Wicked wadcutters? A defensive load you may not have considered.
That velocity loss means expanding bullets often don't expand. If your high-tech hollowpoint fails to expand, it works no better than a traditional lead roundnose. Also, the rounded nose of a jacketed hollowpoint can glance off of hard things like bone. But if you increased velocity (and chamber pressure) until you get enough to cause expansion, recoil becomes ferocious in a lightweight snubbie.
So let's go about this in a different direction. We all know placement matters more than expansion anyway. If a thug is about to punch your ticket, a lead roundnose through his sternum is much more favorable to your cause than an expanding bullet that only creases his stomach. Even if that bullet expands to the size of a five-gallon bucket, the poor placement means it is of little use.
So how about a bullet that works efficiently without expanding, that has good accuracy and whose soft recoil means easier shooting and practicing? What about full wadcutters?
Hear me out before you get all outraged. What are the advantages? Cast-lead bullet mavens from Elmer Keith to Veral Smith have demonstrated that the sharp edge of a bullet efficiently cuts in the wound track even without expanding. The late Jim Cirillo experimented with full wadcutter bullets when serving on the NYPD Stakeout Squad.
Where a rounded profile will shove vitals aside or glance off bone, the edge of a wadcutter or semi-wadcutter will slice or dig in. When I was shooting bowling pins, a popular bullet with revolver shooters was the "lead pencil": a 230-grain .358-diameter full wadcutter. It did not glance off of bowling pins.
You can hardly argue with the accuracy of wadcutter bullets. Target shooters have both demonstrated the efficiency of the bullet (clean holes in paper) and its accuracy. PPC shooters use wadcutters despite the learning curve in reloading their blunt profiles into the cylinder. They use them for the simple reason that few other bullets will shoot such tight groups.
For those who wonder about accuracy at a distance, the 50-yard 10 ring on a PPC target is about half the size of a sheet of typing paper, and competitors who expect to win expect to hit it almost every time. The X ring is less than half that, and the serious shooters are aiming only at the X ring. In other words, wadcutters deliver accuracy as far as you can hit.
The relatively soft recoil helps. Where a 125-grain JHP in .38 Special is doing all it can to generate 900 fps out of a snubbie (and usually failing), the sedate 148-grain wadcutter can be counted on to deliver all of its 700 fps from a four-inch barrel and close to that in a two-incher. The low recoil and muzzle blast both encourage practice and allow someone under stress to deliver as much accuracy as their skills can generate.
Another advantage of the wadcutter is one you might not think about: penetration. The FBI ballistic gel protocols assume that a bullet must penetrate an absolute minimum of 12 inches of gelatin in order for it to be considered an effective defensive load. And more is better, until the penetration exceeds 18 inches, then the extra penetration is considered wasted energy. There, the wadcutter bullet actually demonstrates an embarrassment of riches; it will easily penetrate well past the 12-inch mark, and depending on how hard an alloy the bullet is made of, more than 20 inches is possible.
So the benefits are accuracy, low recoil, deep penetration and low muzzle blast. What are the drawbacks?
First, factory ammunition is made with soft, swaged-lead bullets. Such bullets will dig in on curved obstacles, but they are thought to deform too easily for our needs.
The softness is seen to limit penetration on chance objects and hard structures.
An obstacle the miscreant is hiding behind, which would easily be "soft cover" (penetrable) to a high speed hollowpoint, is thought to become hard cover (impenetrable) to a soft wadcutter.
Also, if your shot happens to need to plow through the bad guy's arm to reach vital organs, the hard bones of the upper arm can significantly slow a swaged wadcutter. However, if he's hiding behind a sheet of plywood, it won't help him much at all.
Second, shooters might have a lack of confidence in using "just a target load." After all, it doesn't have a lot of recoil, muzzle blast and flash. Me, I figure what happens downrange is important, not what happens at the end of my firearm.
To figure out if wadcutters have any promise at all, I tested a couple of them and some other .38 ammo in gelatin. My test gun was a Charter Arms Pink Lady, an alloy-framed five-shot snubbie--a definite "value for money" carry gun, and one that would be most un-fun to shoot with the most robust hollowpoint loads.
The Remington swaged wadcutter penetrated well, and the hard-cast Oregon Trails double-ended wadcutters shot through an impressive pile of gelatin. For the sedate velocities they posted, going more than two feet deep in gelatin is impressive.
I also tried a hollowpoint and a practice FMJ load, and the velocity of those loads was not encouraging. At an average 735 fps from the two-inch barrel, the 125-grain JHPs were barely expanding.
I tried all the loads through a sheet of half-inch plywood and found the penetration decreased but still more than sufficient.
Are wadcutter bullets good for defense? If the most robust hollowpoints are "too much" in recoil, a wadcutter is certainly better than a lead roundnose. You won't lack for accuracy, and practice will not be onerous.
As for confidence in wadcutters as a defensive load, I have to go with the advice of a long-since retired Detroit police officer, who was commenting on his choice of the .32 ACP. "They're all goners if you shoot them between the shirt pockets," he said.
In the case of the .38 wadcutter load, I really don't think, if you do as he said and plant your shots "between the pockets" on a bad guy that he's going to be casually brushing his shirt and complaining "Hey, that hurts." Placement is what counts.
TALE OF THE TAPE Bullet Muzzle Penetration Gel/ Avg. Weight Velocity Gel Wood Group .38 Special (gr.) (fps) (in.) (in.) (in.) Winchester FMJ 130 765 28 24 3.0 Black Hills Blue JHP 125 735 24 20 3.0 Remington HBWC 148 655 30 24 2.0 Oregon Trails DEWC * 148 657 36 38 2.0 * Author's handload Notes: Accuracy tested off sandbags at 25 yards. Results are averages of three five-shot groups. Penetration is average of three shots, with gel surface 10 feet from the muzzle. Velocities measured with a CED M2 chronograph, screens centered 15 feet from the muzzle. Abbreviations: DEWC, double-end wadcutter; FMJ, full metal jacket; HBWC, hollow-base wadcutter; JHP, jacketed hollowpoint
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|Title Annotation:||AMMO SHELF|
|Date:||Dec 1, 2008|
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