Why not just make a coaxial? You can make a simple (now that you have epoxyLockednloaded wrote:That is a much better setup, but I doubt I have that much skillz when it comes to complicated epoxy casting

Why not just make a coaxial? You can make a simple (now that you have epoxyLockednloaded wrote:That is a much better setup, but I doubt I have that much skillz when it comes to complicated epoxy casting
hectmarr wrote:You have to make many weapons, because this field is long and short life
The only thing wrong with it is if the space behind the chamber also ignites , you're screwed.nature-boy wrote:Or am I completely wrong with this theory?
Or has this even been build allready?
hectmarr wrote:You have to make many weapons, because this field is long and short life
Not really. You're pumping the air in, who cares what's in the chamberLockednloaded wrote:I need the bv for venting
hectmarr wrote:You have to make many weapons, because this field is long and short life
would work IMO, but if the rear will not ignite, I dont think its necessary.Why not fill from the back through an air tight piston with a check valve
But there will be no need for that, by having the same pressure in the rear and in the front, you would always have the right pressure to "pop"?! Wouldn't you?Compressing the back means you can adjust the popoff pressure for the peak combustion pressure, if you fuel it for a 10X mix and using that pressure behind the popoff means it opens at ~150 PSI
sorry, I don't understand that...Another problem could be met if one used a oxy propane mix, the popoff would be nearly worthless
Fair enough, I prefer to find the simplest route but there's nothing wrong with intricacy if you can make it workLockednloaded wrote:I'll be trying my original design first, I know the others are simpler, but I like the idea of using my own
hectmarr wrote:You have to make many weapons, because this field is long and short life
hectmarr wrote:You have to make many weapons, because this field is long and short life