When I choose a handgun, the choice is predicated on straight-forward ergonomics and world-class reliability. I did not have to make the decision to take charge of my own safety, I cannot recall when I have not had that choice firmly in mind.
When it comes to ammunition, the choice isn’t that difficult, but, just the same, there are plenty of poor choices. If you make the wrong choice in the handgun, it may be expensive to change.
Holsters are not inexpensive in quality examples. Ammunition is relatively inexpensive and if you find the load isn’t suitable or doesn’t meet your expectations, simply shoot it up and obtain a more suitable type!
Quality handguns are not inexpensive, training ammunition is priced fairly. Proficiency at arms is a priceless commodity purchased with a different coin. Sweat, time and effort are the main ingredients.
The Importance of Testing
When it comes to handguns and calibers, you may make your own determination of reliability and accuracy. Just fire the thing!
When it comes to ammunition, we have quite a bit of bull waste to wade through, and some get knee-deep and mired in it. If you are able to climb a step up the logic ladder, you find that some claims are ridiculous.
The novice may eat up every word of a so-called stopping-power study, one with secret sources and questionable math and physics that would have Neils Bohr spinning in his grave.
A generation ago, someone penned a piece in which drugged goats were supposedly shot under controlled conditions to gauge bullet effectiveness.
Of course, the sources were confidential — it was laughable and the science, much less the goat anatomy, described was rather far out to say the least. The hoax was published and some took it as a legitimate study.
I never did and the good folks in agencies that should have known of such things never heard of such as study. My own abstracts have been published on a federal level and know what goes into such an effort.
Today, we rely on laboratory results to find the best loads. Gelatin doesn’t lie and holds its shape after being shot. We are able to measure the complete cavity.
Gelatin isn’t a human body by any means and neither is water, but each is useful in testing a loading for expansion and penetration, and comparing one load to the other.
However, gelatin-test cavities may be preserved and photographed. The true test of science is repeatable and verifiable testing.
How to Find the Best Loads
My institutional background is public safety. I have studied a number of ammunition test programs. The best known is the FBI program, but other agencies and huge ammunition companies have also conducted extensive testing.
Accuracy, pressure, case expansion, a clean powder burn and resistance to the elements are important. Feed reliability is critical. I would not consider any loading unless all of these criteria are met and proven.
Additionally, I proof the load myself, no matter how extensive the test program. After these criteria are met without any failure of any type, I will consider wound potential.
Wound potential is complicated, but in simple terms, I wish to use a load that offers a balance of expansion and penetration. A minimum of 12 inches of penetration is needed and the bullet should expand to 1.5 times its original diameter.
Many service-grade loads meet the penetration threshold and most exceed the expansion criteria. Unfortunately, many shooters in the civilian world approach ammunition choice backward.
They are lured by claims of effect on animate targets and neglect to fully explore the concepts of reliability, accuracy, a full powder burn and modest muzzle flash. Muzzle flash is important to me.
If the cartridge doesn’t have a full powder burn, then someone in engineering dropped the ball or an inferior powder was used. Muzzle blast is simply powder burning outside the barrel.
This is bad news in handgun loads. All handguns are short-barrel firearms and we need to be certain of what makes a load with good cartridge integrity.
Attributes to Consider
The single attribute the load must have is penetration. Without penetration, without the bullet reaching the vitals and causing rapid blood loss, we have nothing.
There are bullets designed to fragment into shards or dump pieces of the bullet quickly. These loads may fail to penetrate heavy winter clothing or blow up on belt buckles and light resistances.
I avoid them. I do not choose non-expanding heavy lead or jacketed bullets either. I choose a load with a good balance of expansion and penetration. I don’t normally use +P loads, save in heavy-frame 9mm Luger handguns.
When operating pressure is high, this is hard on a handgun. It may not break a frame or crack a barrel, but the small parts take a beating. Why do I demand cartridge integrity and what is it?
This means the bullet is securely crimped in place as one criteria. This prevents the bullet from being bumped into the cartridge case during the feed cycle. We sometimes load and unload a self-loader several times over the course of time.
The cartridge must withstand several chamberings. The primer should withstand repeated exposures to oil, solvent and water. This means a good tight case seal.
If you have concentrated on ballistic performance only and not taken into account valid reliability concerns, perhaps you need to reconceptualize your thoughts concerning ammunition.
The small calibers simply do not have the wound potential suitable for stopping a motivated attacker reliably. I have tested a number of loads and trust them enough to carry them in my handguns.
Some are hollow points. Some, like the Hornady Critical Defense, use a special plug in the hollow nose of the bullet that ensures the bullet will expand when meeting resistance and will not plug in the nose and fail to expand.
I believe feed reliability is also enhanced by the Critical Defense (FTX) bullet design.
What’s Most Important?
To recap, reliability is most important. This means firing a number of the chosen load — 100 rounds seems reasonable — without any type of stoppage. Next, consider overall performance.
Modest muzzle flash and practical accuracy are important. Finally, a balance of expansion and penetration are needed. There are a number of sources for penetration and expansion figures, including the testing done by the makers themselves.
A good choice for everyday carry should be controllable. I am an experienced shooter and keep my loads on the standard-pressure side.
As an example, the +P 9mm Luger in one of the new slim-line 9mm pistols or the Hellcat may increase recoil to the point that accuracy and fast follow-up shots are compromised.
It isn’t worth it. On the other hand, if I am carrying the SIG P226 stainless, a favored full-size pistol, the +P+ isn’t a problem to control. I am not a big fan of several loads for two or three pistols, but prefer a standard load for all of my handguns.
Just the same, you may reap some benefits in performance if you are able to use +P loads in a full-size handgun and standard loads in a compact. The best loads will work well with you as an individual.
High-Quality Hard Hitters
Another example of a well designed all-around loading is the Federal HST. A 124-grain 9mm Luger at 1200 fps or a 147-grain 9mm Luger at 1000 fps both offer good potential.
The 147-grain bullet has greater penetration and is among the best performers in this bullet weight. The 10mm Auto HST is a purpose-designed defense load that offers maximum wound potential.
The 230-grain .45 ACP is a proven choice used by many large agencies issuing the .45 ACP. These loads are good examples of personal-defense loads and are a baseline for performance.
Gauge your choice against these when you consider your best loads for everyday carry.
I have the most experience with the Critical Defense and HST bullet line and find them good choices. Whatever your opinion, grace your choice with the hard work of confirming reliability, function and accuracy in your specific handgun.
What do you think are the best loads for personal defense? Let us know in the comments section below!