Plane reticle that does not change size (or thickness) when the magnification level changes. Quigley-Ford states: “The ONLY long range scope that is built with dual focal plane capability (without electronics or batteries) to make it effective for both long range shots AND close up.” The design holds U.S. Patent #D943050. This scope is assembled in Canada with German-crafted HD multi-coated lenses and a main tube from China.
The manufacturer explains: “The patented Dual Focal Plane scope provides a super bold Second Focal Plane etched aiming point … on all power settings PLUS a First Focal Plane reticle to provide the ability to shoot at any distance on any power. With this innovative combination a hunter in near darkness, using the lowest power setting can still pick up an aiming point on an animal with ease.” See how it works:
As seen in the photo, the two dark horizontal lines are in the second focal plane and are there to aid the “hunter” when the power is turned down and the fine cross hairs are difficult to see. This is an ingenious arrangement that allows one to use low power settings in dim light without losing sight of the reticle. NOTE: When ordering one of these scopes, one must give Randy Ford the particulars of the load to be shot. The required data includes caliber, bullet weight, bullet BC, and velocity. My load data sent to Randy was: 32.2 grains Varget, CCI 400 SR primer, 108gr Berger BT at 2910 FPS.
Randy emphasized that there are other factors to consider such as altitude, but his reticle is seldom off on distant targets more than 2 inches. He repeated that his system is designed for the hunter to quickly find an aiming point. They recommend a default altitude of 5000 feet. That way the reticle will still be very effective from sea level to 10,000 ft.
To set up the FFP system, one zeroes the rifle at 200 yards. The center crosshair will be for 200 yards with hash marks to 1000 yards with smaller marks between the longer 100-yard marks.
In the photos below, I first shot over the chronograph to check my velocity. It is very important to match the velocity for which the reticle was designed. The velocity was within a few FPS of the velocity I provided to Randy. His system utilizes marks for hold-over rather than having to dial the scope. It is a very ingenious system. Although I am 79 years old, I still enjoy shooting. I wish I could have had a scope like this one when shooting at a mule deer in Colorado back in 1980. After checking velocity, one must obtain a 200-yard zero. I did this at my friend Kent Bennett’s 200-yard range…on which I have shot for many years. My rifle is a Stolle Panda with 28″, 1:7.5″-twist Krieger barrel chambered in 6mm Dasher.
Speaking of Kent, he was impressed with his initial contact with this scope. He stated that the optics were very sharp and clear. I will add that the adjustments were spot on and the parallax was easily removed. My next trip to the range was to another friend’s 600-yard range.
Parallax Adjustment: Side-focus
Click Adjustments: 1/4″ @ 100 yards
Length: 15.75″ plus sunshade
Weight: 25.5 ounces
Finish: Matte black
With the preparations completed, I took my Dasher with the Quigley-Ford scope to a friend’s range. He had targets set up at 200, 300, 400, and 600 yards. The morning was foggy with light drizzle, but the rain held off until I finished the test.
I started by checking my 200-yard zero and it was close, although not perfect. Next, I shot 300 yards, 400 yards, and at a 600-yard steel gong. The 300-yard shot (shown at right) was perfect except for being a tad right. I was very satisfied with the results so far. I skipped 500 yards temporarily, but went to the gong at 600 yards. There was a very satisfying “bong!” when the 108gr bullet arrived. This showed that the scope can provide precise elevations for distances from 200 to 600 yards.
I then set up a plywood dummy deer (crafted by my son years ago) at 500 yards and shot it twice. One shot was with the 108gr Berger BT and the other was with a 105gr, Bart’s VLD. Both were about 2910 FPS and have a BC that is very close. When I went to the target, I was pleasantly surprised in that the bullets were close to center and less than 1 inch apart. Both were 10s and one was an “X”.
Conclusion: I will continue more testing of this Dual Focal Plane scope. So far, I find that it is a very worthwhile addition to a long-range hunter’s rifle. I was amazed at how precise the reticle was from 200 to 600 yards. The Dual Focal Plane functionality is unique and very useful — offering the “best of both worlds” for hunting — you have a highly visible horizontal bar, combined with a FFP reticle which allows precise holds at multiple ranges. Stay tuned, James Mock.
John Wilson wins Tompkins Trophy, Leech Cup, and NRA High Power Long-Range title at Camp Atterbury
This story is based on Shooting Sports USA Report by John Parker
We congratulate the newly-crowned 2024 NRA National High Power Rifle Long-Range Champion, John Wilson. With a very strong performance at Camp Atterbury, Indiana, John won the Long Range rifle title along with other honors. He was shooting an Eliseo tubegun that could be converted between two chamberings — .308 Win and 6.5 EL/MO.
Gary Eliseo posted: “Congratulations to John Wilson, 2024 NRA Long Range National Champion! John used his Competition Machine UMRS rifle chambered in 6.5 EL/MO to fire the winning score of 1241-73X, in addition to winning the championship John also won the Leech Cup, the oldest target shooting trophy in the United States! Well done John!”
Wilson captured this year’s NRA High Power Long-Range title and the Tompkins Trophy with a score of 1241-73X. Wilson also won the Leech Cup Match with a score of 199-14X, claiming victory in the shoot-off with a score of 100-5X. Wilson noted: “The best shooters in the country showed up to Camp Atterbury this year, and it was an honor to shoot with them”. This year there were 49 total entries in the 2024 NRA High Power Rifle Long-Range Aggregate.
Wilson was shooting an Eliseo Universal Match Rifle (UMRS) chambered in 6.5 EL/MO.
Coming in second place in the 2024 NRA High Power Rifle Long-Range Aggregate was Amanda L. Elsenboss a past NRA High Power Champion and Long Range Champion. Amanda, a former USAMU team members, finished 1240-62X score, and she won the Remington Trophy Match with a 199-12X score, after a shoot-off.
Ranking third in the Aggregate was John Friguglietti, with 1240-60X. Friguglietti secured the High Palma Rifle title, along with the Bert Rollins Trophy. John also won the Edward D. Andrus Memorial Trophy Match with a score of 199-9X, the Palma Individual title with 449-25X, and the Sierra Trophy Match with 796-41X.
USAMU Dominates Team Matches
In the team matches, the U.S. Army Marksmanship Unit (USAMU) team took the Roumanian Trophy with a score of 784-38X and the Herrick Trophy with a score of 792-28X. Team members included SSG Lee Bahten, SSG Shane Butler, SSG Benjamin Cleland, SSG Jarrod McGaffic, Team captain SPC Adam Fitzpatrick, and Team coach SFC Alexander Deal.
Get Full Camp Atterbury National Match Results on NRA Website
Full results of the 2024 NRA National Matches at Camp Atterbury are available on the NRA Competitive Shooting website. There will also be a comprehensive Summer 2024 NRA Championship Report in an upcoming issue of the Shooting Sports USA digital magazine.
ZEISS has introduced an advanced new line of binoculars, the Conquest HDX series. These have ED glass — “ED” stands for Extra-low Dispersion for vastly reduced chromatic aberration. The new Conquest HDX binoculars also have a robust, weatherproof design. They are available with three objective lens diameters (32mm, 42mm, and 56mm) with 8X or 10X magnification options. Plus the biggest 56mm model is also available with 15X magnification.
Here is a comparison of the size and weight of the 8X versions. NOTE: These are ALL also offered in 10X, and the biggest 56mm variant is offered in high magnification 15X. These Conquest HDX binoculars start at $979.99 retail price for the 8x32mm model.
ZEISS Conquest HDX binoculars offer great optical quality with 90% light transmission. ZEISS FieldFlattener Technology provides high resolution over the entire field of view and the T* lens coating helps provide high contrast images even in adverse light conditions.
ZEISS Conquest HDX binoculars boast a lightweight magnesium housing plus full rubber external armoring for durability and weather protection. These binoculars also have a hydrophobic ZEISS LotuTec® lens coating. ZEISS states that: “Whether in extreme temperatures, in wet conditions or in direct sunlight — the Conquest HDX is durable, waterproof, fog-proof, and shockproof[.] The Conquest HDX combines premium optical performance, durability, and ergonomics.”
The Conquest HDX focuses quickly and precisely, even when wearing gloves. The eyecups adjust to four different positions, and there is a lockable diopter. The Conquest HDX also has a handy tripod adapter. That will work well for the 15X version when used for long-range spotting. CLICK HERE for ZEISS Conquest HDX detailed product information.
The 2024 F-Class Mid-Range and Long Range National Championships were held August 10-17 at the Winnequah Gun Club in Lodi, Wisconsin. The match was a success, drawing 145 competitors in F-Open and 67 shooters in F-TR. Shooters tell us the Long-Range match was tough, with challenging weather conditions. The entire competition — Mid-Range and Long Range — was shot using a ShotMarker Electronic Target System. Each target frame had sensors that locate shot placement (and score) with great precision. This system provides instant score access, and eliminates the burdens of pit duty.
We congratulate the new 2024 Long Range National Champions: Alan Kulcak (F-Open) and Randy Littleton (F-TR). These men both showed great shooting skills and impressive wind-reading abilities — there were some tough conditions in Lodi this year.
F-Open champ Alan Kulcak shot a great match to win with 1390-71X, four points ahead of second-place Peter Johns (1386-72X) and third-place Robert Sebold (1386-60X). F-TR Long Range National Champion Randy Littleton fought a tight battle to the very end. The F-TR LR match went down to the final target with Littleton (1376-54X) edging runner-up Mike Plunkett (1375-56X) by a single point. Now that’s close competition!
Credit AccurateShooter Forum member Turbulent Turtle for all the images in this story. You can see over 340 photos from the match, thanks to Turbulent Turtle and his camera. CLICK HERE to see 2024 F-Class Nationals Photo Archive.
Here are the Long Range Top 10 for F-Open and F-TR:
F-Open LR Top 10
1 Kulcak, Alan (HM) 1390-71X
2 Johns, Peter (HM) 1386-72X
3 Sebold, Robert (HM) 1386-60X
4 Dileva, Dan (HM) 1384-73X
5 Skogman, Doug (HM) 1384-72X
6 Fairley, Joseph (HM) 1383-67X
7 Nettesheim, Brian (HM) 1382-73X
8 Basalla, Matthew (HM) 1382-67X
9 Kolodziej, William (HM) 1382-63X
10 Mitchell, Ryan (HM) 1382-62X
F-TR LR Top 10
1 Littleton, Randy (HM) 1376-54X
2 Plunkett, Mike (MA) 1375-56X
3 Trapp, Keith (HM) 1373-57X
4 Hubbard, Tom (HM) 1373-50X
5 Hogg, Tracy (HM) 1370-51X
6 Strasovich, Todd (MA) 1367-44X
7 Lucy, Dale (MA) 1363-41X
8 Klemm, Ian (HM) 1362-55X
9 Casale, Lou (MA) 1362-53X
10 Faloon, Christopher (HM) 1360-46X
Long Range F-Class Nationals Team Competition
In F-Open Long-Range team competition, Team Bayou Boyz won the F-Open Team title followed by Team Lapua-Brux-Borden (Second) and Team Vihtavuori (Third). It was a close match, with the Bayou Boyz (1590-83X) edging Team Lapua-Brux-Borden by a slim 2-point margin (1588-83X) with the same X-count. Congrats to Team Bayou Boyz members: Joseph Fairley, Johnny Ingram, Peter Johns, and Alan Kulcak.
Team Bayou Boyz won both the Long Range and Mid-Range F-Open Team events.
In F-TR LR Team competition, Team Vortex (1583-80X) finished first, followed by Team USA White and Team USA Red. Team Vortex recorded an impressive victory, winning by 20 points over runner-up squad Team USA White (1563-54X). Congrats to Team Vortex members: Tracy Hogg, Ian Klemm, Brad Sauve, and Keith Trapp.
Team Vortex recorded an impressive 20-point win in the F-TR Long Range Team Match.
The Mid-Range F-Open event saw tight competition. We congratulate new Mid-Range Champ Johnny Ingram who edged second-place Jim Fowler by two points. The top five F-Open finishers were separated by just five points and third-place finisher Matt Basalla had the highest X-Count with an impressive 99X. In the F-TR division, 2024 Mid-Range Champion Tom Hubbard put on a dominant performance, winning by ten points with the highest X-Count (87X) among all F-TR competitors.
Here are the Mid-Range Top 10 for F-Open and F-TR:
F-Open Mid-Range Top 10
1 Ingram, Johnny (HM) 1783-95X
2 Fowler, Jim (HM) 1781-82X
3 Basalla, Matthew (HM) 1779-99X
4 Waite, Boe (HM) 1779-92X
5 Brooks, David (HM) 1778-88X
6 Kulcak, Alan (HM) 1777-78X
7 Thomas, Jamie (MA) 1777-71X
8 Stob, James (HM) 1776-86X
9 Basalla, Gwen (HM) 1776-70X
10 Zwahr, Brandon (HM) 1775-86X
F-TR Mid-Range Top 10
1 Hubbard, Tom (HM) 1770-87X
2 Gavrock, Gabriel (HM) 1760-68X
3 Crofts, James (HM) 1759-78X
4 Conrad, Keith (HM) 1756-73X
5 Retzloff, Robin (EX) 1755-62X
6 Faloon, Christopher (HM) 1749-63X
7 Brindle, Jerry (HM) 1749-55X
8 Wiens, Gerry (HM) 1746-62X
9 Sowa, Mike (EX) 1743-58X
10 Dixon, Richard (HM) 1739-59X
Mid-Range F-Class Nationals Team Competition
In Mid-Range Team Competition, Team Bayou Boyz (1598-115X) won the F-Open Division while Team USA White (1585-87X) won the F-TR Division. Congrats to the Mid-Range Bayou Boyz (Johnny Ingram, Peter Johns, Alan Kulkak, and Pat Wood) and to USA White (Keith Conrad, Christopher Faloon, Dale Lucy, Mike Plunkett). There were 17 teams competing in F-Open, and 10 Teams competing in F-TR.
CLICK HERE for 2024 F-Class Nationals Program and Match Rules. NOTE: This official program incorrectly states that Silver Mountain electronic targets are used. Instead the ShotMarker system was used.
Written and researched by J. Scott Kappas, an attorney and Class III Firearms Dealer, the 2024 Traveler’s Guide has a preface that defines many key terms important for anyone traveling with a firearm across state lines. The latest edition also has new formatting for easier reading.
Headspace Gauges
With the preparations completed, I took my Dasher with the Quigley-Ford scope to a friend’s range. He had targets set up at 200, 300, 400, and 600 yards. The morning was foggy with light drizzle, but the rain held off until I finished the test.
