Once upon a time, I had a bunch of 12ga reloading gear. A MEC press, plenty of wads, etc. Still have a Lee 2 cavity .310 round ball mold originally purchased for loading pipsqueak rounds for 30-30 and 308 Win, and used it to cast shotgun pellets. Basically, halfway between 0 and #1. Loaded 9 of them into a 12ga shell. They worked well. This was before Lee started making 12 and 18 pellet buckshot molds. When lead shot for birdshot loads went up in price to the point where it was no longer possible to load birdshot cheaper than retail, I sold off the MEC press. Wasn't worth it for the amount of time I spent breaking clays.
I always lament not practicing enough with buckshot. Still have a Lee Loader 12ga kit: One shell at a time, same as the other Lee Loader kits . Rare, no longer made, 100% practical and useful for SHTF, so I kept it. Also have a lot of 209 primers and suitable powder on the shelf. But I don't keep wads around anymore.
Then it occurred to me: Why not make 12ga buffers with my 3D printer? I can customize the diameter, thickness, even the density. If I can design one that works well, I can print them dozens at a time. Should be a fun experiment.
Will post up results here when I get around to it.
I always lament not practicing enough with buckshot. Still have a Lee Loader 12ga kit: One shell at a time, same as the other Lee Loader kits . Rare, no longer made, 100% practical and useful for SHTF, so I kept it. Also have a lot of 209 primers and suitable powder on the shelf. But I don't keep wads around anymore.
Then it occurred to me: Why not make 12ga buffers with my 3D printer? I can customize the diameter, thickness, even the density. If I can design one that works well, I can print them dozens at a time. Should be a fun experiment.
Will post up results here when I get around to it.