Hi Dave, wish I had seen this tutorial of yours before my last rifle. I'm building another Kibler rifle, I've built 5 rifles (kits) in my life but over many years, hopefully after seeing this I'll do better! I'm going to put a brass patch box in, Isaac Berlin, wish me luck!Hi,
Thanks for looking folks and the comments. I have a lot of stuff to post soon. I cut the lock moldings today. Many new makers cut moldings around their locks and side plates before they fully shaped the wrist, barrel tang, lock, and trigger areas. That is a big mistake and the end result is often like the guns pictured.
Kind of slab sided and the moldings not conforming to the stock contours at all. Often the flats are much too wide as on the third gun pictured above.
The trick is to fully shape the areas with rasps, scrapers, and files and let the lock and side plate panels form naturally as you round the wrist, top and bottom. The only place to cut in with a gouge or use a rat tailed rasp is around the nose of the panels and then be careful not to cut too tight a radius cove in the molding. Once the lock and wrist areas are shaped and smoothed almost to finished surface, then and only then, consider cutting moldings.
I don't fuss much with this task. I draw the edge of the molding on stock freehand and cut it. On this particular rifle, Haines cut fairly deep coves in the tails of the moldings and created a ridge that extends in to beaver tail. The front molding extends almost as a straight line down from the top of the lock plate and then forms a rounded arrow head shape. On the bottom, the molding has a slight swell forward of the beaver tail and then a gradual arc swelling again to meet the front molding. The lock panels widen at the front of the lock and at the pointed rear but remain fairly even around the rest of the lock. It is a nice and effective design. I changed the beaver tail design from the original making it more like some other Haines guns rather this particular rifle because both the eventual owner and I prefer that. The original tail is very short and closely fitted around the tail of the lock panel.
After drawing the design on the wood, I stab in the line using a tiny flat chisel. I walk the chisel completely around the molding edge and then back cut it using a small skew chisel. I level up the back ground with the skew and then use a small rifler file on which I ground the ends round. It smooths the background along the edge of the molding and the rounded end fits nicely into the curves of the design.
That completes the job for now until I final finish the gun before staining. Notice on the completed side that the bottom of the stock around the front of the trigger guard is not flat. It should never be flat. It is curved and that curve flows into the curved bottom of the fore stock.
More tomorrow.
dave
Hi Fred,Hi Dave....I like Chambers' kits....not w/o errors but all are repairable. My 2 Chambers kits were both early Lancasters and one is shown below. Learned a lot about building LRs and that's the reason early on that I chose those from Chambers. Looking forward to the Haines w/ your artistic additions. ....FredView attachment 105168
Only 90 grains! That’s smoken! Very cool!I know this thread is a few years old, but I was shooting this rifle at a friend's place and he took a short video showing the lock speed. Thought you all might enjoy it.
Not sure a flintlock can go off much faster than this, thanks to the good bones of a Chambers lock and Dave's exceptional skill and methods in tuning. In addition, it is a tack driver. .530 ball, .018 pillow tick lightly lubed with Track's mink oil, pushed by 90 grs of 2Fg black.
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