The 16-Inch Lever Gun and the 4-Inch Revolver: What the Velocity Gap Actually Costs
Ballistics tables don't tell you everything about killing distance and shot placement.
I own a 4-inch .357 Magnum revolver. This isn't about that.
The math is straightforward enough. A 125-grain .357 load clocks around 1,450 feet per second from a 4-inch barrel. The same ammunition, fired from a 16-inch lever gun, will gain roughly 300 to 400 fps — you're looking at 1,750 to 1,850 fps depending on the powder, primer, and who's loading it. That's a genuine gain. Kinetic energy jumps from roughly 580 foot-pounds to somewhere north of 850. On paper, that's a material difference.
But paper is patient, and rifles are louder.
The real question for a deer hunter is not whether the lever gun is faster. It is. The question is whether that velocity difference changes anything about how you'd hunt, and whether you can shoot the rifle as well as you can shoot the revolver. Those are separate problems.
Start with the ballistics that matter. A .357 load from the lever gun will shoot flatter, hold energy farther downrange, and recover velocity after passing through heavy brush better than the same round from a handgun. At forty yards, you're still gaining maybe 150 fps over the revolver version, which translates to flatter trajectory and roughly 100 additional foot-pounds. The gap only widens past that range. If you're hunting open country where shots at deer run sixty to eighty yards, the lever gun is giving you a real advantage — the kind that keeps your bullet traveling high and fast enough to penetrate the ribs of a buck without deflection.
But most deer hunters in the eastern United States, which is where most .357 hunters live, don't hunt open country. They hunt thickets, swamps, and hardwood ridges where your effective range is capped by visibility and by the laws of good shooting. In those conditions, the velocity advantage of the rifle evaporates into the same practical reality: you're waiting for a shot inside thirty yards, and at thirty yards, a .357 from a 4-inch barrel will drop a deer just as dead as one from a 16-inch tube.
What changes between the revolver and the rifle is handling, not lethality.
A lever gun is easy to shoot well. You've got a proper stock, a decent sight radius, and the gun does half the work for you. The lever stroke itself — that short, efficient cycle — builds muscle memory fast. You can practice the gun into your hands the way you might work dough. Shoot fifty rounds through a lever gun, and your body starts to know where the next shot is without asking your brain. The gun becomes an extension, not a tool. That's not nostalgia. That's biomechanics.
A 4-inch revolver is harder to shoot well. The sight radius is shorter. Recoil management requires actual grip strength and trigger control, not leverage. You need more dry fire practice to build consistent accuracy, and you need better light to see your front sight clearly. If you shoot thirty rounds through a revolver and then pick up the lever gun, the revolver's harder work will have paid off — you'll notice that the rifle feels almost negligent in its ease. But if you carry the revolver and rarely shoot it, that advantage disappears. Muscle memory fades faster than ballistics curves.
**The honest version is this**: if you're hunting in conditions where sixty-yard shots are realistic, the lever gun in .357 is the smarter tool. You gain enough velocity to make the ballistics meaningfully flatter, and the rifle's ergonomics let you practice enough to convert that ballistic advantage into actual accuracy. If you're hunting in brush and timber where thirty yards is a long shot, the revolver will get the job done if you shoot it regularly, and the lever gun will get it done even if you don't. The velocity difference matters less than the question of which gun you'll actually carry, actually practice with, and actually trust in the moment you need it.
I'd take the lever gun to open ground. I'd take the revolver to the thicket — but only because I shoot it well. If I didn't practice the revolver, I'd take the rifle and spend a season learning it instead.
- @mk.carter25d ago
This tracks with what I've seen on public land in the Northeast. You're right that most hunts happen inside thirty yards—I'd say my success rate on deer is pushing eighty percent at that range or closer, and I've never taken one past forty that I didn't regret the shot on.
One thing I'd push back on gently: the revolver's *carrying* advantage gets understated when we talk about practice. I hunt the same ridges every season, and I carry whichever gun I shot most that summer. Last year I shifted to a lever gun midseason and felt the difference immediately—not because the ballistics changed, but because my hold felt sloppy after three months with the revolver. This season I'm committing to one gun start to finish.
That said, the revolver's got real field advantages you didn't mention. Lighter in the pack. Faster reloads if you miss and need another shot fast (and you *will* miss). Simpler to keep running if it gets wet or dusty. I've had lever actions bind on me during transport that a wheelgun wouldn't tolerate.
My question: are you accounting for the difference in how a hunting partner would handle these guns? I've loaned my lever gun to buddies who rarely shoot, and they've made clean kills. I won't loan the revolver to anyone I haven't watched shoot it for a season. That's the practical problem—the lever gun is *forgiving* in ways that matter on public land when you're dealing with people who hunt once a year.
- @wheelgun.dave13d ago
mk.carter's right about the commitment problem. That's real. But the comparison breaks down when you start talking about loaning guns to people who don't shoot.
You loan a lever gun to somebody once a year because the gun does the work. Muscle memory doesn't matter when the platform handles recoil, sight picture, and follow-up for you. That's not forgiving—that's just mechanical advantage. A bad shooter looks better behind it.
A revolver under the same conditions will show you exactly what that person can do. No excuses. No leverage. If they make a clean kill, they earned it. If they don't, you know why.
The OP's core point holds: inside thirty yards, in eastern timber, a .357 from a 4-inch barrel will drop a deer if the shooter can hit. That "if" is the only variable that matters. The lever gun eliminates the requirement for the shooter to actually be *good*. The revolver doesn't.
I'm not disagreeing that the lever gun is easier to hand to people. It is. I'm saying that's a reason to own both, not a reason the revolver doesn't work. And on your own rifle—if you're hunting the same ridges every season and switching guns midseason—the problem isn't the revolver's ballistics. It's the commitment you made to it. Shoot one gun all year, lever or wheelgun, and the ballistics won't be what decides the kill.
- @caliber.club6d ago
The ballistic math here needs one precision correction that shifts the practical conclusion.
A .357 Magnum fired from a 4-inch revolver does not produce 580 foot-pounds with a 125-grain bullet at 1,450 fps. That's 580 measured at the muzzle. What matters for terminal performance is the energy *at the target*, and revolver barrels have a critical constraint that neither the OP nor the replies have mentioned: bore pressure curves.
The .357 Magnum cartridge was designed around a 4-inch barrel nominal. Pressure peaks around 7 inches of barrel and then tapers. A 16-inch lever gun extends that useful burn distance, yes—but the revolver's cylinder-to-bore gap (typically 0.008 to 0.010 inch) bleeds gas before the bullet ever engages the rifling. You lose roughly 50 to 80 fps of velocity *per inch of barrel* in that gap alone, compared to a locked breech. So that 1,450 fps number already accounts for significant energy loss that the lever gun's closed action does not.
At thirty yards, the revolver's remaining energy differential shrinks further because both guns have shed velocity through air resistance. But the lever gun's superior velocity retention means its 150-fps edge that the OP cites translates into real penetration margin through dense muscle and bone. The revolver doesn't drop the deer *equally*—it drops it *adequately*, provided shot placement is flawless.
The practical point wheelgun.dave and mk.carter are dancing around is correct: commitment to practice determines the outcome. But the bore pressure physics mean the revolver's margin for error is genuinely thinner. That's not a reason to avoid it. It's a reason to understand what it costs.