Thingiverse
Shell Loading Cap Gun Remix
di munsie888
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Shell Loading Cap Gun Remix
Printed in PLA+ (eSun/Eryone mix)
0.4mm Nozzle
0.3mm layer height
100% infill for most bits, barrel and body can be gyroid 15-25% with 5 shells on all axis
Shell caddy printed in TPU
It's should be obvious how this goes together, have a look at pictures for assistance.
Trigger sear may need light filing to clear when cocking hammer does not take.
Slight smear of grease on sear improves action.
Shell catch spring CA glued on but not all the way round, leave open by catch end
so it can spring a little.
Shell catch set in place with an off cut of copper wire from some twin and earth cable and
driven into body, through catch and into lower side of barrel body using soldering iron.
Hardware:
Brass Tubing:
3.5mm OD with 1mm wall thickness brass tubing cut (mini pipe cutter and drill or hacksaw) into 10mm lengths.
Sand/file cuts for they are flat and square with length.
Brass tubes can be set into shells with needle tip soldering iron. Set them in just below th
Printed in PLA+ (eSun/Eryone mix)
0.4mm Nozzle
0.3mm layer height
100% infill for most bits, barrel and body can be gyroid 15-25% with 5 shells on all axis
Shell caddy printed in TPU
It's should be obvious how this goes together, have a look at pictures for assistance.
Trigger sear may need light filing to clear when cocking hammer does not take.
Slight smear of grease on sear improves action.
Shell catch spring CA glued on but not all the way round, leave open by catch end
so it can spring a little.
Shell catch set in place with an off cut of copper wire from some twin and earth cable and
driven into body, through catch and into lower side of barrel body using soldering iron.
Hardware:
Brass Tubing:
3.5mm OD with 1mm wall thickness brass tubing cut (mini pipe cutter and drill or hacksaw) into 10mm lengths.
Sand/file cuts for they are flat and square with length.
Brass tubes can be set into shells with needle tip soldering iron. Set them in just below th
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