Dive into the world of innovative 3D printing with the [DEPRECATED] Extendez Magazine, a groundbreaking design for firearms enthusiasts looking to craft their own Glock-compatible magazines. This downloadable file offers a unique opportunity to create durable, cost-effective mags right at home.
Originally developed by IvanTheTroll, this project showcases over 500 hours of CAD work and 250 hours of 3D printing testing to deliver a reliable magazine design. The Extendez Mag is engineered for longevity, lasting several hundred rounds, while being affordable and easy to print on most FDM/FFF printers. It’s a testament to the power of DIY firearm components with minimal post-processing required.
The [DEPRECATED] Extendez Magazine stands out with its meticulously crafted design, ensuring functionality and ease of use for Glock enthusiasts. Thanks to contributions from FreeMenDontAsk, the mag body model errors have been cleaned up, and an ambi version is included for added versatility.
Key highlights of this design include:
This project represents a significant investment of time and resources, with over 1000 rounds of ammo tested to perfect the design. It’s an ideal solution for those seeking affordable, reliable 3D-printed Glock magazines.
The [DEPRECATED] Extendez Magazine file includes essential STL components for printing a complete Glock-compatible magazine. This encompasses the G18 body, follower, floorplate, and locking tab, with the updated "EZ" locking tab/baseplate for easier disassembly. These parts are designed to work seamlessly together, offering a robust final product.
For optimal results, print using PLA as it was the primary material used in design and testing, ensuring compatibility and reliability. Pay attention to layer adhesion and infill settings to maintain structural integrity. Detailed build instructions are available in the PDF guide linked at build instructions.
The [DEPRECATED] Extendez Magazine is compatible with virtually any FDM/FFF 3D printer, making it accessible to a wide range of users. The design was optimized for PLA, which is cost-effective and easy to print, though Nylon (645) and PETG are also viable options for those seeking different material properties.
Recommended print settings include a standard layer height of 0.2-0.3mm and an infill density of 20-30% for a balance of strength and material efficiency. Ensure proper bed adhesion and minimal warping, especially with PLA, to avoid print failures. Refer to the README.md notes or PDF guide for additional troubleshooting tips during printing.
The [DEPRECATED] Extendez Magazine offers an incredible opportunity for 3D printing and firearms enthusiasts to create high-quality, low-cost Glock magazines with ease. Although marked as deprecated, this file remains a valuable resource for understanding the evolution of DIY firearm components, backed by extensive testing and community collaboration. For the latest version, users are encouraged to explore the updated Menendez Magazine Pack v2.0 for continued innovation in this space.