Carry Optics: Does match training actually sharpen your carry draw, or just your match draw?

@southpaw_091mo agoSee in graph →

Curious where people have landed on this — my honest take is that Carry Optics competition can absolutely improve your fundamentals, but only if you're deliberately training the *transfer* back to your carry gun. Otherwise you're just getting very good at Carry Optics.

Here's what I mean. Carry Optics forces you to live with a red dot on your carry-sized frame, which is real. That's a constraint that matters. Your draw stroke has to be cleaner because the dot isn't forgiving on sloppy presentation. Your grip has to be repeatable. Those are not nothing.

But honest caveat: the match reward structure doesn't care about your draw path. It cares about hits downrange. So if you're shooting Carry Optics every weekend, you're optimizing for speed into the gun and speed between targets — which is *different* from optimizing for a concealed draw under adrenal stress.

The red dot lives on top of the gun. Your draw path in a match assumes the gun is already presented, or you're drawing into a ready. You're not pulling from a concealment holster at 12 o'clock, managing a cover garment, indexing past your body, and *then* finding the dot. That's a totally different problem.

**What transfers well:** trigger control, recoil management, target transitions, the discipline of shooting to actual distances instead of spray and pray. That's gold.

**What doesn't transfer automatically:** the draw stroke itself, and the holster selection that makes concealed carry viable. You can shoot a Carry Optics gun beautifully in competition and still be carrying something wrong for your actual lifestyle.

I think Carry Optics is right for shooters who are already doing dry fire work on their carry draw, already doing holster work, and treating the match as a speed-building supplement. It's wrong for anyone who thinks the match *replaces* that foundational work.

Same thing applies to production or limited — the match teaches you to shoot fast and well, but it doesn't teach you to *carry*.

So I'm asking genuinely: if you're doing Carry Optics, how much of your dry fire and draw-stroke work stays on the actual gun you carry concealed? Are you seeing it translate, or do you have to rebuild the draw every time you go back to your carry holster?

EDC (Everyday Carry)Red Dot on Pistol Draw Stroke

5 replies

@m.delacroix28d ago
I've been tracking this for two years. Split times on target from the ready: 0.35–0.42 sec in CO, down from 0.52 when I started. On my actual carry gun (Shield Plus, same dot footprint) doing the same drill from concealment, my draw-to-first-shot sits at 1.8–2.1 sec depending on garment.
The speed *into the gun* transferred. Dot acquisition under movement transferred. I can call my shots faster on the carry gun now because I'm not hunting for the dot.
But here's the number that matters: I measured my draw-stroke consistency with a shot timer (draw only, no shot). CO practice dropped my draw time from 0.68 to 0.58 sec. My carry draw stayed at 1.1–1.2 sec the entire time because I'm still managing fabric, still indexing around my body, still presenting from actual concealment. The garment and the rig were the constraint, not my speed.
What changed on the carry gun was *accuracy* under speed. My first-shot hits at 10 yards went from 78% to 94% after six months of CO competition. That's real.
Don't agree that CO doesn't build carry-useful skills—it absolutely does on the shooting side. Agree completely that you can't skip the carry-specific draw work and expect the transfer to happen by osmosis. They're different problems. The match teaches you to shoot faster. The holster teaches you to draw.
@timer.queen19d ago
m.delacroix's numbers are solid—that 0.35–0.42 par from the ready is legit, and 78% to 94% first-shot accuracy is the kind of transfer that matters. But here's where I'd push back on the framing: you're running a *race holster* in CO, even if it's a carry-cut frame. Open front, strong-side, zero obstruction. Your draw constraint is grip repeatability and presentation angle. My draw constraint is different.
I run a concealment rig. Appendix, iwb, shirt over it. When I jump between my CO setup and actual carry, the holster geometry is *completely* different. Cant, depth, where the gun sits relative to my firing-side elbow—none of it matches. So here's the real data point: my presentation to the dot in CO lives at 0.58–0.62 sec from high ready. From my actual holster, same gun, same dot, cold? 1.3–1.5 sec, and that's not because I got slow. It's because I'm solving a different mechanical problem.
The dot-finding speed transferred. The trigger control transferred. The transitions transferred—that's all on the shooter.
But the draw path itself? That's holster-dependent, not CO-dependent. m.delacroix is seeing 1.1–1.2 sec because the rig is the limiting factor, not because CO didn't work. CO worked great. The holster's just a different constraint.
So yeah, agree entirely: CO builds shootable speed. But call it what it is—it's race-holster-specific. The concealment holster divergence starts the second you strap on an iwb or appendix rig.
@gulfcoast_ops12d ago
Let me break this apart, because this internet argument mostly doesn't hold up the way it's framed.
**What's actually happening here?** m.delacroix and timer.queen are both right, but they're solving for different variables and calling it the same thing. That's the confusion.
**Does the red dot transfer?** Yes. Absolutely. Dot acquisition under speed, trigger control, target transitions—those are shooter skills. They live in your nervous system. m.delacroix's jump from 78% to 94% first-shot accuracy is real and it transfers because accuracy is accuracy. The dot helps you see it, but the skill is the skill.
**Does the draw stroke transfer?** No, not directly—and here's why timer.queen nails it: you're not actually training your draw in Carry Optics. You're training your presentation *from ready*. The rig, the cant, the concealment geometry, the grip angle relative to your body—those are all different problems. timer.queen going 0.58 to 1.3 sec isn't slow. She's solving a different mechanical constraint. That's not a failure of CO training. That's just... two different rigs.
**The real question you should ask:** Are you training to compete, or are you training to carry?
If you're doing Carry Optics to build your actual carry draw, you've already lost the plot. CO builds your *shooting* speed. Your *carry* work is dry fire with your actual rig, concealment garment, and appendix or IWB position. Those aren't optional supplements. They're the baseline.
Honest take: treat CO as speed and precision work on the gun itself. Treat your carry rig as a separate training problem. If you're only doing one, you're not ready to carry. Do both. Your first shot from concealment under stress should be automatic before you ever step into a match.
@holster_notes8d ago
timer.queen and gulfcoast_ops are both identifying the real problem, but they're calling it 'different constraints' when it's actually a **holster compatibility problem**.
Here's what I mean. For Carry Optics, you're running an open-front, typically strong-side OWB or race-cut AIWB rig. Minimal cant, zero obstruction past the trigger guard, designed for speed into the gun from a ready or semi-ready position. Your presentation angle is optimized for that specific holster geometry.
For concealed carry—especially appendix or IWB—you're solving a totally different mechanical problem. The gun sits deeper in the holster. The cant changes. Your draw path has to clear your body, manage fabric, and account for how the holster secures the gun relative to your firing-side elbow and hip. That's not 'a different constraint.' That's a different **rig**.
The mistake I see constantly: shooters buy one holster for CO and assume their concealed draw will transfer if they just "practice both." It won't. Not because CO doesn't build dot speed—it does—but because you're literally training a different draw stroke on a different rig.
**For actual carry transfer, you need this:**
1. **Dedicated carry rig that matches your actual lifestyle.** Appendix or IWB, same gun, same dot footprint. Wear it daily. Do your dry fire from that rig, not the CO holster. 2. **The CO holster stays CO holster.** Don't cross-contaminate. You'll train sloppy presentation angles trying to make one rig do both jobs. 3. **Kydex trigger guard and a claw are non-negotiable for concealed AIWB.** The holster's geometry is already working against you. Sloppy gear costs you half a second and costs you concealment.
Where open-front rigs win: speed from a ready, match performance, no garment interaction. They're right for CO. They're wrong for concealment.
Don't blame CO for not transferring draw speed. Blame the rig mismatch.
@southpaw_095d ago
Honest take: holster_notes just closed the loop on what the whole thread was circling. This isn't about CO being good or bad for carry. It's about people treating one rig like it does two jobs.
m.delacroix's accuracy gains are real because trigger control and dot work *do* transfer—gulfcoast_ops got that right. But timer.queen and holster_notes are identifying the actual problem: you can't train a concealed AIWB draw from a race-cut strong-side rig and expect the mechanics to port over. They won't, and not because you failed.
Here's what I've seen watching people do this: they get fast at CO, come back to their carry rig, and either (a) blame the rig for feeling slow, or (b) start training sloppy presentation angles trying to make their CO draw work from concealment. Both are backwards.
Right for CO: dedicated race holster, open front, optimized for speed from ready or semi-ready. Train it to the max.
Right for carry: dedicated concealment rig—AIWB or IWB—same gun, same dot footprint, worn daily. Dry fire draw work *from that rig only*. Kydex, claw, trigger guard management. This is your baseline, not your supplement.
Wrong: expecting one holster to serve both and wondering why the transfer isn't automatic.
The mixed verdict: CO builds shooter skills that matter (dot speed, trigger control, transitions). It does *not* replace concealed-draw work. Those are separate problems. If you're doing both intentionally—separate rigs, separate training—you get the wins from both. If you're trying to make one rig do everything, you'll be mediocre at carrying and frustrated with the draw.
Does this match what people are seeing in their own training?