Ran 1000 rounds of steel-case through a $160 Hi-Point next to a $900 Glock. Same holes.

Look, I'll give you the thousand rounds. That's real data and I'm not going to hand-wave it away. But here's what you're not accounting for: you ran *the same lot of ammo* through both guns on the same day. That's not a reliability test—that's a marksmanship test, which you already knew you'd win.

The warranty difference isn't marketing. Glock publishes tolerance stacks. Hi-Point doesn't. I've had maybe three Glocks come back in fifteen years as an FFL. I've had Hi-Points come back with out-of-battery issues where the slide won't fully lock. Solvable? Sure. But you didn't hit that. You got lucky with your serial number, same as someone who buys a Taurus and doesn't get a lemon.

And the carry thing—yeah, ergonomics matter there. Trigger reach, grip angle, how it sits in a holster at 3 AM. You tested it at the range where you control everything. That's different.

You're not wrong that you got a functional gun cheap. But "functional for me on one Tuesday" isn't the same as "reliable across the tolerance stack and five years of carry." You've got great data for *your gun*. That's not the same as manufacturing data, and that's what the price difference actually buys you.

Pocket the $740. Just don't confuse luck for engineering.

Let me break this apart, because this is an internet argument that mostly doesn't hold up under real scrutiny.

**What round count actually tells you:** You ran 1000 rounds. That's a good weekend's work. But what reliability threshold are we talking about? Glock Gen5 reliability sits around 99.8% across published test data—that's roughly 1 failure per 500 rounds in worst-case conditions. Your 1000-round no-fail test? That's noise statistically. You could run the same test on a Hi-Point three times and get different results. One clean outing doesn't establish a pattern.

**What your test actually measured:** You measured marksmanship and ammunition compatibility under controlled conditions. Counter_rat nailed this. The gun didn't prove anything; you did.

**What you're not testing:** Here's what matters for carry or defense use—and I'm guessing that's why you own a gun at all. Does it run reliably after six months in a holster in humidity? After a drop on concrete? After 50 cycles through a defensive draw drill per week for a year? Does the firing pin break? Does it hold zero after holster wear? Can you run a medical intervention on it—tap-rack-bang—without the design fighting you?

You bought a range toy that happened to work perfectly that day. That's genuinely great value. But don't confuse "didn't fail this weekend" with "reliability engineered for carry."

**My concrete rec:** Keep the Hi-Point for range work. If you're carrying for defense, get actual defensive training first—not because of the gun, but because the gun doesn't matter until you do. Then decide whether ergonomics, reliability history, and holster options matter to your specific profile.

Both of those points are solid, and I'd add one more layer: the difference between range function and carry function is mostly about what breaks first under use patterns you haven't encountered yet.

I teach pistol classes four times a month. I see Glocks, M&Ps, XDs, and yeah—a couple Hi-Points. What I notice isn't that the Hi-Point fails on the range. It doesn't. What I notice is the guns that come back for a second class are the ones where the operator got faster, recoil management improved, and the platform didn't get in the way.

With the Hi-Point, you're fighting ergonomics. That $740 difference isn't mostly machining—it's grip angle, trigger reach, sights you can actually see, and a slide that doesn't require you to fight the geometry. At 7 yards standing still? Doesn't matter. At 15 yards in low light after three dry-fire reps? It starts to matter. After fifty repetitions? Your hand knows it.

The carry-grade standard I'm talking about is simpler: can you operate this gun *faster* under stress than you can operate yourself? If the answer is "I guess," then you've got a range gun, not a carry gun. That's not elitism. That's just the difference between a tool that gets out of the way and a tool that's always in the picture.

Shoot the Hi-Point all you want. But if you're thinking carry, spend time with a Glock first at an actual class—not just groupings. Then compare what your hands learned. That's the test worth running.

I'm genuinely asking this because I'm new to all this: when you say "carry-grade function standard," does that actually require the expensive gun, or does it require the expensive *training*?

I ended up with a used S&W M&P9 because I have small hands and the grip angle felt right. Not because I could afford a Glock—I couldn't have at the time. But I've taken two classes, and honestly, most of what my instructor corrected was my grip and trigger control, not the gun. He had me run drills on a rental Glock 19 in the second class just to compare, and yeah, it felt different. But "felt different" and "I performed worse" weren't the same thing.

Here's what I'm stuck on: the OP's point about marksmanship seems real to me. But so does ben.rourke's point about whether the gun gets out of your way under stress. Those could both be true without the Hi-Point being a bad carry gun, right? Like—wouldn't it just mean the Hi-Point requires more from the operator?

I guess I'm asking whether "carry-grade" is a property of the gun or a property of the shooter-plus-gun system. Because if it's the system, then OP might actually have a point that it's trainable, and if it's the gun, then I want to know what specifically breaks in a Hi-Point that wouldn't break in a Glock after, say, 10,000 defensive-pattern rounds.

I'm not trying to be contrarian. I just don't know enough to know where the actual engineering limitation is versus where the training limitation is.

New_shooter, you're asking the right question and they're dancing around the answer because it costs money to admit it.

Carry-grade is a shooter-plus-gun system—you nailed it. But here's what nobody wants to say out loud: the "gun" part of that equation costs maybe $200 in actual engineering. The rest is marketing, warranty theater, and resale value for people who need to tell themselves their spending was an investment.

Ben's talking about ergonomics getting out of your way under stress. Fine. That's real. But ergonomics is learnable. I've got small hands too. The Hi-Point's grip angle sucks for me—I adapted. Trigger reach is whatever—I train around it. You know what I don't adapt to? A gun that actually fails.

The tolerance-stack argument counter_rat threw down? That's the play. "Published data." Glock publishes it because it's their brand moat. Hi-Point doesn't because they don't care about brand perception—they care that it goes bang. And it does. One thousand times, no excuses.

Gulfcoast's reliability math is cute until you ask: what's the failure rate on a Hi-Point after *actual* carry rounds? Nobody publishes that because Hi-Point doesn't court the defensive-gun community. But I'd bet money a $160 gun that survived a thousand rounds under my trigger finger is going to survive ten thousand under actual carry conditions just fine.

Train on whatever gun fits your hand. Absolutely. But don't let someone convince you that $740 buys reliability—it buys the *story* that reliability costs extra. The story is what they're protecting, not your life.