The U.S. Army Marksmanship Unit (USAMU) has produced an excellent series of videos covering the Basic Rifleman’s Course. If you are getting started in High Power shooting, or want to improve your position shooting skills, this series is well worth watching. And these videos are not just for service rifle shooters — even bench shooters can benefit from these videos, particularly Part 5, which explains how to estimate wind speed and direction. The lead instructor for these videos is SFC Brandon Green, three-time National High Power Champion, and 2017 Service Rifle Champion. When SFC Green talks, you should listen.
SFC Brandon Green is a shooting superstar. Green won his third NRA National High Power Rifle Championship in 2018 at Camp Atterbury, Indiana. He dominated the HP Championship cycle, finishing eight points and ten Xs ahead of his nearest competitor. Brandon also won High Power National Championships in 2015 and 2013. One of the greatest marksmen in the nation’s history, SFC Green excels at all positions, both rapid-fire and slow-fire.
Part 5 — Wind and Weather Estimation (Very Useful for All Shooters)
Note: This video includes a hit location “target analysis” in the first 6 minutes.
Part 4 — Minute of Angle Explained
Part 3 — Ballistics and Zeroing
Part 2 — Positions, Sight Alignment, and Natural Point of Aim (Very Useful)
Part 1 — Aiming and Sight Picture
SFC Brandon Green (left above) has set multiple National Records at Camp Perry.
Modular Driven Tecnologies (MDT), known for its rifle chassis systems for PRS/NRL disciplines, has a new ultra-lightweight chassis for hunters. The new HNT26 Chassis System is MDT’s first truly purpose-built hunting chassis. The HNT26 weighs a mere 26 ounces for the fixed model, a few ounces more for the folding-stock version. This new hunting chassis includes V-Block bedding, LOP and comb adjustment, and a “snag free design” to help hunters moving through brush. The HNT26 chassis will be offered in a Cerekote finish in either Black Carbon Fiber or Cobalt Green starting at $1299.95. Ini
The MDT HNT26 Chassis is constructed with a magnesium alloy base, carbon fiber fore-end, carbon fiber grip, and foam-filled carbon fiber buttstock. The HNT26 chassis will fit: Rem 700 Short Action (and clones), Rem 700 Long Action CIP 3.850 (and clones), Savage Short Action, Savage Long Action CIP 3.850, Tikka T3 Short Action and Tikka T3 Long Action. Initially, these are all right bolt version only.
CLICK photo to see full-screen BIG version.
Tripod Compatibility with ARCA rail: “With the increased number of hunters using ARCA tripods, we have included an option to choose a carbon fiber fore-end with an integral ARCA rail, as well as a foldable buttstock version for compact storage.”
MDT HNT26 Hunting Chassis System SPECIFICATIONS:
Ultralight design weighs between 26 oz. and 31 oz. depending on configuration
V-Block bedding system with free floating barrels up to 1.25″ diameter
Fixed and folding buttstock version available (folding 31 oz.)
Chassis body machined from AZ61A magnesium alloy
Carbon fiber-enclosed fore-end with MLOK, QD mount, Sling Swivel Mount
Foam-filled carbon fiber buttstock deadens sound and vibrations
Low profile mag latch integrates seamlessly into trigger guard
Option for ARCA rail integrated into carbon fiber fore-end
Compatible with AICS-style mags (MDT 3-RD Polymer mag fits flush)
Front and rear sling swivel mounts and front and rear QD
Vertically adjustable cheek riser with soft touch foam pad
Accepts AR Grips and MDT ultra lightweight carbon fiber grip
12.5” minimum LOP with adjustable spacer system
Titanium action / grip screws
The MDT HNT26 Chassis System is sold as a complete chassis kit including magnesium alloy base, foam filled carbon fiber buttstock, carbon fiber enclosed fore-end and a carbon fiber grip. Modular Driven Technologies (MDT) is precision rifle chassis manufacturer with offices and production in Chilliwack, BC Canada and Everson, WA USA.
Precision Rifle Challenge on Shooting USA This Week
This week, Shooting USA TV features a show that should interest PRS/NRL fans, tactical marksmen, and long range hunters. Run in Utah’s backcountry, the Hornady Precision Rifle Challenge is a unique long range competition with serious wind and elevation changes.
This isn’t a typical PRS Pro Series match by any means. Participants in this challenging Precision Rifle match encounter tough conditions not typically seen in other tactical matches.
This video is great — lots of equipment closeups, stage set-ups, plus drone footage of range.
This Shooting USA episode airs Wednesday, February 24, 2021, at 9:00 PM Eastern (8:00 PM Central) on the Outdoor Channel. If you miss that, it runs again on Thursday afternoon. In addition, you can watch all episodes of Shooting USA on the VIMEO channel by subscription. Each episode is just $0.99.
Former Army Ranger sniper instructor Ryan Cleckner is the author of the best-selling Long Range Shooting Handbook. Cleckner hosts a series of videos that cover shooting techniques appropriate for tactical and PRS-type disciplines. Here are five short videos that cover various aspects of shooting techniques and rifle set-up. We think PRS/NRL competitors (and long-range hunters) can benefit from these videos.
“Consistency is the key to accuracy.
You need to think about a system of how you’re going to shoot that is not only comfortable, but [is] repeatable when you’re shooting.” — Ryan Cleckner
In this first video, Cleckner explains proper scope position. Ryan finds that some shooters place the scope too far forward or too far rearward. If the scope is too far back you may have issues with eye relief and stock reach to shoulder. If it is too far forward, you may have cheek-weld problems or get neck strain.
Cleckner offers a simple method to check your scope position: “To see if your scope is set up properly … close your eyes, lay your head on your gun, get completely comfortable, and only when you are set-up, then open your eyes. If you can’t see clearly through your scope, CHANGE something [such as comb height or scope position]”. “When you open your eyes, if you see some scope shadow [i.e. the black ring around the edge of the scope picture], figure out which way you need to move your head to get rid of that shadow, and then make adjustments to either your position, the rifle, or the scope.”
Cleckner prefers shooting off a bag when in the prone position, when that is practical. The bag provides a more stable support than a small Harris-type bipod, doesn’t require pre-loading the rifle, and there is less bounce or hop on recoil.
Former Army Ranger sniper team leader Ryan Cleckner explains how important it is to keep your rifle straight up and down when long-range precision shooting. Cleckner demonstrates with an AR-10 modern sporting rifle how slight cant to your rifle can cause a miss over long distances.
Here Cleckner covers some of the basic points of trigger control on tactical-style rifles. These basic principles apply to both single-stage and two-stage triggers. NOTE: For benchrest rigs, with ultra-light pull weights, more refined techniques may be appropriate.
In tactical events, when you’re shooting on the clock and loading from a detachable magazine, you should manipulate the bolt smoothly but strongly. Here Cleckner demonstrates how to cycle a tactical-type rifle. He says, “You should be running the bolt on your rifle with authority. Run it like you mean it!” NOTE: Completely different techniques are appropriate for custom benchrest rifles that manually feed.
Long Range Shooting Handbook — A Good Resource
Cleckner’s Long Range Shooting Handbook covers a wide range of topics important for precision marksmanship — both shooting skills and technical matters. You can view Sample Chapters from Ryan’s Book on Amazon.com. Cleckner’s book is designed as an intro to key concepts such as MOA vs. Mils, External Ballistics, and Environmental Effects. Included are personal tips and advice based on Cleckner’s years of experience as a sniper instructor and special operations sniper.
The Long Range Shooting Handbook is divided into three main categories: What It Is/How It Works, Fundamentals, and How to Use It. “What It Is/How It Works” covers equipment, terminology, and basic principles. “Fundamentals” covers the theory of long range shooting. “How to Use It” gives practical advice on implementing what you’ve learned, so you can progress as a skilled, long range shooter.
A while back, our friend Dennis Santiago was conducting training for a Southern California Police Department. During a training session one of the unit’s AR15s stopped functioning. The problem — the bolt in the AR rifle broke in half. Dennis states: “They ran the gun dry, broke for lunch, shot it again. They don’t like that. I personally like to flood the bolt wet with lube on training days. It prevents stuff like this. Given that, it’s a simple remove-and-replace fix.”
Here are some of the more interesting comments about this parts failure — an AR bolt that literally sheared in half:
“If I was a betting man [the steel] wasn’t made by Carpenter Steel. They are one of the few companies that use the correct [milspec-steel, C-158] called out on the drawing which they coincidentally developed. Most of the other companies that make [AR Bolts] use different steel with the same heat treat specification as what is called out which gives them the potential of being a little on the brittle side at the upper end of the tolerance. When it comes to the AR platform, bolts are probably the only part of the entire gun where I must admit to being a little bit of a brand snob.” David O’N.
[Editor’s Note: Actually Carpenter Steel does not make AR bolts. They are a steel supplier, and yes Carpenter did develop the original C-158 steel for AR bolts. Here is a contrary view, claiming that AISI 9310 Steel is actually stronger than milspec Carpenter C-158: 9310 Steel for AR Bolts.]
“Dry bolt and carrier shouldn’t cause that. Looks like a big pressure spike. What kind of ammo…?” Guy G.
Reply from Dennis: “55gr factory ammo. Piles of it.”
“Is that the new two-piece bolt everyone’s been talking about LOL?” — Darren R.
“Let me guess…the PD called you in cause they didn’t know why it stopped going ‘pew pew’?” — Jim O.
Reply from Dennis: “I was there today for qualifications. It broke during the rifle phase. Simple enough to fish the bolt parts out of the action. The training didn’t miss a beat. I have an armory full of the things.”
Applied Ballistics Founder Bryan Litz and Former USAMU and Team USA coach Emil Praslick III share their wisdom in an informative Guns Magazine Podcast. Along with being a true ballistics guru, Bryan Litz is an outstanding competitive shooter, having won F-TR National Championships, and both Sling and F-TR divisions at the Berger SW Nationals, along with many other matches. Emil is considered one of the world’s great wind-readers and team coaches, having coached 20+ championship teams.
Guns Magazine podcast host Brent Wheat asks Bryan and Emil about multiple topics including: exterior ballistics, bullet design, wind reading, ballistic solvers, BC myths, and more.
Brent reports: “Together, Bryan and Emil understand what happens from the time a bullet leaves the muzzle until it impacts the target, including the atmospheric affects along the way. Grab a pencil, listen in, and get ready to take notes.”
This Long Range Grad School podcast features Berger’s Chief Ballistician, Bryan Litz, and Berger’s Emil Praslick. Both have extensive long range competitive shooting experience, with championship titles (as shooter and/or coach) in a multitude of long range disciplines. CLICK arrow below to start podcast audio:
Emil Praslick (left) confers with Bryan Litz (right) at King of 2 Miles ELR Event.
In this Video Emil Praslick explains his methods for determining wind direction.
Bryan Litz coaching Team USA in Canada using a WIND PLOT.
Bryan Litz at 2011 World Long Range (Palma) Championships in Brisbane, Australia
How is a modern, metal-chassis rifle built? This very cool video from Masterpiece Arms answers that question. The nicely-edited video shows the creation of a Masterpiece Arms tactical rifle from start to finish. All aspects of the manufacturing process are illustrated: 3D CAD modeling, CNC milling of the chassis, barrel threading/contouring, chamber-reaming, barrel lapping, laser engraving, and stock coating. If you love to see machines at work, you will enjoy this video…
Watch this video to see how a sound suppressor (aka “silencer”, “moderator”, or “can”) is constructed, start to finish. It’s more complicated than you might expect — there are quite a few stages in the process. The video below shows the fabrication of a SilencerCo Octane 45 suppressor:
SilencerCo writes: “What, exactly, goes into making a silencer? It may be more than you’d expect. From cutting metal to chemical baths, to extensive quality control every step of the way, our streamlined process is more than just a few steps. Watch our newest video, HOW IT’S MADE: Octane 45, to catch a glimpse behind SilencerCo’s doors.”
How Loud Are Unsuppressed Rifles?
Firearms Are Loud — 140 dB to 175 dB. ASHA explains: “Almost all firearms create noise that is over the 140-dB level. Exposure to noise greater than 140 dB can permanently damage hearing. A small .22-caliber rifle can produce noise around 140 dB, while big-bore rifles and pistols can produce sound over 175 dB. Firing guns in a place where sounds can reverberate, or bounce off walls and other structures, can make noises louder and increase the risk of hearing loss. Also, adding muzzle brakes or other modifications can make the firearm louder. People who do not wear hearing protection while shooting can suffer a severe hearing loss with as little as one shot[.]” Source: ASHA, Recreational Firearm Noise Exposure.
How Much Does a Good Suppressor Really Reduce Firearm Sound Levels?
That depends on the rifle, the cartridge, and the effectiveness of the suppressor. American Hunter explains: “Suppressors retard the speed of propellant gases from the cartridge that rapidly expand and rush out of the barrel. It’s these gases that produce the loud boom that’s heard for miles. A suppressor’s series of internal baffles slows these gases so they are not all released at once, thereby muffling the sound.” Many good commercial suppressors can achieve 30-35 dB sound suppression. However, Zak Smith of Thunder Beast Arms says: “There are a bunch of manufacturers who publish values that are not reproducible, or use an ad-hoc test instead of a mil-spec test. In many cases we’ve tested the exact same suppressors they’ve advertised with 30-40 dB reductions and found they are actually in the high 20s instead.”
Again, for this reason, we recommend that hunters use ear protection, such as electronic muffs, even when shooting suppressed.
Over the past year, large-scale social unrest and calls to “defund the police” inspired millions of Americans to buy their very first handguns. Pistol sales set new records. Americans were looking to acquire handguns for personal protection, both in the home and while away from the house. Thus, many folks are looking for slim, relatively lightweight pistols that can be carried comfortably and discretely. There are dozens of carry guns on the market currently. Here are three good choices, as reviewed by our friends at GunsAmerica.com. In this article, we cover three of the best “micro-compact” 9mm pistols: SIG Sauer P365, Smith & Wesson Shield, and the Glock 43.
After looking at a variety of factors, including accuracy, reliability, ergonomics, build quality, size/weight, and price, GunsAmerica’s tester Jeff Cramblit concluded that the SIG P365 was the best of the three: “Bottom Line — The SIG P365 wins this shootout in my humble opinion. The MSRP of $599 is a bit higher than the other guns but SIG brings a bit more to the game. The outstanding grip design, higher capacity, great sights, lighter trigger pull, smaller length, light weight and just a great overall feel make it a winning product. The other two guns are great, they have been the cornerstones of concealed carry for many years, and I have personally carried both of them, but SIG has changed the game.”
Choosing a Carry Pistol — Performance, Reliability, Value
This Editor owns two SIG Sauer pistols, a P226 and P232. Both are “old school” metal-framed handguns. I can attest to their quality and reliability over many years. So I’m not surprised to see that SIG’s new P365 took top honors in this recent test. But I also think the Smith & Wesson Shield also offers excellent value for the dollar. The S&W 9mm Shield is ON SALE now for $289.99 at Palmetto State Armory.
This YouTube Video Compares the SIG P365 and the S&W Shield
Accuracy with Various Ammo
In the GunsAmerica Test, the SIG P365 had the best accuracy, based on five (5) different types of 9x19mm ammo shot off-hand at 25 yards. The SIG’s average 5-shot, 25-yard group size was 1.45″, vs. 1.7″ for the Glock 43, and 2.1″ for the S&W Shield. The P365’s accuracy edge may be due in part to its lighter, 5.1-lb trigger pull compared to 6 lbs. for the S&W Shield, and 6.25 lbs. for the Glock 43.
Dimensions — Width and Weights
Size matters — particularly when it comes to a carry pistol. The S&W Shield is the narrowest of the three guns at 1.03″ wide vs. 1.11″ for the P365 and 1.36″ for the Glock 43. Though it has the highest round capacity, the SIG P365 actually has the smallest grip circumference and grip depth. Weight-wise, the Glock 43, at 18 oz. unloaded, is the lightest. The SIG P365 is 18.8 oz., while S&W Shield is the heaviest at 20.5 oz. weight.
Capacity — SIG P365 Has the Edge
The SIG P365, holding 10+1 rounds, has the highest ammo capacity. This is remarkable as the P365 has the smallest grip circumference of the three pistols. Kudos to SIG for clever design. The S&W Shield has an 8+1 capacity, while the Glock 43 only holds 6+1. Advantage SIG.
AR-platform rifles are fun and versatile, but the standard, mil-spec triggers leave much to be desired. They tend to be gritty, with creep and heavy pull weight. One of the easiest, most effective AR upgrades is a trigger group swap. An improved fire control group makes a huge difference. There are many aftermarket trigger options for the AR platform rifles. Choose single-stage or two-stage, either standard trigger assembly or unitized “drop-in” trigger, such as those made by Timney or Triggertech.
When upgraded with a precision trigger and match barrel, AR-platform rigs work great in NRA High Power competitions (Photo from NRA Blog, at Camp Perry).
Two-Stage vs. Single-Stage Triggers
Two-stage triggers have two separate movements. The first stage offers a light, spring-loaded pressure that works against the shooter’s pull until stopping at the second stage – this is called “take-up”. If there is no spring pressure, it is known as “slack”. Should the shooter continue to pull the trigger once he’s arrived at the second stage, the mechanism will operate like a single-stage trigger from there until engaging the sear and firing the gun. Some shooters prefer a two-stage trigger because it allows a mental preparation (first stage) before the final decision to “break the shot”.
Single-stage triggers feature no take-up or slack, as they begin engaging the sear as soon as the shooter begins pulling the trigger. Some competitive shooters prefer the two-stage trigger because of the feedback it provides during its first stage, while other shooters, including those using their rifle in tactical scenarios, may want the surety of a single-stage trigger, ready to engage and fire once their finger is inside the trigger guard. Regardless of preference, a good trigger will feature minimal creep and should be free of grittiness, providing a smooth, even break.
Drop-In Trigger Assembly vs. Standard Trigger Group
Once you decide between a single-stage or two-stage trigger, you can choose between standard and drop-in trigger groups. Standard trigger groups feature all the fire control group parts separated, and need to be pieced together and installed much like a mil-spec trigger, while drop-in trigger are pre-assembled and contained within a casing that simply drops in to the receiver and accepts the pins, hence the name.
After-Market Trigger Comparison
Some shooters prefer drop-in triggers due to the ease of installation, while others opt for standard groups so they can access the components individually for cleaning adjustment or replacement. If one piece of a drop-in trigger fails, you’ll need to either replace the entire unit or send it to the manufacturer for repair, whereas you may be able to simply replace the broken component of a standard trigger without needing a whole new trigger set.
Trigger Terminology — “Creep”, “Stacking”, “Overtravel”
“Creep” or “travel” is the distance the trigger moves between the end of take-up and when the trigger breaks to fire the fun. Too much creep can affect accuracy, but no creep can be unsafe, as the shooter may not be prepared to fire. “Stacking” occurs when the trigger weight actually increases during travel — this shouldn’t happen. Lastly, “overtravel” is the distance the trigger continues moving back after the gun fires.
This article is based on a longer story in the NRA Blog.
Dimensions — Width and Weights
