![]() This obviously impacts the drop tube and your wiring choices. You have a choice between a light barrier, small switch, and large switch. You need to figure out what “stop” mechanism you’re using to tell the bullet feeder to stop running when there are bullets in the top of the drop tube.This will impact the collator plate, spring tube size, spring housing, drop tube diameter, and what bullet feeder die you need. You need to decide on what caliber you are dropping.The Thingiverse description does not necessarily do a great job of explaining how to figure this out, so I’ll narrow it down: The first thing I had to figure out was what parts I needed. Since this is a slightly complex project, I thought I would go through how I went about it. ![]() This involved substantial 3D printing and wiring. After being cooped up at home for so long, I wanted a project, so I decided to build the OpenBulletFeeder by AmmoMike83 as found on Thingiverse. ![]() But one thing I was missing was a bullet feeder.ĭAA makes a perfectly good bulletfeeder, but it also costs almost $500. I have a pretty good setup for reloading 9mm – a Dillon 650XL with case feeder and a DAA primer filler. As you’ve noticed from some of my AARs, I am increasingly relying on reloads to see myself through classes and matches, especially with 9mm.
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