The FMDA DD17.2 3D Printable Glock Frame
Overview
Dive into the world of DIY firearms with The FMDA DD17.2 3D Printable Glock Frame, an innovative design that empowers enthusiasts to craft their own Glock 17 frame at home. This downloadable file, presented by The Gatalog, offers a cutting-edge solution for 3D printing and firearms hobbyists seeking customization and control over their builds.
The DD17.2 is an updated iteration of FMDA’s original DIY Glock frame, refined through extensive community feedback and over a year of testing. It addresses key design flaws, enhances assembly ease, and integrates with high-quality commercial rail options. Whether you're a seasoned builder or a curious newcomer, this frame offers a practical and rewarding project with compatibility for G22 uppers.
The FMDA DD17.2 3D Printable Glock Frame Features
The FMDA DD17.2 frame stands out with its user-focused design improvements and thoughtful updates. After identifying weak points in the original screw-in rear rails, this version incorporates dimensional tweaks to streamline assembly and boost durability.
Key highlights include:
- Enhanced Frame Stability: Refined design eliminates previous weak points for a more robust build.
- Compatibility with G22 Uppers: Expands versatility for users looking to customize their firearm setup.
- Support for Gen5 Style Spring Setup: The optional ‘G5Spring’ version offers a simpler and more cost-effective slide latch configuration.
- Integration with Commercial Rails: Works seamlessly with quality vendors like Avesrails.com and Riptiderails.com, reducing the need for custom rail fabrication.
These features make the DD17.2 a practical choice for DIY enthusiasts who value precision and ease in their projects.
Difficulty & Build Time
- Skill Level: Intermediate
- Estimated Build Time: 10-15 hours (including printing and assembly)
- Required Experience: Basic knowledge of 3D printing and familiarity with firearm assembly recommended
Hardware and Tools Required
Required Hardware
- Glock 17 compatible components for assembly
- Commercial rails (available from vendors like Avesrails.com or Riptiderails.com)
- Optional Gen5 style spring setup (refer to the Shopping List in the tutorial for specifics)
Recommended Tools
- 3D printer with suitable filament compatibility
- Screwdrivers and small hand tools for assembly
- Sandpaper or finishing tools for post-print smoothing
- Calipers for precise measurements during assembly
The FMDA DD17.2 3D Printable Glock Frame Parts
This downloadable file includes the STL files necessary to print the FMDA DD17.2 Glock Frame, designed for a seamless fit with Glock 17 components. For optimal results, print with a high-strength filament to ensure durability under stress. Pay attention to layer adhesion and infill density—settings of 50-70% infill are recommended for structural integrity.
Consider printing smaller test pieces to dial in settings before committing to the full frame. Post-processing, such as sanding or acetone smoothing (if using ABS), can enhance the finish and fit. Ensure proper cooling during printing to avoid warping on critical areas like rail mounts.
Printer Compatibility & Settings
The FMDA DD17.2 frame is compatible with most FDM 3D printers capable of handling detailed prints with tight tolerances. Recommended materials include PETG or ABS for their balance of strength and flexibility, though high-strength PLA+ can work for less demanding builds. Avoid standard PLA due to its brittleness under stress.
Suggested print settings include a layer height of 0.2mm, a nozzle temperature of 230-250°C (depending on material), and a bed temperature of 60-80°C. Use supports for overhangs, especially around rail mounting areas, and ensure a well-calibrated printer to maintain dimensional accuracy. A brim or raft may help with bed adhesion for larger prints.
Conclusion
The FMDA DD17.2 3D Printable Glock Frame is a game-changer for DIY firearm enthusiasts, offering an improved design with enhanced stability and ease of assembly. Its compatibility with commercial rails and optional Gen5 spring setup makes it a versatile and cost-effective choice for builders. Join the community at thegatalog.com to share your build experience, access additional resources, and take your 3D printing projects to the next level.
