I figured id take the time and post some resources for constructing your own firearms which is completely legal for people in the US. Depending on what kind of robustness you are trying to achieve you can do this with low end setups and PLA for just the cost of printer and filament essentially a few hundred dollars. Obviously when you start really looking to build edc level weapons you will need to spend some money on better 3d printing gear. Currently I've been using high end nylon carbon fiber filaments printing at their maximum rated temperatures in a chamber at 60c and annealing them after at 120c for 6 hours and then boiling them for 30 minutes. This process and material makes the parts robust enough to survive thousands of rounds depending on what you are printing. The glocks are pretty solid.
I figured id take the time and post some resources for constructing your own firearms which is completely legal for people in the US. Depending on what kind of robustness you are trying to achieve you can do this with low end setups and PLA for just the cost of printer and filament essentially a few hundred dollars. Obviously when you start really looking to build edc level weapons you will need to spend some money on better 3d printing gear. Currently I've been using high end nylon carbon fiber filaments printing at their maximum rated temperatures in a chamber at 60c and annealing them after at 120c for 6 hours and then boiling them for 30 minutes. This process and material makes the parts robust enough to survive thousands of rounds depending on what you are printing. The glocks are pretty solid.
[defcad](https://defcad.com/)
[thegatalog](https://thegatalog.com/)
[ctrlpew](https://ctrlpew.com/)
[chairmanwon glocks](https://origamifaceshield.com/)
(post is archived)