Occam's razor simply states that of any given set of explanations for an event occurring, the simplest one is most likely the correct one.
How often do you apply this to reloading? I apply everytime time I sit down at the bench.
A good example, seating primers. Does seating primers require a certain amount of pressure/ depth/ uniformity/ ect? A million answers could be derived or a simple answer of "as long as they don't move on impact, there's little to no difference in ignition among the same primers"
Same thing with powder charges/ loading. Are there a million different ways or do they all rely on the same energy consumption vs production theory and that's too simple to too accept as correct so there's a million different ideas that people have come up with across the span of time to exaggerate that very principle.
Personally the idea that energy consumption and production like to be as close to square as possible and consistancy is king is what drives my reloading views. Cartridges don't care about neck tension, primer depth, turned necks, ect.
Cartridges care about constant consistency and that's it. Are the primers seated to the bottom of the pocket, is the bullet pull weight the same, have you found a node in your powder charge, are your cases all on the same cycle of firing.
I often wonder how much true data is lost because the answers are right in front of us, but we're looking to the horizon.
How often do you apply this to reloading? I apply everytime time I sit down at the bench.
A good example, seating primers. Does seating primers require a certain amount of pressure/ depth/ uniformity/ ect? A million answers could be derived or a simple answer of "as long as they don't move on impact, there's little to no difference in ignition among the same primers"
Same thing with powder charges/ loading. Are there a million different ways or do they all rely on the same energy consumption vs production theory and that's too simple to too accept as correct so there's a million different ideas that people have come up with across the span of time to exaggerate that very principle.
Personally the idea that energy consumption and production like to be as close to square as possible and consistancy is king is what drives my reloading views. Cartridges don't care about neck tension, primer depth, turned necks, ect.
Cartridges care about constant consistency and that's it. Are the primers seated to the bottom of the pocket, is the bullet pull weight the same, have you found a node in your powder charge, are your cases all on the same cycle of firing.
I often wonder how much true data is lost because the answers are right in front of us, but we're looking to the horizon.