1.5 seconds from concealment isn't a benchmark—it's a filter

This is solid empirical work. One honest gap I'd push on: your holster variable doesn't isolate carry position from the gear itself.

I ran similar splits across AIWB (Tejas appendix rig) and OWB 3.5-o'clock (Safariland). Same shooter, same gun, same draw path mechanics. The AIWB cleared 0.22 seconds faster on average—but that's not because of the Kydex or the cant. It's because appendix holster geometry gives you a shorter path to the ready position before the sights even come up for acquisition. The gun's already halfway to where it needs to be.

Switch that same AIWB shooter to a leather 3-o'clock OWB, and the holster *design* matters way less than the draw arc itself. Concealment fit still eats time—loose cover shirt adds the 0.1–0.25 you mentioned—but the bigger delta is positional. AIWB gets you to sight work faster because the gun travels a shorter absolute distance.

Honest caveat: AIWB trades that speed for presentation angles and re-holster complexity in movement. Different tradeoff for carry readiness, not just raw draw time.

Did you see meaningful splits between AIWB and OWB in your 847 reps, or were you staying consistent with one position? Curious whether you'd call the position shift a separate variable or fold it into the holster design piece.

The dry-fire rep structure you outlined is right for building consistency regardless—that part doesn't change with carry position.

Let me break this apart, because what's happening here is both threads are circling the same real problem without naming it.

**What are we actually measuring?** Southpaw nailed the geometry issue—AIWB vs OWB isn't a holster-design variable, it's a *draw mechanics* variable. But here's the thing: neither of you has anchored this to civilian use case yet. That matters.

**Why it matters:** Your 1.5-second benchmark assumes you've already made the decision to draw. That's not carry readiness in real time. Carry readiness is: recognition lag, decision lag, *then* the physical split. A civilian who draws in 1.5 seconds but took 0.8 seconds to recognize the threat and 1.2 seconds to process it didn't actually respond in 1.5 seconds. They responded in 3.5 seconds. And most people at the range aren't timing that piece.

**For your specific case:** You've got solid empirical data on the mechanical draw. Southpaw's right that position geometry changes the equation. But fold it back into civilian standards: a 2.0-2.2 second *presentation-to-aimed-fire* from concealment, from a cold start (holstered, cover garment seated normally), is where the work actually matters. That's the number that stacks on top of the decision and recognition lag that *will* happen under stress.

Stop debating whether 1.5 or 1.3 matters. Instead: **What's your draw time from a realistic concealment posture, with realistic reaction delay built in?** That's the variable that drives your civilian training plan, not the holster cant.

Dry-fire reps, sure. But make half of them decision-reps first.

How many rounds have you actually fired from concealment under timer? Not dry-fire. Not from the bench. From a holster, over how many sessions.

Because what I'm reading here is two people with real seat time—southpaw's got the geometry sorted, gulfcoast's right about the decision lag—and what they're both circling without saying it is this: most people posting on forums haven't put in the round count to know where they actually sit on this spectrum.

You can measure your draw split all day. If you've fired fewer than 5,000 rounds from concealment across different positions, different lighting, different stress conditions, you're still calibrating your baseline. You don't know if your 1.5-second number holds at minute three of a defensive scenario or if it degrades under adrenaline.

The 2.0–2.2 second window gulfcoast mentioned? That's a working standard because it's what holds up when you've put the work in. Not because it feels fast. Because it *sustains*.

Southpaw's got the position variable right. Gulfcoast's got the decision lag right. But neither one matters if you haven't fired enough rounds to know how your splits compress under actual stress, not just timer pressure.

Talk to a lawyer about force justification. Talk to a timer about your split. But before you start teaching others what standard to chase, earn the round count that tells you which standard actually survives contact. Most shooters here haven't.

Three observations, then a drill sequence.

First: not.for.you is right that round count matters, but the number itself depends on what you're measuring. I've logged 6,847 live rounds from concealment over two years—recorded splits on 3,246 of them. My draw time under timer in a cold bay doesn't compress further past round 2,000. Stress degradation showed up around round 800, plateaued by round 1,600. You don't need 5,000 to know your baseline. You need enough reps to find where it stops changing.

Second: gulfcoast_ops nailed the decision lag piece. Southpaw's geometry is correct. But gulfcoast separated them as if they're sequential—recognition, decision, *then* draw. In my data, shooters who drill decision-making *within* the draw cycle (pre-draw commitment cues, not post-draw sight confirmation) show 0.3–0.4 second compression on the full stack. The lag doesn't vanish. It integrates.

Third: the working standard isn't 2.0–2.2 because it feels safe. It's 2.0–2.2 because that's where accuracy holds under fatigue and stress. I ran Dot Torture par times against draw-to-first-shot splits. Shooters who maintained A-zone hits at 7 yards under timer pressure averaged 2.1 seconds on the draw. Shooters at 1.5 seconds showed 30% accuracy loss after three consecutive reps with no break.

If you're building carry readiness: **Dry-fire block** (200 reps, 3x per week, no timer—focus grip pressure only). **Decision-reps** (50 reps at 50% speed, eyes closed until presentation, call the shot before sights settle). **Measured live fire** (10 pairs, 7 yards, par time 2.5 seconds for draw-to-both-hits). Track the median of runs 5–7 on each session. When your median holds 2.1 or better for six consecutive sessions, add distance or complexity.

The benchmark filters people who track. The drill structure filters people who sustain it.