Folding PDW Stock/Brace| Model 1 V1.1
about
Folding PDW Stock/Brace, Model 1 V1.1: FFFTech/FFFTechnology
A short length of pull, folding stock/brace. Mounts via 4+ slot picatinny rail. Either a blade style brace, or buttstock can be fitted in the rear socket of the folding arm.
Update V1.1.1: Enlarged picatinny rail channel for better fitment, changed print settings for the
common used Ender 3 3D printers.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .18mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5
Infill: 50%
Infill Pattern: Gyroid
Material Flow: 100%
Support Material Percentage: 20%
Hardware Needed:
1x M6x40mm Bolt
1x 8mm x 20mm Spring (Ender 3 Bed Spring)
Notes:
1) The M6x40mm bolt should simply pass through the hinge of the folding arm. Should the threads cut into the hinge, dremel out the hole slightly until the bolt passes through. The bolt should only thread into the folding mech mount's top and bottom hinge points. Be sure not to overtighten the bolt, otherwise the hinge points could flex and squeeze together, binding the folding arm and not allowing it to articulate.
2) If the spring is too tight, simply cut off a coil to reduce pressure on the mechanism.
files
| File | Extension |
|---|---|
| B, Model 1 V1.3.2/PDW S-B, Model 1 V1.3.2.zip | zip |
versions
Version: PDW S/B, Model 1 V1.3.2 latest
PDW S/B, Model 1 V1.3.2: Laffs Dynamics
A short length of pull, folding stock/brace. Mounts via 4+ slot picatinny rail. Either a blade style brace, or buttstock can be fitted in the rear socket of the folding arm.
Update V1.3.2: Redesignated design name.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .18mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5
Infill: 50%
Infill Pattern: Gyroid
Support Material Percentage: 20%
Hardware Needed:
1x M6x40mm Bolt
1x 8mm x 20mm Spring (Ender 3 Bed Spring)
Notes:
1) The M6x40mm bolt should simply pass through the hinge of the folding arm. Should the threads cut into the hinge, dremel out the hole slightly until the bolt passes through. The bolt should only thread into the folding mech mount's top and bottom hinge points. Be sure not to overtighten the bolt, otherwise the hinge points could flex and squeeze together, binding the folding arm and not allowing it to articulate.
2) If the spring is too tight, simply cut off a coil to reduce pressure on the mechanism.
Version: Folding PDW Stock/Brace, Model 1 V1.3.1
Folding PDW Stock/Brace, Model 1 V1.3.1: Laffs Dynamics
A short length of pull, folding stock/brace. Mounts via 4+ slot picatinny rail. Either a blade style brace, or buttstock can be fitted in the rear socket of the folding arm.
Update V1.3.1: Added a mirrored stock/brace arm and hinge mechanism to allow for the design to fold to the right side of the weapon.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .18mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5
Infill: 50%
Infill Pattern: Gyroid
Support Material Percentage: 20%
Hardware Needed:
1x M6x40mm Bolt
1x 8mm x 20mm Spring (Ender 3 Bed Spring)
Notes:
1) The M6x40mm bolt should simply pass through the hinge of the folding arm. Should the threads cut into the hinge, dremel out the hole slightly until the bolt passes through. The bolt should only thread into the folding mech mount's top and bottom hinge points. Be sure not to overtighten the bolt, otherwise the hinge points could flex and squeeze together, binding the folding arm and not allowing it to articulate.
2) If the spring is too tight, simply cut off a coil to reduce pressure on the mechanism.
Version: 1.0.0
about
Folding PDW Stock/Brace, Model 1 V1.1: FFFTech/FFFTechnology
A short length of pull, folding stock/brace. Mounts via 4+ slot picatinny rail. Either a blade style brace, or buttstock can be fitted in the rear socket of the folding arm.
Update V1.1.1: Enlarged picatinny rail channel for better fitment, changed print settings for the
common used Ender 3 3D printers.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .18mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5
Infill: 50%
Infill Pattern: Gyroid
Material Flow: 100%
Support Material Percentage: 20%
Hardware Needed:
1x M6x40mm Bolt
1x 8mm x 20mm Spring (Ender 3 Bed Spring)
Notes:
1) The M6x40mm bolt should simply pass through the hinge of the folding arm. Should the threads cut into the hinge, dremel out the hole slightly until the bolt passes through. The bolt should only thread into the folding mech mount's top and bottom hinge points. Be sure not to overtighten the bolt, otherwise the hinge points could flex and squeeze together, binding the folding arm and not allowing it to articulate.
2) If the spring is too tight, simply cut off a coil to reduce pressure on the mechanism.
creator
Metrics
Views
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Project Info
release date
Feb 01, 2023
artifact type
library category
fabrication method
fabrication tool
3D Printer
release country
United States
language
English
license
files
| File | Extension |
|---|---|
| B, Model 1 V1.3.2/PDW S-B, Model 1 V1.3.2.zip | zip |
versions
Version: PDW S/B, Model 1 V1.3.2 latest
PDW S/B, Model 1 V1.3.2: Laffs Dynamics
A short length of pull, folding stock/brace. Mounts via 4+ slot picatinny rail. Either a blade style brace, or buttstock can be fitted in the rear socket of the folding arm.
Update V1.3.2: Redesignated design name.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .18mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5
Infill: 50%
Infill Pattern: Gyroid
Support Material Percentage: 20%
Hardware Needed:
1x M6x40mm Bolt
1x 8mm x 20mm Spring (Ender 3 Bed Spring)
Notes:
1) The M6x40mm bolt should simply pass through the hinge of the folding arm. Should the threads cut into the hinge, dremel out the hole slightly until the bolt passes through. The bolt should only thread into the folding mech mount's top and bottom hinge points. Be sure not to overtighten the bolt, otherwise the hinge points could flex and squeeze together, binding the folding arm and not allowing it to articulate.
2) If the spring is too tight, simply cut off a coil to reduce pressure on the mechanism.
Version: Folding PDW Stock/Brace, Model 1 V1.3.1
Folding PDW Stock/Brace, Model 1 V1.3.1: Laffs Dynamics
A short length of pull, folding stock/brace. Mounts via 4+ slot picatinny rail. Either a blade style brace, or buttstock can be fitted in the rear socket of the folding arm.
Update V1.3.1: Added a mirrored stock/brace arm and hinge mechanism to allow for the design to fold to the right side of the weapon.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .18mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5
Infill: 50%
Infill Pattern: Gyroid
Support Material Percentage: 20%
Hardware Needed:
1x M6x40mm Bolt
1x 8mm x 20mm Spring (Ender 3 Bed Spring)
Notes:
1) The M6x40mm bolt should simply pass through the hinge of the folding arm. Should the threads cut into the hinge, dremel out the hole slightly until the bolt passes through. The bolt should only thread into the folding mech mount's top and bottom hinge points. Be sure not to overtighten the bolt, otherwise the hinge points could flex and squeeze together, binding the folding arm and not allowing it to articulate.
2) If the spring is too tight, simply cut off a coil to reduce pressure on the mechanism.
Version: 1.0.0
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.
