As precision hand-loaders, we normally assemble just one round at a time. That won’t cut it for an ammunition factory which needs to produce millions of rounds a month. To see how a modern factory achieves these kind of production levels, watch this video. It provides an inside look at the how ammunition is made with this step-by-step production guide from Hornady. The video begins by showing the stages in production of a lead-core jacketed bullet with exposed tip, such as the Hornady Interlock. Next, at the 1:38″ time-mark, the video shows how cartridge cases are made, starting with small brass cups (photo right). The brass is lengthened in a series of stages involving annealing, drawing, polishing, and the formation of the case head with primer pocket. Finally, at the 2:40″ time mark, the video shows how bullets and powder are seated into cartridge cases on the Hornady assembly line. In the final production stages, the completed ammunition is tested and packaged.
When considering .17-caliber Varminting, most guys think rimfire — shooting the 17 HMR or the newer 17 WSM. But there is a good, affordable centerfire option — the 17 Hornet — with quality factory ammunition available. Hornady produces factory 17 Hornet Ammo with three bullet options: 15.5gr NTX, 20gr V-Max, and the new 25gr HP Varmint. Our friends at Varminter.com recently conducted a test of Hornady’s new 25gr HP “Custom” ammunition, reasonably affordable at around $29/box of 50 rounds. Varminter.com tested the ammo in a CZ 527 rifle chambered for the 17 Hornet on a ground squirrel hunt in Northern Nevada.
Hornady 17 Hornet 25 Grain HP CUSTOM™ Ammo (#83006) Specifications:
25 grain HP Varmint bullet
3375 fps rated (Varminter.com averaged 3383 fps in CZ Model 527 with 24″ barrel)
632 FPE (Foot Pounds of Energy)
0.187 G1 Ballistic Coefficient
Ammo Testing and Hunt Report
By Varminter.com’s Editor
With the new 25gr Hornady 17 Hornet ammo, our accuracy results ranged from 0.528″ to 0.85″, with an average of 0.678″ over ten, 5-shot groups at 100 yards. After shooting the groups, we settled on a 200-yard zero, which put the rifle at 1.1″ high @ 100 yards and 5.3″ low @300 yards.
“I went 14 shots in a row without a miss, and that was from 80 yards out to 220 yards. On these small varmints here, the 25-grain HP does a good job [and] the ammunition is accurate.”
Ground Squirrel Gauntlet in Northern Nevada
It was a few months after the initial range work when I was able to really put this ammo to work on some varmints. The grass here in Southern Idaho had grown quite tall, so we decided to head over to a spot on a private ranch down in Northern Nevada. We were promised some good shooting, but until we actually sit down at the bench and start pulling the trigger, we try not to get our hopes up. Needless to say, we were not disappointed in the amount of varmints and shooting we experienced!
The set-up was simple. I set-up with my bench pointed down a private dirt road on the edge of a large alfalfa field. I was going to be shooting something I call “The Gauntlet”. What this means, is that the majority of the ground squirrels were making their home outside of the alfalfa fields. This is a perfect spot for ground squirrels, because they are forced to cross an open area (the dirt road), in order to get to the lush, green, alfalfa. Within this gauntlet, the ground squirrels would consistently stop on the edge to make sure it was safe to run across to the alfalfa side. This gives you a few seconds [time window] to find the squirrel in your scope and make the shot. The range of shoots were from 80 yards out to 220 yards down the road. CLICK HERE to read full 17 Hornet Hunt Report.
Speed Kills — 3650 FPS with a 20-Grainer
Based on the 22 Hornet cartridge case, the 17 Hornet can drive a 20-grain V-MAX bullet at 3,650 fps. At this velocity, the 17 Hornet can match the trajectory of a 55-grain .223 Remington load, but with much less noise and recoil. Look at the chart below. You can see that the 17 Hornet’s trajectory (blue-gray line) is almost an identical match for the larger .223 Rem (red line) all the way out to 400 yards or so.
NOAA photo of flooding after Hurricane Floyd in 1999. The Colt Python Revolver once belonged to Elvis Presley (Rock Island Auction).
Firearms owners who have seen their guns and stored ammunition submerged by flood waters in storm-wracked areas are probably wondering if their firearms and ammunition can be salvaged and safely used. To answer these questions, the NSSF and the Sporting Arms and Ammunition Manufacturers’ Institute (SAAMI®) created two documents outlining the proper response to submersion of guns and ammo. If you’ve got wet guns and/or ammo, download these two PDF files and read them carefully.
The SAAMI document “Guidance on Firearms That Have Been Submerged or Exposed to Extensive Amounts of Water” points out two major concerns about firearms that have been exposed to water: parts susceptible to moisture and rust damage such as metal parts, wood stocks and grips, and optics; and, secondly, infiltration of the action, barrel and safety systems by grit, silt and other foreign debris.
#1 Always unload firearms before beginning any treatment process.
It’s important to limit moisture and corrosion damage to the component parts of the firearm. This can be accomplished by disassembling the component parts and using up to two coats of a moisture-displacing lubricant such as Hoppes #9 MDL or WD-40 to clean and stabilize the parts while, importantly, following the product’s directions so as not to damage, for instance, plastic or synthetic parts. Another tip is to allow wood stocks and grips to air-dry and not be force dried by exposure to heat.
The document emphasizes that once the firearm has been thoroughly dried, consideration must be given to having the firearm inspected and serviced by the manufacturer, an authorized service center, or a qualified gunsmith before putting the firearm back in service.
Dealing with Ammunition That Was Submerged
Bottom Line, if your ammo has been submerged — DON’T USE IT. SAAMI explains why…
To help firearms owners determine what to do with ammunition that has been affected by water and moisture, SAAMI offers another helpful document, “Guidance on Ammunition That Has Been Submerged in Water.” This document covers differences in moisture resistance between centerfire, rimfire and shotshell ammunition, and potential hazards associated with “drying out” cartridges, including possible deterioration and damage to cartridges due to drying methods.
Another serious hazard that could result from using compromised ammunition is the potential for a bore obstruction due to partial ignition of either the priming compound or the propellant powder charge, or both. Firing a subsequent round through an obstructed barrel can result in bodily injury, death and property damage.
SAAMI provides the following cautionary conclusion: “It would be impossible to ascertain for certain the extent of the deteriorating affect, if any, the water may have had on each individual cartridge. Therefore, the safe answer is that no attempt be made to salvage or use submerged ammunition. The ammunition should be disposed of in a safe and responsible manner. Contact your local law enforcement agency for disposal instructions in your area.”
Today’s the day — you’ll want to tune in to Kelly McMillan’s Taking Stock Radio Show today, Friday, September 8, 2017. The broadcast will feature highly-respected gunsmith and Hall of Fame Benchrest Shooter Thomas ‘Speedy’ Gonzalez. The Radio Show, which streams on the internet, runs 9/31/2017 at 11:00 AM Pacific Time on VoiceAmerica Sports Channel.
Speedy and Kelly will discuss a variety of topics, including gunsmithing, stock design/manufacture, the past/present/future of Benchrest and F-Class competition, and how Benchrest reloading/tuning methods have influenced other disciplines. Speedy will also discuss how the standards for precision shooting have evolved in recent years. The quest for accuracy is never-ending. CLICK HERE to LISTEN.
Here’s an F-Open rifle Speedy built for a competitor at the recent F-Class World Championships in Canada.
Along with Speedy, this week Kelly McMillan interviews Phillip Naman, host of the Firing Line Radio Show, a California-based radio show covering a wide range of firearms topics, including hunting, gun rights, gun gear, shooting events, legislation, and gun safety.
You can also access last week’s episode, which features USA F-TR Team Captain Ray Gross, and Derek Rodgers, the newly-crowned F-TR World Champion.
About McMillan Fiberglass Stocks
Kelly McMillan is the president of McMillan Fiberglass Stocks (MFS). This company began in 1973 when Gale McMillan starting crafting benchrest stocks at home in his carport/garage. In 1975 MFS hired its first employee, Kelly McMillan. By 1979 Kelly was made a partner, and by 1984 Kelly was in charge of running the stock shop. Since that time MFS has continued to grow with innovation and design. Today McMillan Fiberglass Stocks has a 15,000 sq/ft facility and 65 employees.
Lapua offers a sophisticated FREE Ballistics App for iOS and Android smartphones and mobile devices. This state-of-the-art App has many great features — much more than you’d expect for a free App. If you do much shooting past 300 yards, or use a wide variety of bullets and/or cartridge types, we recommend you download the App and give it a try. This article, written by a Lapua technician, explains how to use the App. This article is definitely worth reading — there are many important concepts and procedures discussed here that apply to all Ballistics calculators, not just the Lapua App. For more details, read the Lapua Ballistics App User Manual.
Article by Matti Paananen
As smartphones and tablets are constantly developed, ballistic software and Apps are also improving, and with their help our ability to hit targets can improve significantly. This is a short introduction on why and how to use a ballistic calculator, namely the Lapua Ballistics App, and a few pointers that will help you use the App effectively.
Ballistics software and Apps are designed to help shooters and hunters make calculations to hit distant targets or take down game in the field by offering ballistic solutions. Lapua Ballistics is the first App utilizing the 6DOF calculation model.
Toying around with ballistics apps is always fun, but effective use of ballistic software requires general understanding of how they work. The App gets information from the user and by using mathematical formulas it provides the solution that will give the user a solid starting point to hit the target.
However, it is also important to remember that the App can’t think — it only calculates a solution based on your parameters. You will not know the error until you have already fired the shot.
1. SET UP YOUR SCOPE RETICLE AND RIFLE
Scope manufactures use different units per click, so it’s important that you use the correct unit in the App. For example, in your scope, one click can be 0.1 mil, 1/4 MOA, [or 1/8 MOA depending on the model]. You can find this information in your scope manual and also usually from the scope turrets. Setting your scope reticle is very important, partly because if you use the wrong unit in the App, the ballistic solution will not match your scope. To set up your scope reticle in Lapua Ballistics, go to Manage Rifle / Cartridge Data –> Add Rifle Cartridge Data (or choose to edit a Rifle/Cartridge combo you’ve already set up) –> Reticle –>.
Another thing to setup in Lapua Ballistics is your scope height, i.e. Line of Sight to Bore in the Manage Rifle / Cartridge Data window. This is the distance between the center of the scope and the center of the bore. The default height is 45mm but with tactical rifles, the height can be even 70mm. So check! The height is easy to measure with a ruler. Then there’s also the twist rate of your rifle to set up — look it up in the rifle manual, it can also be stamped on the rifle barrel. The rifle twist rate is needed to calculate spin drift and bullet stability. Spin drift should be taken into account with longer distances, and it can be enabled or disabled in Lapua Ballistics.
2. SET UP YOUR BULLET CHOICE
You can add your bullet of choice from the bullet library, where you find all Lapua bullets. It is also possible to add information manually. In this case, you will need bullet weight, the ballistic coefficient BC and muzzle velocity. The Ballistic coefficient can be given in G1 or G7 values. G7 is designed for low-drag bullets with a boat tail and G1 is used for more traditional flat base bullets. Lapua on the other hand uses Doppler radar-based data to calculate a more accurate ballistic trajectory for Lapua bullets by 6DOF model. Anyway, it is good to remember that the ballistic coefficient changes with velocity, so all changes in a flight path cannot be predicted.
The following thing you will need to set up is the bullet’s actual muzzle velocity. You can reverse engineer the number based on your drop or by using a chronograph. It is good to remember that more rounds you shoot, the better average velocity you will get.
Because temperature affects muzzle velocity, it would be good to shoot velocities in different temperatures and write them down. Those notes can be used with Lapua Ballistics as it is possible to set up the powder temperature variation in the App.
3. SET UP WEATHER CONDITIONS
Lapua Ballistics has settings for temperature, air pressure, and humidity. All these affect the ballistic solution and the chance to hit the target. In a nutshell, temperature affects the powder’s burn speed and in that way the bullet velocity. Air pressure and humidity also affect bullet drag.
If you are shooting approximately on sea level, you do not need to change air pressure values, but if you are shooting or hunting in mountain areas or where there is lot of elevation difference, you might want to check the air pressure. On sea level, the atmospheric pressure is 1013 hPa. The higher you go, the less air pressure you will have and thus less bullet drag. Some like to use handheld weather and wind meters that have a function to get actual air pressure and humidity, however the Get Current Weather function in Lapua Ballistics will give you the air pressure reading from your local and most close weather station, provided that your app is allowed to use your location data.
Temperature is an important variable. To understand how velocity change in different temperatures, only way is to shoot and keep notes. Some ballistic software and apps have values for muzzle velocity in different temperatures. The user needs to input muzzle velocity in different temperatures in order to software to calculate the effect. More velocities in different temperatures the user adds, the more accurate the calculation will be.
4. SET UP A BALLISTIC SOLUTION
After we have set up our own rifle / cartridge data, there are few things that need to be taken into account when shooting: the distance to the target, the wind and our shooting skills. Distance can be measured for example with a laser rangefinder and then put in. Wind can also be measured with a wind gauge but it is important to remember that the wind in the target area can be very different from that in the shooting position. Lapua Ballistics gives a ballistic solution based on stationary wind, so in the end, the shooter’s task is to estimate how much the wind factor will be.
It’s good to remember that Lapua Ballistics is a starting point and designed to assist the shooter. Software and apps have ways of helping us adjust the sight and predict the ballistic solution but they will not replace the shooter. We still have to pull the trigger and record our range data. By keeping good range notes and with the support of good ballistic software like Lapua Ballistics, we should be able hit in all environments.
Watch Video for Explanation of Lapua Ballistics App Features
Article Find by EdLongrange. We welcome reader submissions
Some top-flight components for a great-shooting rifle surely aren’t cheap — like a custom action ($1200 and up). And a premium, match-grade scope could set you back two grand or more. But there are still some great items that cost under $20.00 that can benefit any gun-owner. Here are our selection of six great shooting accessories under twenty bucks. Many of these are top-selling items on Amazon. The first item, a motion-sensitive light for your gun safe, has been a big hit with our readers.
1. Amazon — Motion-Sensitive Interior Light for Gun Safes, $9.95
Let there be light. Here’s a great accessory for your Gun Safe. This “smart” LED lamp turns itself on when you open the door, and off when you close the door. There’s a built-in magnet so you can easily attach the light to the inner walls or “ceiling” of your gun safe. It works, it’s handy, and it’s inexpensive — just $9.99 with free shipping for Prime members (or otherwise free shipping for $25+ orders). We bought two for our own firearms vault. This can provide 14 hours of light with three AA batteries (not included). Very versatile, these motion-sensor lamps can also be used in closets. NOTE: This item has been very popular with our readers, who have purchase six dozen already.
2. Amazon — Discovery Scope Level, $8.99 (30mm)
If you shoot long range, you need a scope level. This Discovery scope level is fully CNC-machined to close tolerances for a good fit. It is available with inner diameters to fit scopes with either 1″ or 30mm main tubes. The popular 30mm version is now on sale for just $8.99 while the 1″ model is $9.99. (That’s right, the bigger version is cheaper right now). You could easily pay $35.00 or more for a 30mm scope level. Purchasers have praised this product: 84% of verified buyers rated this four or five stars.
3. Amazon — 34 dB Noise Rating Ear Muffs, $17.45
These 34 dB NRR earmuffs provide excellent sound protection without being too heavy and bulky. At at $17.45, they are a great bargain. The lower section of the muff is trimmed for a narrower profile — that helps with rifle and shotgun stocks. The headband is adjustable and has comfortable padding. Select from ten color options: black (above), grey, pink, purple, teal, white, green, blue, red, and Coyote Brown (our favorite). These Pro For Sho Muffs have earned a 4 1/2 star consumer rating, with over 1,600 Amazon customer reviews. NOTE: These fit pretty tight. If you have a very large hat size you might want a different brand.
4. Midsouth — Lee Universal Decapping Die, $10.95
Midsouth sells the Lee Universal Decapping Die for just $10.95 (item 006-90292), a very good deal. There are many situations when you may want to remove primers from fired brass as a separate operation (prior to case sizing). For example, if your rifle brass is dirty, you may want to de-cap before sizing. Or, if you load on a progressive press, things will run much more smoothly if you decap you brass first, in a separate operation. The Lee Universal Decapping Die will work with cartridges from 17 Fireball all the way up to 45-70. However, NOTE that the decapping pin supplied with this Lee die is TOO LARGE for LAPUA 6.5×47, 6BR, 220 Russian, and Norma 6 PPC flash holes. Because the pin diameter is too large for these brass types, you must either turn down the pin, or decap with a different tool for cases with .059″ flash-holes. Otherwise, the Lee Decapping Die works well and it’s a bargain.
5. Amazon — Bore Stores Rifle Cases Starting at $14.99
Our take on Bore-Store Gun sleeves is simple: They work great, so buy them and use them — for ALL your valuable firearms.
These thick, synthetic-fleece sacks cushion your guns, preventing nicks and scratches. The breathable fabric wicks away moisture, and the fibers are coating with corrosion inhibitors. I personally use Bore-Stores for in-safe storage with all my guns, and I have never had one of my guns rust inside a Bore-Store, even when I lived a stone’s throw from the ocean.
Bore-Stores are offered in a wide range of sizes, so you can find something to fit everything from a Snub-nosed revolver to a 32″-barrelled 50 BMG. Rifle-size Bore Stores can be purchased for $14.99 – $23.00 from Amazon.com. For long F-Class or tactical rifles, we recommend the 10″x52″ SSG Scoped Shotgun Bag. You can also order direct from the Bore-Store manufacturer, Big Spring Enterprises, www.BoreStores.com. Big Spring will also craft custom sizes on request.
Lyman’s new Bleacher Block stepped cartridge holders are great. Use the different levels for sorting brass. Or, migrate the brass from top to bottom as you proceed through case prep stages. Made of durable polymer, Bleacher Blocks are molded in three sizes. The smallest size (with 0.388″-diam holes) fits .223 Rem-size case heads. The middle size (with 0.485″-diam holes) fits .308 Win-size case heads. The biggest Bleacher Block has 0.565″-diameter recesses for magnum-size cases. All three cartridge block sizes hold fifty (50) rounds. Purchase any size for just $6.14 per Block at Midsouth.
GAP Grind PRS Competition and Vintage Sniper Rifle at Talladega — that’s what you get in a double-feature episode of Shooting USA TV, now available on YouTube. This is a killer episode, with great coverage of two rapidly-growing shooting sports. The GAP Grind is the biggest PRS tactical match of the year, while Vintage Sniper Rifle matches have proven popular with competitors of all ages, from 18 to 80. Learn all about these shooting disciplines in this 48-minute Shooting USA production. Photos, unless otherwise indicated, come from Ramia Whitecotton’s GAP GRIND 2016 photo album
PRS Competition — the GAP Grind
This Shooting USA episode features the Bushnell GAP Grind Pro-Am, a tough tactical/practical match in Tennessee with 300 competitors. Conducted in association with the Precision Rifle Series (PRS), the GAP Grind features a Pro/Am format — new shooters partner with an experienced shooters for the two-day, 25-stage event. This year John Scoutten teamed up with novice shooter Jen Hodson.
Yes this video includes the GAP Grind PRS match. Click the arrow and it should begin with the PRS segment, 28 minutes into the episode:
One stage required the use of “human support” by one’s team-mate. Here Shooting USA’s John Scoutten provides a strong shoulder for female competitor Jen Hodson.
Lots of Action, with 20+ Stages
The GAP Grind is a notoriously challenging, “high tempo” match with minimal down-time between stages. Over the course of 20+ stages, competitors will fire 200+ shots at a variety of steel, paper, moving, and reactive targets out to 1,200 yards. Targets vary in size/difficulty based on the shooter’s position, distance, and time allotted. Most stages include “stressors” — i.e. time limits or required movement(s).
On the first day of the Bushnell GAP Grind, teams are scored together. On the second day team members still work together but scores are logged individually. This is a difficult event with awkward positions, barriers, and other challenges. Targets vary in size, shape, and distance. One of the toughest targets is the 500-Yard Mover. And the shooting platform (below) offered a double-decker challenge…
Here’s a “Dawn Patrol” shot from Bryan Sikes. He mastered this stage: “6:00 am cold bore — nailed it!”
Vintage Sniper Rifle Competition at Talladega
In this episode, Shooting USA features the Vintage Sniper Match at the CMP’s Talladega Marksmanship Park. This is a popular two-man team event, for shooter and spotter, using military rifles in service up to 1953. One added challenge is the time limit. The team has only 20 seconds to complete each shot — That’s 20 seconds for the spotter to read the conditions, and for the shooter to pull the trigger.
File photo from Vintage Sniper match at Camp Perry. At Talladega, there are video target monitors at each shooting station.
Guns of Grandfathers…
In this episode two USAMU marksmen, SGTs Daniel Crody and Robert Shoup, compete with an Springfield M 1903 A4 reproduction topped with a vintage optic. “For me it holds a little bit of sentimental value,” says SGT Crody. “I did have two grandfathers in World War II. It is definitely a pleasure holding a piece of history… and to be able to see and feel what these guys had as far as tools to operate with.”
“It’s a match that brings a different type of competitor out. It brings a nostalgic competitor out. You’ll see World War II time-period rifles, sniper-type rifles that were used during World War II, Korean War era,” says the CMP’s Chief Executive Officer, Mark Johnson. “The optics are either original optics or current reproduction of old optics.”
22Plinkster Tours CCI/Speer Idaho Factory
Trickshot artist and YouTube host 22Plinkster recently got a chance to tour the CCI/Speer production facility in Lewiston, Idaho. This large plant produces both rimfire and centerfire ammunition. While touring the plant, 22Plinkster was allowed to capture video showing the creation of .22 LR rounds from start to finish. This is a fascinating video, well worth watching.
This revealing video shows all phases of .22 LR ammo production including cupping, drawing, annealing, washing, drying, head-stamping, priming, powder charging, bullet seating, crimping, waxing, inspection, and final packaging. If you’ve got ten minutes to spare, we really recommend you watch the video from start to finish. You’ll definitely learn some new things about rimfire ammo.
The Manufacturing Process for .22 LR Rimfire Ammunition Shooting Sports USA explains: “Rimfire cartridge cases are the oldest self-contained cartridge in existence, having been in continuous production since the mid-1850s. Rimfire cases are drawn from a thin piece of brass and formed with a hollow rim. A priming compound is then forced into the case using centrifugal force, where it is charged with powder and a bullet is seated in the mouth of the case. The case is then crimped around the bullet to ensure sufficient push and pull when the round is fired. When the firing pin strikes the thin brass rim of the case, the hollow rim is crushed and the primer is ignited.” Source: SSUSA.org 9/2/2017.
Buried in CCI Rimfire Ammo
.22 Plinkster was literally up to his neck in ammo while touring the CCI/Speer Idaho ammo plant. He says: “This was truly a dream come true for me. I can’t thank the people at CCI and Speer enough for allowing me to do this. I couldn’t possibly show everything that went on at the factory. However, hopefully I showed you enough for you to grasp the concept of how rimfire [ammo] is made.”
Speer Brothers Brought Ammo Production to Lewiston
Here is an interesting historical footnote. Today’s large CCI/Speer operation in Idaho can be traced back to the companies founded by the Speer brothers. After settling in Lewiston in 1944, Vernon Speer started Speer Bullets. A few years later, in 1951, Vernon’s brother Dick (with partner Arvid Nelson) started Cascade Cartridges Inc., a producer of small-arms ammunition and primers. Yes, as you may suspect, Cascade Cartridges Inc. is now CCI, a Vista Outdoor company, and one of the largest manufacturers of primers and loaded ammunition. Today, the CCI/Speer Lewiston plant produces both Speer bullets and CCI-branded ammunition and primers. Vista Outdoor’s predecessor, ATK, acquired the plant in 2001. Vernon Speer died in 1979, and Dick Speer died in 1994.
Hunting season is coming up, so it’s time to get your rifle squared away. You’ll want to zero that rifle before the hunt, and you need to know how your shots will impact with a cold barrel.
Commonly, hunters won’t have the ability to fire one or two fouling shots before heading out on a hunt. Therefore it’s important that a hunter understands how his rifle shoots with a “cold bore shot”. Both the point of impact (and possibly velocity), may be different with a cold bore than with a barrel that has been warmed and fouled with a series of shots. In this video from the U.S. Army Marksmanship Unit (USAMU), you’ll learn how to determine your cold bore point of impact (POI) for a rifle that just been cleaned, as well as the cold bore POI with a barrel that has already been “fouled in”.
SGT Joe Hein of the USAMU shows how to plot cold bore POI with both a clean bore and a fouled bore. Note that the “cold bore” shot from a fouled barrel was closer to the follow-up shots than the cold bore shot from a clean barrel. This is typical of many factory barrels. SGT Hein provides a simple way to understand your rifle’s cold bore performance. Hein’s advice can keep you from missing that long range shot at that big buck on opening day. A little time spent on the range before that critical first shot will help ensure you have meat in the freezer this season.
Team Applied Ballistics will soon release a new DVD on the science, skills, and strategy required for successful Extreme Long Range (ELR) shooting. The new DVD features a reality-style documentary following Team Applied Ballistics in the 2017 King Of 2 Mile (KO2M) competition. Team AB has now won this prestigious event two years in a row. Team shooter Mitchell Fitzpatrick won the KO2M title in 2016, followed by team-mate Derek Rodgers in 2017.
Bryan Litz tells us: “Applied Ballistics is proud to announce the release of our latest DVD: ELR Shooting With Applied Ballistics. With lessons learned from our successful 2016 KO2M campaign, you can see how the AB ELR team developed our equipment and approach through practice and careful analysis. Learn the essential elements of ELR competition from the top team in the sport.”
This documentary, filmed over the course of a year, shows Team Applied Ballistics preparing for, and competing in, the 2017 KO2M match. This presentation includes interviews from all Team AB members, along with tips on ELR shooting.Pre-Order the ELR DVD and Save $5.00 (Pre-Order Price $19.95)
2017 K02M Match-Winning Performance on Video
The video below shows Team Applied Ballistics shooter Derek Rodgers winning the 2017 King of 2 Miles event. This excellent video combines firing line and target-cam views. You can see the strings-of-fire at 2667 and 3028 yards. Then Watch Derek, after four misses, hit the last target with his fifth (and final) round! That plate was set at a mind-numbing 3368 yards (1.91 miles). Derek had Paul Phillips as a spotter and Emil Praslick as a wind coach — a very powerful team and it showed.
If you want to learn more about ELR shooting and how team Applied Ballistics achieves great results in ELR competition, we recommend an excellent article just released byShooting Sports USA. SSUSA’s Editor John Parker interviewed Team Applied Ballistics members Bryan Litz and Paul Phillips. Both men said that successful Extreme Long Range shooting requires solid team-work.
Bryan Litz (center) conferring with Team AB members Emil Praslick (L) and Doc Beech (R).
Paul Phillips explained: “ELR is very difficult. It requires a great shooter with 1/2-MOA accuracy, a really good wind coach and spotter to see impacts, trace and the ability to quickly negotiate and engage the targets. It’s one fluid team working together.”
Bryan Litz, Applied Ballistics founder, concurred: “Of all the various precision rifle disciplines, ELR shooting is particularly suited to a team approach. All aspects of ELR shooting are both highly challenging as well as critical to success. One individual is typically not able to stay on top of all the variables effectively enough to hit targets at extreme ranges all by themselves.”
Litz says superior wind-reading skills are vital in the ELR game: “One of the important challenges of hitting targets at long range is reading the wind. All the shooters on our team can read wind, but when we’re shooting a match, we put our strongest wind-reader in this position for all shooters. Emil Praslick is arguably the best in the world at putting a number on the wind. He’s got a well-rehearsed process that works in all scenarios. When Emil isn’t available, someone else on our team will apply his process and focus specifically on the wind.”
As precision hand-loaders, we normally assemble just one round at a time. That won’t cut it for an ammunition factory which needs to produce millions of rounds a month. To see how a modern factory achieves these kind of production levels, watch this video. It provides an inside look at the how ammunition is made with this step-by-step production guide from Hornady. The video begins by showing the stages in production of a lead-core jacketed bullet with exposed tip, such as the Hornady Interlock. Next, at the 1:38″ time-mark, the video shows how cartridge cases are made, starting with small brass cups (photo right). The brass is lengthened in a series of stages involving annealing, drawing, polishing, and the formation of the case head with primer pocket. Finally, at the 2:40″ time mark, the video shows how bullets and powder are seated into cartridge cases on the Hornady assembly line. In the final production stages, the completed ammunition is tested and packaged.
Today’s the day — you’ll want to tune in to Kelly McMillan’s 
Guns of Grandfathers…
