Keychains with a silhouette that is dimensionally accurate to the real life calibers they represent.
Collection 1 for handguns come in six calibers: 10mm Auto, 40S&W, .357 Magnum, .38 Special, .45 ACP, and 9x19 NATO.
Now you can continue the constant caliber wars debate. Which is better: 9mm or .45? Is 40S&W really that much better than 9mm? Or are all the calibers peashooters compared to the hand cannon 10mm?
Put multiple on your keys, show the boys what caliber you trust your life with :D
"Mountain Scout" Compact Fixed Carbine Buttstock: Laffs Dynamics
A compact version of the Laffs Dynamics original Mountain Scout Compact Fixed Carbine Buttstock. Reduced in overall length by
24mm. (Roughly 1in.)
Has a single 34mm long, vertical sling loop.
Comes with two buttpads:
* Standard, 8mm thick
* Extended, 18mm thick
This buttstock is designed for Milspec Carbine Buffer Tubes only.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 220C
Bed: 56C
First Layer Print Height: .2mm
Standard Layer Height: .2mm
Wall Perimeters: 5+
Infill: 25%+
Material Flow: 100%
NO support material is needed.
Hardware Needed:
1x M8x10 Hex Socketed Set Screw
2x M4x12 Screws
Origin Grip (ARK): FFFTech/FFFTechnology
The first of many grips designed specifically for the InvaderZip ARK Modular Weapon System.
Overall geometry is rather standard 3FTech aesthetics, but with an organic rear tang that interfaces
with the ARK's lower receiver.
Mounts to:
* ARK V1
* ARK V1 DLC Expansion
* REDACTED
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 220C
Bed: 56C
First Layer Print Height: .20mm
Standard Layer Height: .16mm
Wall Thickness: .40
Wall Perimeters: 5+
Infill: 25%+
Material Flow: 100%
Support Material Percentage: 18%
Hardware Needed:
1x Allen Head Screw, 1/4-28 x 1"
1x Steel Star Washer
1x Safety Selector Detent Pin
1x Safety Selector Detent Spring
Accreditations:
InvaderZip: In collaboration for previous DLC grip design, and for designing REDACTED grip. Provided data
on specific weapon disassembly, and grip interfacing geometry to create a template from.
This is a series of magazine carriers designed to attach to standard 1.5in thick belts via belt clip,
and is designed to retain Magpul AR 15 PMAGs. (See Note 1) Two versions are available, the standard
carrier for PMAGs holding 20 - 40 rounds, and a reduced capacity carrier for 10 round PMAGs. Should
one wish to wear the carrier(s) on the left side of their person, simply mirror the model in slicer
software and print. (See Note 2)
A drainage slot is at the bottom of the design, should any fluid be in the mag and(or) it's being
used in precipitation.
The carrier holds the PMAGs tightly via friction, whilst also having a retaining tab built into the
side. Simply insert the magazine firmly into the carrier until the retention tab clicks and slightly
protrudes from the design's body, as this locks the mag in place.
(Notes)
Note 1:
The magazine carrier was designed around the Generation M3 Magpul PMAG, as it's a common magazine many
use, including the United States Marine Corps, U.S. Special Operations Command and the Air Force.
Generation M2 Magpul PMAGS should work as well, but is not guaranteed.
Note 2:
The designer of the AMPoly Series is left handed, therefore the magazine carrier was modeled and tested as
such. Should one wish to use the design on the left of their person, simply mirror the carrier model in slicer
software; though you do not need to mirror the clip.
Printer Used: Monoprice Maker Select Plus
Filament Used: PLA+
Print Settings:
Extruder: 204C
Bed: 54C
First Layer Print Height: .22mm
Standard Layer Height: .18mm
Wall Thickness: .40
Wall Perimeters: 3
Infill: 32%
Infill Pattern: Gyroid
Material Flow: 101%
Adhesive Used: Clear Gorilla Glue
Attaching the Belt Clip to the Mag Carrier:
1 Apply Clear Gorilla Glue to the clip indexing slots in the carrier.
2 Firmly press the clip attachment tabs into the indexing slots.
3 Use C clamps to keep pressure between the clip and carrier.
4 Wipe away any adhesive the squeezed out from between the objects.
5 Allow for a strong bond and cure, waiting ~ 12 - 24 hours
Ridge Swept 1911 Grip Panels: FFFTech/FFFTechnology
A set of grip panels for the M1911 pistol (and compatible variants) with ridging towards the rear of
the panels for less slippage when handling the firearm.
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .20mm
Standard Layer Height: .12mm
Wall Thickness: .40
Wall Perimeters: 4 - 6
Infill: 20% - 25%
Infill Pattern: Gyroid
Material Flow: 100%
Support Material Percentage: 18%
Hardware Needed:
4x 1911 Grip Panel Screws
Accreditations:
PrintYour2A / PY2A: Printed and assembled the grip panels onto their Springfield Armory
1911, as well as advised the print settings for others to manufacture with. Provided images
of the panels by themselves, as well as on the firearm.
Glock Slide Cover Plate CAD Template V1.1: FFFTech/FFFTechnology
STL and STEP files of a Glock slide cover plate template. Able to be easily modified if one wishes for
a specific aesthetic design/texture.
These files are intended to aid in firearm accessory design. Whilst they can be 3D printed, they're mainly
meant to be used in CAD software such as Fusion 360.
Update: Thickened the retention tab by .24mm.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 218C
Bed: 56C
First Layer Print Height: .20mm
Standard Layer Height: .12mm
Wall Thickness: .40
Wall Perimeters: 5+
Infill: 32%
Infill Pattern: Gyroid
Material Flow: 100%