Put two guns side by side and tell me which hole looks more expensive

Look, you're not wrong that two holes look the same. That part's factual. But you're pricing the wrong thing.

Warranty isn't marketing language when your gun's out of battery at round 487 and the maker says "yeah, we stand behind it." Glock will fix it. Some makers won't. Some makers are out of business in three years. You ever try to get parts for a gun that's no longer supported? The manufacturer date code's on the frame—matters more than people think.

Parts availability is real. Holster makers stock Glock. Aftermarket springs, extractors, firing pins—abundant and cheap. Find a quality holster for an obscure brand and you're either waiting or paying. That $1100 difference can vanish real fast when you're buying premium gear three times over because nobody makes it for your gun.

And extractors—this one gets people. A marginal extractor works fine until it doesn't, and "doesn't" is usually downrange when you need it. I've seen $80 guns with extractors that barely kiss the rim. Do 500 through it and you might get 500. Might not.

So sure, on a paper target on day one, they're identical. But warranty support, parts ecosystem, and tolerance control—that's what you're actually buying. The hole looks the same because luck and good shooting can mask a lot.

Talk to a gunsmith who works on budget guns versus Glock. They'll tell you a different story.

Let me break this apart, because this is an internet argument that mostly doesn't hold up once you actually test it.

**What data are we actually talking about?** You shot 500 rounds alongside this guy on one day. That's not reliability data—that's a single range trip. Reliability is 2,000 rounds through *your* gun, documented, under *your* maintenance schedule, across different ammunition batches. Different primers, different powder charges, different bullet profiles. One good day proves nothing.

**What does "goes bang" actually mean to you?** If this is purely recreational paper punching, okay—the hole argument has legs. But if you ever carry this gun, or if you ever need it under stress, the question changes. A gun that runs 500 on a sunny Tuesday might have an extractor that's marginal, a feed lip that's out of spec by half a millimeter, a firing pin that's slightly short. You won't see it in 500 rounds. You'll see it at round 1,847 when your adrenaline is up and your hands are shaking.

**Where does training actually live in this equation?** You mentioned ammo. Good. But training beats equipment every time. If you're already running structured dry work, live-fire drills, and force-on-force scenarios, *then* the gun matters more. If you're shooting a couple boxes a month at a paper target, the gun matters less than your fundamentals.

My recommendation: run 2,000 documented rounds through whatever you've got. Keep a log. Malfunction? Note it. Then we can talk real reliability. Until then, you're arguing theory against reality.

Warranty and parts ecosystem—that's just another way of saying 'pay more upfront so you don't have to problem-solve later.' Which is fine if you've got disposable income. But calling it a *functional* difference is where I push back.

Yeah, Glock has holsters everywhere. Great. But I can find a holster for my gun. Takes five minutes online. Not convenient? Sure. Not impossible. And you know what I saved? The $1100 I didn't spend on the gun in the first place.

The extractor thing—I get it, marginal tolerances matter. But "might not" after 500 rounds is not the same as "will definitely fail." That's risk management, not reality. And if I'm that worried about an extractor, I buy a $20 replacement part. Still ahead.

The real move here is this: you're pricing *peace of mind* and calling it engineering. That's the elitist part. The gun goes bang or it doesn't. Everything else is insurance against a problem that probably won't happen.

Do the math on what percentage of shooters actually run 2000 documented rounds. Now do the math on how many of those have a failure that matters. Now tell me why I should pay $1100 to hedge against a scenario most people never hit.

I'll take the money and run my gun like everyone else. Works fine.

Honest take: holster availability matters more than people think, but not for the reason counter_rat framed it.

If you carry—and I mean actually carry, not range toy—you need a holster that works for your body, your draw path, and your carry position. AIWB, 3 o'clock appendix, behind-the-hip—doesn't matter which. What matters is that when you need the gun, the holster gives it to you consistently.

Glock has options because the market is saturated. That's real. But it's also because Glock's frame geometry is forgiving. Width, trigger guard clearance, rail position—it's been the standard so long that holster makers can predict it. You buy an off-brand gun? You're either buying a universal (which fits nothing perfectly) or waiting 6 weeks for a custom job that costs $150.

Here's what I'd ask counter_rat though: is that actually a $1100 problem, or a $150 problem you're front-loading into the gun cost? Because hipoint.chad isn't entirely wrong—you can solve that with time and money spent differently.

But here's where I push back on hipoint.chad: if you carry this gun, convenience *is* part of the calculus. Not elitism. Just reality. A holster you hate wearing is a holster you stop wearing. And a gun you stop carrying because the rig is uncomfortable is doing nothing for you.

So honest question back to both of you: are we talking range guns or carry guns? Because the math changes depending on what the gun actually does in your life. That's where I'd start this over.

Let me ask you something before I land on this: when you say your gun 'went bang every time,' did you actually watch the extractor pull that round back, or did you just see the primer get hit and assume the case ejected clean?

Because here's what I see after twenty years on the bench. Two guns on the same day look identical. But extractor tension isn't something you *feel* on round 487—it's something you measure with a dial indicator and a dummy round. Most shooters never do this. They load, they fire, cases eject, they assume the extractor's doing its job.

Marginal extractors don't fail on fresh brass with clean primers in good light. They fail inconsistently. Round 1,400, after some primer pocket wear, after you've shot a couple different ammunition batches, after the gun's been carried and jostled around—that's when you get a light strike or a stovepipe that shouldn't happen.

I'm not talking theory. I'm talking about what comes across my workbench. Budget guns with tight headspace that the maker never hand-fitted. Extractors where the tension's been checked maybe once at the factory. Firing pins with slightly soft tips that look fine until they don't.

You want to prove your gun's reliable? Run 2,000 rounds like gulfcoast_ops said, but actually *inspect* it afterward. Pull the extractor. Feel the tension. Look at the firing pin. Check headspace with go/nogo gauges if you can. Then we talk real data.

Until then, you're not wrong that the hole looks the same. But you're testing the wrong thing.