FreeMan's EAA SAR P2K 3D Printable Frame

FreeMan's EAA SAR P2K 3D Printable Frame Features

This innovative frame design by FreeMenDontAsk is engineered specifically for 9mm EAA SAR P2K parts kits, ensuring compatibility and functionality. Its open-source nature allows for personal tweaks and modifications, catering to individual preferences.

Key highlights include:

• Custom Fit: Designed to seamlessly integrate with off-the-shelf EAA SAR P2K upper and lower parts kits.
• Community-Driven: Backed by The Gatalog community, offering support and shared knowledge for builders.
• Practical Design: Optimized for home 3D printing with detailed guidance to minimize issues like warping.

This frame stands out for its accessibility, making it a practical choice for anyone passionate about 3D printed firearms and DIY projects. Whether for personal use or experimentation, it delivers a reliable foundation for your build.

Difficulty & Build Time

• Skill Level: Intermediate
• Estimated Build Time: 1-2 days (including printing and assembly)
• Required Experience: Basic 3D printing knowledge and familiarity with firearm components recommended

Hardware and Tools Required

Required Hardware

• Complete EAA SAR P2K upper (sourced from EveryGunPart, Gunbroker, etc.)
• Complete EAA SAR P2K lower parts kit (sourced from EveryGunPart, Gunbroker, etc.)

Recommended Tools

• 3D printer capable of handling PLA+ material
• Standard tools for firearm assembly (screwdrivers, punches, etc.)
• Bed preparation materials (Elmer’s glue stick, Kapton tape)
• Finishing tools for post-print cleanup (sandpaper, files)

FreeMan's EAA SAR P2K 3D Printable Frame Parts

This downloadable file includes the STL for the EAA SAR P2K frame, designed by FreeMenDontAsk for seamless integration with 9mm parts kits. The provided print settings recommend using eSun PLA+ material for a light-duty, workable frame, ensuring durability for initial builds. Special attention is given to minimizing warp, a critical factor in achieving a functional frame, with an optional raft STL for improved bed adhesion.

Additional considerations include a 100% infill with rectilinear fill for maximum strength and specific temperature settings (print temp at 235°C, bed temp at 60°C). Full supports with hexagonal infill are advised, and while orientation isn’t critical, using the raft STL is highly recommended to avoid warping issues. For detailed assembly, a comprehensive PDF guide is available at the provided link for step-by-step instructions.

Printer Compatibility & Settings

This 3D printable frame is compatible with most FDM 3D printers capable of handling PLA+ materials, making it accessible to a wide range of hobbyists. The recommended material is eSun PLA+, printed at a temperature of 235°C with a bed temperature of 60°C for optimal results. Bed preparation is crucial—wipe the bed clean and apply a thick layer of Elmer’s glue stick, with Kapton tape suggested for added adhesion, especially when using the raft STL.

Special requirements include 100% infill with rectilinear fill to ensure structural integrity, and full supports with hexagonal infill for complex geometries. An enclosure isn’t necessary, but attention to warp prevention is critical for a successful print. These settings are tailored to help you achieve a functional EAA SAR P2K frame with minimal issues.

Conclusion

FreeMan's EAA SAR P2K 3D Printable Frame is an exceptional resource for firearm enthusiasts and 3D printing aficionados looking to craft a custom 9mm frame. With detailed print settings, community support from The Gatalog, and a focus on practical design, this project offers both challenge and reward. Join the community at thegatalog.com to share your build experience and explore more innovative designs for your next project.