There’s no rule you must follow when it comes to building your gun. Thus, the spring setup you’ll use to build your gun will depend on the frame model. You should also know that the model comes in two versions, one of which (G5 Spring frame) uses a Glock Generation 5 style spring setup. So, the FMDA dd17.2 comes with an improved assembly process and a rear rail system that is easier to install because it doesn’t include screws. The most important issue that Ivan The Troll wanted to address was the screw-in rear rails of the original version, as that system was the weakest point of the design. The frame is designed as a response to the problems that frequently occur with the original FMDA original DIY Glock frame. FMDA dd17.2 3D Printed Glock Frame Tech Specsįor starters, it’s very important to note that this 3D-printable frame is compatible with the standard full size Glock 17 or alternatively Glock 22 (40SW) uppers. The guide also contains various recommendations on where to find the necessary parts, tools needed, and videos. The file for 3D printing dd17.2 was uploaded online in January 2021, along with a full step-by-step guide on how to assemble the parts. His mission was to design a version that won’t have the same issues. He considered the feedback from the customers on the first-generation frames and the biggest problems they had. Ivan The Troll spent a lot of time on tests and adaptation. The dd17.2 frame is considered an improved, updated version of the original FMDA “DIT” Glock frame.Ĭheck out the Glock Switch or 3D printed auto-seer as well. So, this popular DIY gun designer started to work on a new version of the frame around two years ago. This 3D-printable frame was designed by Ivan The Troll.Įven if you haven’t heard of Ivan The Troll before, which is most unlikely, you have probably run into his amazing works, such as the projects “U-Bolt AR-15” and “Colt 3011”, as well as DIY 3D print files Amigo Grande, FMDA dd26.2, FMDA dd19.2, etc. FMDA dd17.2 Assembly FMDA dd17.2 3D Printed Glock Frame History
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