i was reading your file quickdtoo . its got some good information some of it i would disagree with as it contradicts what even historic makers like Nock and Manton applied . namely the position of the flash hole . a hole in the bottom of the pan is the worst possible location . The hole should be center of the top of the pan or just above it for best consistency .
((% of the time if a flintlock shooter is getting a fuse type ignition you will find the hole in the bottom of the pan or a flash hole so low as to alow prime to cover or partualy cover the flash hole .
maybe this is where traditions gets their idea of where to locate a flash hole .
im forever deepeing their pans . its good for buissness on my end i guess so who can complain
Myself I also wouldn’t recommend using the frizzen to Knapp the flint .
Not only will this break the flint at the wrong angle but with modern cast frizzen “ especially on cheaper production guns it’s a good way to break the frizzen or bend the neck of the frizzen .
I would also add color when selecting a flint as well as all the characteristics the article suggests
When selecting color you want a flint that’s even in color not marbled . This helps in insuring the flint is of equal hardness throughout . While even these can break most times a flint will break through the color change or wear unevenly in that area .
Im very picky in this area when it comes to choosing flints and ambers .
I attribute this and proper tuning as to why I most times get 75 to 125 falls per flint or amber.
While the author didn’t mention this , I will.
Never , again Never check for spark in your flintlock with a charge in the barrel . A flintlock can go off without prime in the pan . I have had it happen , seen it happen and have read articles that state it can happen as often as 1 in 10 falls
IMPROVING JAW ANGLE
Many locks are set up so that the flint points toward the front of the pan in the fired position. Ideally, when fitted with a flint and in the fired position, the flint should point into the center of the pan, almost digging its edge into the prime. This give the edge more time on the face of the frizzen, resulting in more sparks, and helps to direct the sparks into the prime, thereby increasing reliability and reducing lock time. The lock at the top of the illustration below shows the proper jaw angle for greatest reliability and speed. The bottom lock illustrates an insufficient angle for optimum performance
this is also exactly what i was trying to explain. Now if the flash hole is center and top of the pan , how can the flint almost dig into the prime considering the flash hole has to also be above the prime and not buried in it ?
Simple , it cant if the lock is tuned properly
Anyway , good article