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!
Here’s how to use (or not use) Standard Deviation calculations in ammo decisions, what they are, and aren’t… Keep reading…
A standard deviation plotted out is a bell curve. Chances are outstanding that a range session calculation will plot into what they call a “normal curve.” Like any normal bell curve, it can get divided into three segments and given values, and, technically, these are the “standard deviations.” It’s “a” standard deviation rather than “the” standard deviation.
Assuming a normal curve, the values are that about 68 percent of forecasted results will lie within one standard deviation of the mean, about 95 percent lie within two, and over 99 percent lie within three standard deviations. If we have an SD calculated to be 12, that means that applying one standard deviation means that about 68 percent of all “next shots” will be +/- 12 feet per second. Since, though, the curve is in threes, in effect if not in fact, that means that a scant number of the shots pose a chance for +/- 24 and some teeny chance remains for shots to go to +/- 36. That, however, is extrapolating or predicting with data and that’s not really wise and doubtlessly uncalled for. Data collection is a record of numbers and I do know that there’s 100 percent chance that the highest and lowest velocities collected for an SD calculation did, in fact, happen. That’s what matters. No matter what the shot results calculated into for an SD, those were the two that represent the highest and lowest prints on the target.
It’s mathematically not possible for an SD to be higher than the greatest single raw deviant, but I do for a fact know that an SD can easily be far lower than the worst shot. Given how it’s calculated, along with how many samples contributed, it’s plain that the nearer the majority are to themselves the less impact a bad one or more has.
I said in a very open-ended way last article that a tolerable SD is 12. Anything more than that is not good; anything less than that probably won’t perform noticeably any, if at all, better than a 12. However! It is at this number, so I say, where the often-uttered tune of “…SD doesn’t matter…” and its refrain of “…seen good accuracy with high SDs…” starts and stops. Twelve. That’s it. Now we have an SD that “doesn’t matter.” The reason this is stuck out here is that everyone has heard this chorus but hopefully figured that it couldn’t be taken universally at literal value. Well it can’t. So now you know! It’s 12. 12 should not be responsible for a points loss, even accounting for or including coincidence of any one shot hitting the edge limit of usual group size.
(Yes, 13 or 14 or 16 or even 20, which is often given as a “limit,” might well be a realistic ceiling but I drew a line to have one. Since there’s a line, now we can cross it and commence argument. I won’t use any load in competition that wouldn’t calculate to a single-digit SD. My 600-yard .223 Rem. load tested to an SD of 3.18 with a Range of 8 fps.)
So after all this has been said, I don’t give SD as much weight in my load decisions as some do. The reason for my focus on it here, as said in the first article, is because that’s the usual “standard” measure of consistency. I look at the speeds as they come up on the chronograph display and write them down. I weigh range and extreme spread more heavily, and I want to see really small variations over the number of test rounds I fire. It’s a matter of waning patience and waxing time. If I see a variance that could cost a point, that load is abandoned.
If you don’t have a chronograph or don’t want to burden a testing session with using one, watch for a correlation between the elevation dispersion and the wind dispersion of test groups. At 600 yards I always test from position (prone, “suited up”). No chronograph (muzzle-mounted chronographs now make this a non-issue). I’ll already have speed-checked the load I’m now down on the mat with. When I shoot my groups, I honestly don’t pay much attention at all to anything but measuring how level I got my perforations. Attempting shot-to-shot wind corrections when testing for ammunition accuracy throws another variable into it that might be most misleading. If I come up with a group that’s a foot wide but only three inches tall, I’m happy.
5 TIPS FOR LOWER SDs
Aside from finding the perfect and magical load combination, ha, there are a few things that do seem to help tighten shot-to-shot velocity deviations. They’ve all be talked all the way through and back again in this space in other articles, but, considered ultimately that this is the overall effect they have, here they are again:
One.Primer seating: fully seated onto a flat pocket bottom.
Two.Consistent propellant charge: weigh the charges if metering isn’t dead-on perfect.
Three.Ignition efficiency: consider that inside flash hole deburring routine…
Four.Temperature insensitivity: choose propellants that exhibit stability under extremes.
Five.Balance: strive to find a propellant that fills the case, but “loosely” (no compressed charges); even more, avoid an overage of air space. These both allow too much variance in ignition pattern.
Addition I learn things all the time. A most knowledgeable and helpful reader pointed out a detail in SD calculation that is better adapted to calculations for ballistics, and it helps because of the usually relatively small size sample involved. We’re not going to chronograph 100s of rounds, usually 10-20. So, instead of dividing the average square of the deviations by the number of samples, but the average square of the values, less one (n-1). That helps any distortion of results toward a number that calculates too small. Keep in mind always that SD is an estimate, in one way of looking at it.
This article is adapted from Glen’s book, Handloading For Competition, available at Midsouth HERE. For more information on that and other books by Glen, visit ZedikerPublishing.com
So, you want a gun for concealed carry, but you can’t decide between the venerable 9mm and the handy .380 Auto. While I’m not going to solve the debate for everyone, I will provide you with some facts and insights to make your choice easier. Before we get started, however, there are some points you should know:
Water capacity is the standard measurement for case capacity comparison, because powder volumes vary.
Due to the laws of physics, any given cartridge will produce less perceived recoil if fired from a heavier gun, while a lighter gun will result in more.
Less recoil, in general, means more accurate shooting and faster followup shots. Gun writers call this “shootability,” although it’s definitely a very subjective term.
9mm Luger The 9mm Luger (aka 9mmX19, 9mm Parabellum) is likely America’s most popular handgun cartridge because it offers a balance of power, shootability, reliability and concealability. Because of these traits, the cartridge has become so popular that it has gained another advantage: options. If you choose 9mm, you are immediately granted myriad options in loads, handgun models and accessories for your new gun.
A 9mmx19 cartridge features a bullet that is 9mm, or .355 inches in diameter. Bullet weights range from 80 to 147 grains with 115- and 124-grain bullets being the most popular. Its case is .380 inches in diameter, 19mm long and can hold a maximum of 10 grains of water. A typical 9mm Luger load contains about 6 grains of powder used to propel a 115-grain bullet to 1,000 feet per second (fps) out of a 2.75-inch barrel. (Velocities increase along with barrel length.) This produces approximately 255 ft.-lbs. energy while generating 5.36 ft.-lbs. of recoil energy from a pistol weighing 1 pound.
Firearms chambered in .380 Automatic Colt Pistol (aka, .380 Auto, 9mmx17, .380 Browning Court, 9mm Short, .380 Corto) are continuing to grow in popularity. That’s because the cartridge, with its very short case, can be made to function safely and efficiently in extremely small-framed guns. Because the pressures produced by the little cartridge aren’t excessive, the guns don’t require pounds of steel reinforcement, like, for instance a .44 Magnum. Yet the cartridge is more powerful than other small-framed guns such as .22 LR, .25 ACP and .32 S&W. Yet even in a lightweight gun such as the 10-ounce Ruger LCP, recoil is mild thanks to the .380’s modest ballistic data. Consider the following specifications:
The .380 Auto features the same diameter bullet as the 9mm and the same diameter case, yet it is shorter at 17mm in case length. It can hold a maximum of 5.3 grains of water. A typical load carries roughly 3 grains of powder that propels a 95-grain bullet at 845 fps to produce 151 ft.-lbs. of energy from a 2.75-inch barrel. It produces about 2.76 ft.-lbs. recoil energy from a 1-pound firearm.
So, when compared to the 9mm Luger, the .380 is smaller, lighter in recoil but not as powerful when it strikes a target. Now let’s take a look at the numbers in more detail.
Head to Head
While 255 ft.-lbs. of bullet energy from the muzzle of a 9mm Luger is not a lot in the firearm world — consider that an average .30-06 deer rifle produces around 2,500 ft.-lbs. energy — a 9mm’s energy is far greater than a .22lr’s piddly 105 ft.-lbs. and many other smaller calibers. It has about 68 percent more energy than the .380 Auto. The question then: Is this extra power worth the 9mm’s extra weight and recoil?
If all things are equal, more velocity means greater penetration. A 9mm Luger typically out-penetrates .380 Auto bullets, but not as much as you might think. That may be due to the fact that the 9mm’s extra energy causes its bullets to expand to a slightly greater diameter, and expansion retards penetration due to greater surface area. But if two bullets penetrate the same distance, the one that has greatest surface area is best because it produces more tissue damage. No doubt, due to its advantage in velocity and energy, the 9mm Luger is the clear winner in terminal performance.
But for the same reasons, the .380 wins in shootability, with one caveat. Because the .380 has 94 percent less recoil (if fired from an equal-weight gun), it’s easier to shoot. But, you must consider that 9mms are typically a few ounces heavier than guns chambered in .380, and so the extra weight reduces that 94-percent figure considerably. Also, the smaller the gun, the smaller its grip and the more recoil it has. So a .380’s advantage in shootability is somewhat negated when fired from the smallest guns available in that chambering. You should also remember that “shootability” isn’t everything, or we’d all carry peashooters. Carry caliber choice, until the laws of physics are altered, boils down to finding a tradeoff between shootability, gun size, and power that works for you. It’s important to remember that the bigger gun you get, the tougher it is to conceal, but the easier it is to shoot.
Some of the smallest and most concealable guns made –which still maintain the prerequisite features for serious carry consideration — are chambered in .380 Auto due to the cartridge’s diminutive size. Examples are the 8.3-ounce Kel-Tec P3AT, the 9.97-ounce Kahr P380, and the 8.8-ounce Diamondback DB380. (All these guns weigh just under a pound when fully loaded.) On average, 9mm versions of these guns weigh 4 to 5 ounces more. Five ounces doesn’t seem like much, but for most people it’s the difference between a true pocket gun that you can wear in your front jeans or shorts pocket without it pulling down your pants, and a 20-ounce (fully loaded) gun for which you probably need a belt and a holster. In terms of pure concealability, the .380 is the clear winner.
For options and choices, the 9mm wins again. More gun models at all price ranges, holsters, ammo and accessories can be found for it than perhaps any handgun (with the possible exception of the 1911). One notable option here is ammunition. The 9mm, because of its larger case capacity, can be downloaded to a .380’s velocity if needed, or uploaded to +P status where it can produce velocities of 1,200 fps and energies nearing 400 ft.-lbs. if called for.
Lastly, while there is no discernible difference in reliability between the cartridges themselves, bear in mind that, in general, lighter-weight guns are less reliable than heavier guns of equal quality. So, if you choose a .380 in a 10-ounce gun, while it shouldn’t jam often, it will likely experience more malfunctions over time than a full-sized handgun would. That’s just how it is.
A Texas House committee has approved legislation that would allow handguns to be carried—concealed or in a holster—without a state-issued license. Also, the Texas Senate has passed SB 1408, a bill to allow first responders to conceal carry.
The just-passed version of HB 1911’s permitless carry provisions approved by the House Homeland Security and Public Safety Committee contained several substantial changes from previous versions.
• To carry without a permit, gun owners would have to meet existing LTC standards: be 21 years of age or older, have no criminal convictions, and be eligible to purchase a weapon under federal and state laws. The previous version would have allowed guns to be carried by those 18 and older.
• Churches and places of worship would no longer be prohibited places to carry a gun, unless they posted 30.06 and/or 30.07 signs.
• Handguns carried in the open would still be required to be kept in a holster, but the restrictions on them being in a belt or shoulder holsters would be loosened.
“This bill simply creates an unlicensed option to carrying a handgun,” said Rep. Phil King, R-Weatherford., chairman of the committee.
A competing bill, House Bill 375 by Rep. Jonathan Stickland, R-Bedford, wasn’t considered for a vote. Stickland’s legislation would allow anybody who legally owns a firearm to carry it without a license—a much broader franchise than what’s being considered in HB 1911.
“We understand that for the most part, Texans are satisfied with the current carry laws we have now. However, there is still a significant number of Texans who believe that if you’re a law-abiding citizen, you shouldn’t necessarily have to buy your way to a right to bear arms through a license,” Rep. James White (R-Hillister) told the Austin American-Statesman.
Over in the state Senate, SB 1408, brought by Senator Don Huffines (R-Dallas), would allow first responders to carry a handgun on duty if they have Licenses to Carry (LTC) and have completed a special on-duty first responder training course that will be approved by the Texas Department of Public Safety.
Senator Huffines said, “As first responders answer our cries for help, we cannot leave them exposed to attack. First responders do dangerous work and sometimes come under fire. In a time in which our police are targeted just because of their uniform and badge, we must not leave first responders disarmed and exposed to danger, either.”
If you feel that either piece of legislation should continue, please contact your representative and voice your support for these measures.
Judicial Watch, the Washington, D.C.-based watchdog group, has filed a Freedom of Information Act (FOIA) lawsuit against the Bureau of Alcohol, Tobacco, Firearms, and Explosives (ATF) seeking records of communications inside the agency when it was considering reclassifying certain types of AR-15 ammunition as armor-piercing—and effectively banning it from civilian use.
Members who want to understand the precise statutory definition of ‘armor-piercing ammunition’ can find it in 18 U.S.C §921(a)(17).
In March 2015, more than 200 members of Congress wrote to former ATF director Todd Jones expressing their “serious concern” that the proposal might violate the Second Amendment by restricting ammunition that had been primarily used for “sporting purposes.” The letter asserted the ATF’s move “does not comport with the letter or spirit of the law and will interfere with Second Amendment rights by disrupting the market for ammunition that law-abiding Americans use for sporting and other legitimate purposes.”
Judicial Watch filed the lawsuit after the agency failed to respond to a March 9, 2015, FOIA request seeking information on the ammo ban effort:
All records of communications, including emails, to or from employees or officials of the ATF related to the decision to revise the ATF 2014 Regulation Guide to no longer exempt 5.56 mm. SS109 and M855 (i.e., “green tip” AR-15) ammunition from the definition of “armor-piercing” ammunition.
“This is yet another example of how Obama’s wanton use of the ‘pen and the phone’ attempted to undermine the constitutional rights of all Americans, as opposed to upholding the rule of law,” said Judicial Watch President Tom Fitton. “The Obama ATF simply ignored our request on their ammo ban. Let’s hope the Trump administration finally brings transparency to this out-of-control agency.”
The Second Amendment Foundation, joined by several other groups and individuals, has filed a lawsuit in federal district court in California, challenging that state’s law prohibiting the possession, use, or acquisition of so-called “large-capacity magazines,” calling the ban “hopelessly vague and ambiguous.” This case could have repercussions on a similar magazine ban in Colorado.
Joining SAF are the Calguns Foundation, Firearms Policy Coalition, Firearms Policy Foundation and six individuals, including one retired California peace officer. The lawsuit was filed in U.S. District Court for the Eastern District of California.
The complaint is a constitutional challenge to California Penal Code § 32310, as recently amended by Senate Bill 1446 and Proposition 63, and Penal Code § 32390 (the “Large-Capacity Magazine Ban”). The lawsuit alleges that if these measures are enforced as applied, they would “individually and collectively prohibit law-abiding citizens from continuing to possess, use, or acquire lawfully-owned firearms, in common use for lawful purposes such as self-defense (inside and outside the home), competition, sport, and hunting.”
“What we see in the enactment of such laws,” said SAF founder and Executive Vice President Alan M. Gottlieb, “is continued erosion by the state of its citizens’ constitutional rights guaranteed under the Second Amendment. When the U.S. Supreme Court incorporated the Second Amendment to the states via the 4th Amendment under the 2010 McDonald ruling, it automatically should have stopped this kind of prohibition.
“As we state in our lawsuit,” he continued, “this magazine ban fails to provide fair or even adequate notice to law-abiding gun owners of what they may do with their personal property without being subject to criminal sanctions. In effect, this ban amounts to a backdoor form of confiscation, in part, of bearable arms that are protected by the Constitution.
“Enforcement of this ban,” Gottlieb concluded, “would immediately place thousands of law-abiding California gun owners in jeopardy of criminal liability and subjects their personal property to forfeiture, seizure and permanent confiscation, which is government taking, without due process or compensation. We cannot allow that to go unchallenged.”
The Second Amendment Foundation is the nation’s oldest and largest tax-exempt education, research, publishing and legal action group focusing on the Constitutional right and heritage to privately own and possess firearms. Founded in 1974, The Foundation has grown to more than 650,000 members and supporters and conducts many programs designed to better inform the public about the consequences of gun control.
We all strive for perfection — but sometimes perfection is not possible. When it comes to shooting stance, a scenario will often force you to use an “imperfect” stance. So how do you train so you can still make your hits?
FINDING THE BALANCE POINT
Expecting to obtain the perfect “training” shooting stance is all well and good. But it’s not realistic. When it comes to real-life fast-shooting or competition scenarios, your stance has to be about getting acceptable hits on target as quickly as possible. It’s always a speed versus accuracy equation. You sometimes have to make “less than optimal” work in order to win.
The fact of the matter is that driving your torso forward while you’re shooting (to accommodate for recoil) helps resist pushing your frame back, keeping you in control and on target.
Don’t let your balance move to your heels. Trying to be comfortable and statically balanced is wrong. You have to absorb and resist the forces of recoil — and that is hard to do standing straight up.
“PERFECT” IS JUST AN ILLUSION
Achieving the perfect shooting stance isn’t a reliable goal. In fact, there are drills you can try that prove that, even in a non-ideal shooting scenario, your body will know what to do to achieve a stance that still maintains accuracy.
Place a target at desired distance.
Put a short obstacle in your shooting area, such as a chair.
Begin moving around the obstacle.
Shoot at the target while continually moving around the obstacle.
Keep moving until the mag is empty.
The beauty of it is, your body compensates for the movement and learns how to move and find balance. So quit trying for perfection in your stance — your body will instinctively know what to do.
Seventh-grader Zachary Bowlin last week was given a 10-day suspension from Edgewood Middle School [Ohio] for liking a picture of a gun on the social media site with the caption, “Ready.” Read more…
Source: AOL.com News and FOX19
The parents of Zachary Bowlin posted a picture of the intended suspension notice which read, “The reason for the intended suspension is as follows: Liking a post on social media that indicated potential school violence.”
“I liked it, scrolling down Instagram at night about 7, 8 o’clock, I liked it,” Bowlin told FOX19. “The next morning they called me down [to the office] patted me down and checked me for weapons.”
The gun in the photo is reportedly an airsoft gun that shoots plastic pellets.
The 13-year-old’s parents were angry about the suspension. “It was 10 days suspension with the possibility of expulsion. I’m like, ‘For liking a gun? Did he make a comment or threat or anything?,'” Bowlin’s father, Marty, told WLWT News in Cincinnati, “And it’s like, ‘No. He just liked a picture.’ I’m like, ‘Well, this can’t happen.'”
The school, however, stands by taking precaution right away. “When you’re dealing with school districts nowadays and there are pictures of guns, regardless of the kind of gun it is, it’s a gun,” Edgewood City Schools Superintendent Russ Fussnecker told WLWT, “I cannot just turn my head and act as if, well, I think it may have been playful and take the chance that something happens,” Fussnecker continued. “I can’t take a chance.”
The suspension was for both Bowlin and the boy who took the photo. Once Fussnecker found out the gun was for pellets, it was revoked. Bowlin can return to school without penalty. The boy who posted the photo is reportedly still under suspension.
Fussnecker told FOX19 in a statement: “Concerning the recent social media posting of a gun with the caption ‘Ready,’ and the liking of this post by another student, the policy at Edgewood City Schools reads as follows: “The Board has a ‘zero tolerance’ of violent, disruptive, harassing, intimidating, bullying, or any other inappropriate behavior by its students.
Students are also subject to discipline as outlined in the Student Code of Conduct that occurs off school property when the misbehavior adversely affects the educational process.
As the Superintendent of the Edgewood City Schools, I assure you that any social media threat will be taken serious [sic] including those who ‘like’ the post when it potentially endangers the health and safety of students or adversely affects the educational process.”
After some 53 years in service, could the M16-series be on its way out? Keep reading…
Source: FOX News
Army researchers are testing half a dozen ammunition variants for a new prototype assault rifle that fires a larger round in order to introduce a possible M16/M4 replacement by 2020, according to Army Times.
The goal is to create a new light machine gun and inform the next-generation individual assault rifle/round combo, the report says. The weapon designs that are being tested will be “unconventional,” officials said.
Intermediate calibers being tested include the .260 Remington, 6.5 Creedmoor, .264 USA as well as other noncommercial intermediate calibers, including cased telescoped ammo, Army officials said.
Action shooting sports like USPSA, IDPA, and 3-Gun can seem intimidating, and a lot of interested shooters will never get around to participating in a match.
In this video, I discuss action shooting equipment basics: the bare essentials required to get through a match. And I promise…it’s not going to make your head spin, and it’s not going to break the bank.
Not only do folks express concern over “not being good enough yet,” but the equipment aspect of the game can also drive people away. Understandable. If you catch a 3-Gun competition on TV or watch a Steel Challenge shoot at your local range, you’ll often see a wide variety of fancy race guns, speed holsters, shirts covered in company logos, specialty athletic shoes, and a whole lot more. But here’s the crazy thing. You don’t need special equipment. You don’t need a $3,000 “space gun” attached to your belt, and you don’t need Solomon Trail Runners on your feet. All you need is some basic gear (which you’ve probably got already), respect for firearms safety, and a good attitude. That’s it. That’s all it takes.
“Run what ya brung” is a popular saying in action shooting, and some of the best shooters in the world still compete with relatively basic stuff. By all means, once (not if) you get hooked on the game, go out and upgrade. Until then…keep it simple.
Look for a more in-depth look at competitive shooting gear in our next issue! You can find more of Justin’s videos HERE!
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