
Here is the hammer cocked:

Here are the parts of the setup labeled:

Here is a picture of the internals of a real flintlock for comparison:

Anyway, I thought I'd show this to y'all. If you have any questions, just ask!
-Maverik94
hectmarr wrote:You have to make many weapons, because this field is long and short life
PimpAssasinG wrote:no im strong but you are a fat gay mother sucker that gets raped by black man for fun
Stronger hammer force = faster opening time and longer dwell time = more power but less shots per pressurised reservoir.boyntonstu wrote:Is the force of the hammer the major criteria
hectmarr wrote:You have to make many weapons, because this field is long and short life
Yes.Is the force of the hammer the major criteria?
Unless you fire the BB at just about 1% of the light speed or more.What would work better to move a brick? firing a 6mm airsoft bb at it , or a 30 pound dumbell at 100 miles an hour?
I have recently invented something called "the wheel"Oh, BTB, I didn't realize this was how your hammer on Old Shatterhand worked! Cool, I wasn't trying to steal you idea,
indeed..This is about hammervalves and hammers....hrmmm it looks as if it would work just on the idea of semi auto if you use the bleed in valve idea of havering 2 ball valves one to fire ,one to release air from a primary chamber into a secondary chamber .. ive head people use regulators for more shots... how would this work ? does the air get into the forced into the secondary chamber through a regulator? eg have a primary chamber that can hold 400 psi but when you bleed air into the secondary chamber you have the pressure of 125 psi but you can still take 5 shots.. (dosent add up lol 5 shots of 125 psi = 525 psi ) can someone please explain?