FGC-9 MK1 Charging Handle, Castle Doctrine

about

FGC-9 MK1 Charging Handle, Castle Doctrine: Laffs Dynamics

 

Printer Used: Ender 3 V2

 

Filament Used: PLA+

 

Print Settings:

 

Extruder: 220C 

Bed: 56C 

First Layer Print Height: .2mm 

Standard Layer Height: .16mm

Wall Thickness: .40 

Wall Perimeters: 7+

Infill: 40%+

 

 

 

Accreditations:

 

JStark1809, IvanTheTroll, 3socksandcrocs; Creators of the FGC-9 MKI, used the charging handle geometry as a 

base for creating this design. 

files

File Extension
FGC-9 MK1 Charging Handle, Castle Doctrine.zip zip

versions

Version: 1.0.0 latest

initial upload

about

FGC-9 MK1 Charging Handle, Castle Doctrine: Laffs Dynamics

 

Printer Used: Ender 3 V2

 

Filament Used: PLA+

 

Print Settings:

 

Extruder: 220C 

Bed: 56C 

First Layer Print Height: .2mm 

Standard Layer Height: .16mm

Wall Thickness: .40 

Wall Perimeters: 7+

Infill: 40%+

 

 

 

Accreditations:

 

JStark1809, IvanTheTroll, 3socksandcrocs; Creators of the FGC-9 MKI, used the charging handle geometry as a 

base for creating this design. 

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Metrics

Views

899

Downloads

115

Project Info

release date

Mar 15, 2024

artifact type

Printable project

library category

Printable Peripherals / Parts

fabrication method

Primarily Printable

fabrication tool

3D Printer

release country

United States

language

English

license

Creative Commons Attribution-NonCommercial-NoDerivatives 3.0

Firearm Info

type

Pistol-Caliber Carbine

platform

FGC-9

part

Charging Handle

files

File Extension
FGC-9 MK1 Charging Handle, Castle Doctrine.zip zip

versions

Version: 1.0.0 latest

initial upload

The files shown on this site are only available to U.S. Persons, as defined at 22 C.F.R. 120.15. The files are also not available to persons outside the United States or to residents of and persons in the State of New Jersey, with the exception of Federal Firearms Licensees.

Ghost Gunner 3s, GG3s, True Desktop CNC, by Defense Distributed Ghost Gunner 3s, GG3s, True Desktop CNC, by Defense Distributed

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