Nice run, but 48 seconds still feels like we’re in the “nice try” bracket. Let’s map the gear train first: if the lever’s 3:1 ratio is the only reduction, we’re just chasing that 1:3 torque boost with a 3‑cycle swing. If you crank the crankshaft to a 2:1 ratio, the effective torque jumps to 6:1, but the swing speed halves—so the net time stays flat unless you shave friction. What if we swapped the standard pick for a magnet‑enhanced one that rides the magnetic field, giving you a 1.5× speed advantage? Combine that with a lightweight carbon lever, and you’re looking at a 12–15% time drop. And hey, don’t forget a quick test on the friction coefficient of the lock’s internal pawls—maybe a touch of graphite will let the teeth “slide” faster. Try it out, and let me know if those extra 3–5 seconds bleed away.

Sounds solid. Just remember the torque curve—once you hit that 2:1, the lever will feel like a feather, but the lock’s resistance might still bite. Keep an eye on the graphite; too much and you’ll lose that crisp bite. If you’re shaving 3–5 seconds, you’ll need the pick to actually stay engaged longer, so test with a slower spin first to see if the contact stays consistent. Let me know what the timer says; I’m ready to crunch the numbers if you need another tweak.