ABC aired supposedly shocking footage Monday and Sunday purporting to be from the forefront of the battle between the Syrian Kurds and the invading Turks. The only problem is, the footage appears to come from a nighttime machine gun demonstration at the Knob Creek Gun Range in West Point, Kentucky.
The images would indeed be stunning were they actually from northern Syria. It would be horrific if the images showed a Turkish assault on Kurdish civilians. But the images do not show that. The footage, which appears to be from 2017, shows American gun enthusiasts putting on a terrific pyrotechnic show for an American audience. In fact, the Machine Gun Shoot and Military Gun Show, which includes the very popular night shoot, is a biannual event at the Kentucky gun range. People love the show. They love it so much, in fact, that they often record it and post video of it to social media
“We’ve taken down video that aired on World News Tonight Sunday and Good Morning America this morning that appeared to be from the Syrian border immediately after questions were raised about its accuracy,” a network representative told the Washington Examiner. “ABC News regrets the error.”
Here’s the news report from ABC below:
And here’s another angle, but from a spectator at Knob Creek:
It pays to be leery of any news source, but with current information technology it’s impossible to not be fact-checked a million times in a matter of seconds. It must take a severely inflated sense of entitlement and narcissism to not check sources when publishing national news!
Yikes. Gremlins. Case neck “donuts” are a common development in an aging cartridge case, and it’s often unknown. Read this and know! MORE
Even if the case neck passes the “drop test,” there might be something amiss within that cylinder, and it might not show up until after case sizing, and that is the “dreaded donut.”
What exactly is a case neck donut? It’s a tiny elevated ring of brass on the interior circumference of the case neck, right at the juncture of the case neck, case shoulder. It is pretty much a little o-ring, in effect.
This “tight spot” reduces the case neck inside diameter at that point, which will, not may, have an influence on the amount of constriction surrounding a seated bullet. And since it won’t be perfectly consistent from case to case, accuracy will, not may, suffer.
And, without a doubt, there’s going to be cartridge pressure changes, which can create velocity changes. A donut is not likely to create anything like a pressure spike similar to what an excessively thickened (overall) case neck can, but it can’t be a Good Thing no matter what.
Now. I can’t say this is always a symptom of aging cases (based on the “four firings in” idea I’ve been running with). I’ve seen donuts in new cases. However, in my experience with the brass I normally use, and, therefore, that which I have the most notes on, the formation of a donut seems to coincide at the same time I measure what I think is excessive case neck wall thickening. Again, though, I spent an afternoon at the loading bench with David Tubb trying to solve donut issues he was having after one firing on commonly known “good” brass. We solved them, and more in a bit.
There is a difference in the case wall tubing thickness at the case neck, case shoulder juncture. The neck walls are a consistent thickness — it’s a parallel cylinder (or they start off that way). At the shoulder wall thickness increases steadily in a taper as it goes down the case shoulder to then intersect with the case body walls.
There is diverse speculation about exactly what causes or creates the donut. My own experience suggests that there can be more than one factor or influence. But at the root of it is simply this difference in wall thicknesses. The difference has an influence in this area with respect to brass flow. Seems certain that there’s material movement forward from the case shoulder.
If that’s it, then the chamber dimensions (neck diameter and headspace) and cartridge case headspace play their parts. Same old: with respect to case headspace, it’s another reason to set back a shoulder the minimum amount needed for faultless function. Also old news: that’s going to be more for a repeater than a single-shot, and well more for a semi-auto.
I’ve seen it said that the expander ball or sizing button coming back up through a sized case neck “drags” the metal up with it, but also I know without a doubt that sizing without an expander means there’s a more pronounced donut. Checks I’m made sizing with and without an expander (using a neck-bushing-style die), show that an expander or, my preference, an expanding mandrel, reduces the donut influence. That, by the way, is from selecting bushings that produce the same case neck outside diameter with and without the inside neck sizing. I think the expander is just pushing it to the outside… But that’s good!
This one is pretty easy, after a little math at least. The most direct means is using a correctly sized reamer on a likewise correctly sized case neck, and that’s where the math comes in. The reamer should be the diameter of your sized neck inside diameter; that will pare away the donut without changing the case neck wall thickness. The idea is to get the donut without universally thinning the case neck walls, and the reason there is maintaining consistency. That, after all, is why we’re doing any sort of fixing on cases in the first place: get the same performance the maximum number of firings.
Another way, which is primarily preventative, is with an outside case neck turner, if its cutter has an angle or bevel (see photo for example). Turn down onto the case shoulder about 1/16 of an inch. Do this on new cases since that’s the only good time to turn case necks. This area is then “relieved” enough that the donut won’t form, or not for a while. In firing, this thinned area essentially relieves itself. I got this tip from Fred Sinclair eons ago and it’s the only thing I know of that heads off the donut. If you are worried about weakening a case in this area, don’t do it, but I can tell you that’s a moot worry. It’s very common practice among competitive Benchrest and NRA High Power Rifle long-range shooters. That’s how we came to a quick and permanent (well, for the short life of those cases) solution to David Tubb’s donut problems with a 6mm-.284.
Short aside note that’s being revisited from other articles I’ve done here, but the VERY BEST way to never worry about donuts is to never seat a bullet into this area! That is the reason the better (in my mind) cartridge designs feature long necks.
Glen’s books, Handloading For Competition and Top-Grade Ammo, are available at Midsouth HERE. For more information about other books by Glen, visit ZedikerPublishing.com
When a new projectile enters the reloading market, it’s a pretty big deal. It’s always exciting to see innovation coupled with precision, and performance. The GameChanger Bullets, a new offering in the tipped GameKing bullet line, are touted as the “…perfect blend of exceptional Ballistic Coefficients (BC), Accuracy, and Deadly Terminal Performance on tough wild game.” The bullets feature a synthetic tip for smoother chambering, improved flight and better expansion on target (game) impact. The open pocket design below the poly-tip further expands the lead core, while the precisely engineered jacket wall concentricity makes for an incredibly accurate bullet.
Tuned ogive for industry-leading BC.
Boat tail design creates stable flight and accuracy.
Open pocket (Hollow Point) expands lead core instantly on impact.
When it comes to the release of new projectiles, reloading data can be difficult to find. We’ve obtained some load data from the ballisticians at Sierra for select calibers. For more calibers not listed, please contact Sierra for assistance! The load data provided is to be used to their exact specifications.
Hornady has just announced their new products for 2018, from the much anticipated new reloading tools, to innovations in ammo and projectiles, Midsouth is eager to fill our shelves with their new offerings! Read on for a brief breakdown of what’s coming soon!
New in Reloading:
Cordless Vibratory Powder Trickler:
Some cool tools are on their way from Hornady MFG., like this Vibratory Trickler, which makes “quick work of various reloading chores!”
The Vibratory Trickler, powered by two AAA batteries, features variable settings to trickle all kinds of powders, ensuring the precise amount for each charge. Its modular design means you can use it with or without the base and also makes cleanup quick and easy.
Trickles all powders
Light-up LED screen
High, low, and variable trickle settings
Use in base or outside of base
Weighted for stability
Hornady Rotary Case Tumbler:
Clean and polish brass cartridge cases to a brilliant shine with the rotary action of this tumbler, coupled with its steel pin tumbling media (included). Use in conjunction with Hornady® One Shot® Sonic Clean Solution.
Six-liter drum holds 5 pounds of brass cases. Set tumbler to run for up to eight hours in half-hour increments using the digital timer.
Check out all the new items coming to our reloading category by clicking here!
Speaking of reloading, lets take a look at some of the new projectiles being developed by Hornady!
The DGX® Bonded (Dangerous Game™ eXpanding) bullet features a copper-clad steel jacket bonded to a lead core to provide limited, controlled expansion with deep penetration and high weight retention. Bonding the jacket to the core prevents separation from high-energy impact on tough material like bone, ensuring the bullet stays together for deep expansion.
DGX® Bonded bullets are built to the same profile as the corresponding DGS® (Dangerous Game™ Solid) bullets but expand to 1½ to 2 times their bullet diameter.
The thicker 0.098” copper-clad steel jacket of DGX Bonded sets it apart from other dangerous game bullets, allowing it to tear through tough material like hide, muscle and bone.
DGX Bonded features a flat nose with serrated sections to deliver a uniform expansion from 100 to 150 yards and straight penetration, reducing possible deflections.
Bonded Jacket and Core
The bonding process locks the jacket and lead core together, improving the retained weight of the expanded bullet.
ELD-X and ELD Match Bullets:
There’s also a few new calibers coming to the ELD-X line of projectiles. The Extremely Low Drag – eXpanding bullets are a technologically advanced, match accurate, ALL-RANGE hunting bullet featuring highest-in-class ballistic coefficients and consistent, controlled expansion at ALL practical hunting distances. You can find them right here at Midsouth!
The name says it all! The 6.5 Precision Rifle Cartridge was designed to achieve the highest levels of accuracy, flat trajectory and extended range performance in a sensibly designed compact package.
The name says it all! The 6.5 Precision Rifle Cartridge was designed to achieve the highest levels of accuracy, flat trajectory and extended range performance in a sensibly designed compact package.
Utilizing moderate powder charges that result in repeatable accuracy, low recoil and reasonable barrel life, the 6.5 PRC produces high velocities for target shooting with performance well beyond 1000 yards.
Rifle makers currently chambering the 6.5 PRC include GA Precision, Gunwerks, PROOF Research, Stuteville Precision and Seekins Precision. Check back often as additional gun manufacturers confirm chambering the 6.5 PRC.
There’s a lot more to cover, and information is still coming in daily on the new products announced for next year. Stay tuned for a more in depth look at these items as we get a chance to demo them.
For a long time I’ve talked with friends about trying out a PRS-style match. Life has been busy, but when the right opportunity came, I decided to give it a try. My friend and shooting partner Jim Findlay offered to help me prepare, and told me it would be “fun to shoot gas guns together”. I decided I would shoot an AR-15, and thought that would be an ideal opportunity to try something new: the 22 Nosler. I wasn’t sure exactly what I was getting myself into, but that’s typically the way things happen when you’re really trying something new. It was a great experience, and it taught me a lot about shooting. I also made some great connections and friends during the match. If you are at all interested in PRS (Precision Rifle Series, or just Precision Rifle in general) I would suggest you enter and compete in a match. You most likely won’t regret it.
In this post, I’ll talk about preparing for the match, and the experience of competing in the match. In a follow-up post, I’ll go into more detail on the gear we used, and some of the gear we’d like to try in the future. So stay tuned for that!
Preparing For the Match
There were a few things to take care of before I started practicing with Jim in earnest for the match. I decided on the rifle platform I’d be shooting: it would be the AR-MPR AR-15 rifle, but with a 22 Nosler Upper. While I was waiting for the upper and components to arrive, I started practicing with 5.56 ammunition that I thought would be close to what I’d be shooting with 22 Nosler. I signed up for the match and paid my entry fee, and then downloaded the Practiscore Match App.
Practiscore is great, because you can read about each of the stages in order to prepare for each activity within the match. Here’s an example from the match I participated in:
After reading up on the match, it was time to create a game plan with Jim, and start practicing!
Practicing For the Match
Jim and I spent quite a few range trips preparing for the match, and I did quite a bit of practice up at my place, the “Ultimate Reloader Outpost”. First up was to sort out our gear, and get on target- we started at 600 yards. As I mentioned, this initial practice was performed with a .223/5.56 AR-15 configuration. With distances going out to 700 yards on match day, I chose to load 77 grain bullets for practice in 5.56 cases. At our 600 yard practice distance, these rounds did fine, but I wasn’t as confident about going out to 700 yards as they were getting into the trans-sonic zone.
Enter the 22 Nosler. The added velocity provided by this new cartridge combined with the extreme performance of the 70 grain Nosler RDF bullets I decided to use were a great combination. Here are the first shots I fired at 600 yards after the 100 yard sight-in and testing (see bottom group on target). The first round fired at 600 yards was on-target thanks to the G7 BC supplied by Nosler and Shooter App dope I had calculated. That’s a great feeling!
During our practice sessions, Jim and I focused on prone shooting, barricade shooting, and even shooting at a moving target at almost 600 yards. It was a lot of fun, but 90 seconds (the allowed time for each stage) was proving to go *very* quickly. Would I be ready on range day? I couldn’t wait to find out. Here we have Jim (far) and myself (near) shooting at 400 yards in preparation for one of the stages:
On match day, I was fortunate to have friends Eric Peterson and Carl Skerlong running the camera and drone respectively. That meant I could focus on the shooting stages, and final preparations. I had printed out the courses of fire, had printed a dope card and zip tied it to my rifle, had dialed in the shooter app, and had all of my gear ready to go.
Overall, the match was more fun and more laid back than I thought it would be. The guys in our squad were all really helpful, and even loaned me gear to try out when they noticed my gear wasn’t right for a particular shooting activity. One such case was when Ken Gustafson (of KYL Gear) offered to loan me one of the bags he had made. Below you can see me shooting off the infamous unstable tippy tank trap with a KYL Gear bag, and I’ll have to say- it was amazing. It helped me lock down my rifle and get on target. What a great feeling!
I did run into some trouble- I had loaded my 22 Nosler rounds to max charge weight with Varget powder and experienced some failure to feed issues during the match. Initially I thought my bolt needed more lubrication, but after the match I discovered pressure signs on the rounds I had fired to investigate what went wrong. While I didn’t have malfunctions in practice, the match day was between 96 F and 100 F at the hottest part of the day- the same time I experienced issues. I was over pressure! I switched to a slower powder after that discovery (H-380) and found 22 Nosler to run perfectly (and at higher velocity), even in similar temperatures. I learned that you have to test everything you plan to use on match day, and take into account things like weather conditions as well. I also had my bipod fly off the rifle while shooting off a barricade- but continued with the stage and did alright. Even with these challenges, I kept on “giving it my best”, and I still had a ton of fun.
PRS is all about pushing your rifle skills to edge. You may have to hit targets at four different distances in 90 seconds- and dial in your dope between each shot. These kinds of challenges are super-difficult, but with enough experience and practice, it’s amazing what you can do. I saw guys that were so smooth, steady, fast, and accurate, it was mind blowing! It doesn’t come easy, and the guys at the top of the heap are super-dedicated. One such guy named Sheldon Nalos (in my squad) told me about how he dry fired off scale replicas he made of the T-Post Fox Hunt stage- practicing again and again until he was confident he was ready.
I don’t have the goal to be at the top of the heap within the PRS community, but I do think I’ll compete in more matches- they are super fun to experience, and the friends you’ll make may just last a lifetime. If you have any thoughts of trying PRS, I say “do it”! Stay tuned, because in my next post, I’ll talk about the PRS gear I used (and wanted) and then after that it’s time to go deep into 22 Nosler.
A recent national television report asserted that road-rage incidents are becoming more common and more deadly, with the latest incident taking place in Pennsylvania, in which a man is alleged to have shot and killed a teenage girl during a traffic merge. Click to watch level-headed advice from your Independent Program Attorney about what to do—and what not to do—in these situations.
Hello, my name is Edwin Walker. I’m an Independent Program Attorney with Texas Law Shield.
I want to talk to you today about an issue that we see on a daily basis. In fact, you will encounter it on a daily basis — the subject of road rage. I am sure that you have all seen road rage. You may have actually been involved in a road rage incident.
Now, if you’re a responsible gun owner, I’m going to give you a few words of advice on how to react when you find yourself in one of these unfortunate road-rage incidents. While on the roadways, we all observe something that makes us upset, whether it’s poor driving, unsafe driving, or just simply somebody being very discourteous.
By all means, you should restrain yourself from engaging that person and telling them how bad their actions were because this can be perceived as an act of road rage. If you’re a lawful gun owner and you have a firearm in your vehicle, you do not want to be viewed as the aggressor in a road-rage situation.
Now, about a situation where an individual has chosen to rage against you, and you are the actual victim of road rage, if you and the other individuals are still in their automobiles, do not use your firearm to respond to any of the rager’s activities. This is because law enforcement views the fact that you’re both still safely in your metal boxes as removing any threat of immediacy that you may be harmed.
So please, if you have a gun, and somebody is raging against you, forget that you have a gun, don’t display it, don’t brandish it, don’t show it, don’t point it, and for God’s sake, don’t fire it. This could result in a lot of trouble for you. Now let’s look at a situation where a road rage incident has escalated to the point where one of the participants has actually gotten out of their vehicle. We recommend that you stay in your vehicle at all times. Do not exit your vehicle because the person who left their vehicle is going to be looked at as the aggressor.
If the other individual has exited his or her vehicle and the person is not in contact with your vehicle, and they do not have a weapon, then do not feel that you can display your weapon in the act of self-defense. People are allowed to just simply stand there and scream at you—scream whatever they want—until they make a demonstrative effort to try to harm you. There is no immediate threat that would justify displaying or shooting or brandishing your firearm.
Now, if the person shows a weapon, in particular, a firearm, the existence of a weapon would give you reasonable belief that there was an immediate threat of harm that would justify an act of force or deadly force.
Even in this situation, I would be very cautious. Now, if this situation escalates even further, where the person has actually made physical contact with your vehicle, whether they are beating on it with an instrument with their fists or they’re attempting to open your door, this would give you the facts that you would need to show that you had a reasonable belief that that individual is unlawfully and forcefully attempting to either enter your vehicle or remove you from your vehicle. This is very very important because this falls under what is commonly known in Texas as the Castle Doctrine.
The Castle Doctrine provides that an individual is given a presumption of reasonableness if they use force or deadly force in a situation where they believe that the person is unlawfully and forcefully either attempting to enter their occupied vehicle or remove somebody from their occupied vehicle. This legal presumption can be very very important because this legal presumption then says that you are allowed to use force or deadly force in response to this other individual’s actions.
We want to keep you safe out on the roadway, so keep these words of advice in mind and try to have a little less road rage out there. If we have a little less road rage, maybe we’ll have a safer world.
Are you like me? Do you have a few spare AR-15 stripped lower receivers laying around that need rifles built from them? Now is a *great* time to build an AR-15 because component prices are low, and kits/parts are in stock! For years I’ve been wondering about Del-Ton kits, and I’d like to share with you my experiences building out an AR-15 rifle from one of Del-Ton’s kits!
Here’s a complete walk-through of my rifle build, complete with a quick range trip: (condensed build steps are just 7 minutes long!)
For a more in-depth look at the article, plus more of Gavin’s review, Click Here, and visit the Ultimate Reloader site!
The HAP (Hornady Action Pistol) bullet is the renowned XTP jacketed hollow point without the grooves cut into the jacket, simplifying the manufacturing process. What you end up with is an accurate, consistent, and economically priced jacketed bullet. Reloading data is available for this bullet from multiple manufacturers, there’s no coating to shave off or exposed lead to worry about, and it doesn’t break the bank when you want to buy in bulk. In the video below I put the HAP 9mm bullets up against a few steel targets, and give you some more info. The sound on the video is a little muffled, due to a windy day at the range.
I load and shoot over 20,000 rounds of ammunition a year, so when I’m shopping for loading components, the main things I look for are economy, ease of use, and consistency. The Hornady 115 grain HAP bullet meets all of those requirements and more for competition and target shooting. 115 grain bullets are an industry standard for 9mm and most guns should be able to run them right out of the box, so using it as a go to bullet weight makes a lot of sense.
Midsouth now exclusively has the Hornady 9mm HAP bullets at plated bullet prices. Click Here to head over, load your own, and put them to the test!