......what's the saying about countin' chickens afore they hatch....???
I bought the brass tubing today, excited to make the repair more permanent, and so today I'm fiddlin with the Redhawk, and try to slow the trigger's return so as to make the 'jam' happen (which I could NOT do last night).
And it jammed...
Repeatedly...
So I watch the cylinder bolt carefully, and realize that "
when I push the trigger forward", it pulls the bolt away from the cylinder as the trigger plunger is popping up over the bearing surface.....but, "
when I push the trigger forward" - I have
also been subtly putting some pressure on the cylinder and forcing it to rotate clockwise (
not the normal operational rotation).
What actually is allowing the trigger to reset fully
now appears to be the [abnormal, forced] rotation of the cylinder actually
camming the cylinder bolt out of the locking notch; there is actually a radius on the trailing edge of the bolt that the little dished-out area beside the cylinder bolt notch catches and appears to push the bolt away from the cylinder enough to reset the trigger. It does NOT appear to be a simple 'binding' issue, in that if I wiggle the cylinder it won't free the bolt up to move on its own; it is only when I really torque the cylinder clockwise that the bolt pops out of the notch. I hadn't realized that when trying to re-create the 'jam', what I thought was un-doing it (pushing the trigger forward) may
not have been the only thing that was un-doing it; evidently it was un-jamming when I put some clockwise torque on the cylinder.
Maybe I hadn't noticed this because the trigger
also required the forward push (...I remember that
so distinctly...!) until I fixed that part last night.
Unfortunately, although the shimming did make things perceptably more consistent, and I do think the stoning of the bearing surface (5 light strokes with a hard Arkansas stone) improved the 'reset point' as felt through the trigger, the durn thing
still jams with ordinary dry-firing. I thought about a range session to see if the shock of live ammo would prevent the jam from happening, but the gun still shouldn't lock up like that, even dry-firing....! I am not going to wear Kevlar gloves just so I can keep one hand on the cylinder to torque-assist...
The end-point will probably be another trip to Ruger, but I'm still curious as to what the problem is, because I want to know what to watch for if the do fix it (those 'repair letters' you get back seldom say anything helpful), and the way repair services go these days, I'm not sure they actually will fix it. Gone are the days of walking into the gun shop, showing the gunsmith what is going on, so he [or she] gets the real story and fixed the right thing. I'm not even sure the letter I wrote last time describing the problem got read by the guy who worked on it; these days a clerk types everything into a bunch of computer check-boxes, just like in health care, and nobody really knows what is going on.