Plastikov 3D Printable AKM Receiver (DEPRECIATED)

Plastikov 3D Printable AKM Receiver (DEPRECIATED) Features

The Plastikov stands out as a trailblazing design in the realm of 3D printable firearm components, specifically tailored for AKM-pattern builds. Its rigorous testing—over 3000 rounds and multiple iterations—ensures reliability when constructed correctly.

Key highlights include:

• First of Its Kind: Recognized as the first known 3D printable AKM-pattern receiver, marking a significant milestone in DIY firearms.
• Durability: Proven to withstand over 1000 rounds when printed in eSun PLA+ and built following precise instructions.
• Compatibility Fixes: Includes solutions for issues like bolt-ejector interference, with specific guidance for 'milled spec' rails over older 'tubing spec' rails, thanks to input from Brandon Herrera.

This design requires strict adherence to instructions due to the violent action of AK mechanisms, ensuring safety and functionality. It's a must-have for enthusiasts eager to experiment with historical 3D firearm projects.

Difficulty & Build Time

• Skill Level: Intermediate
• Estimated Build Time: 2-3 days (including printing and assembly)
• Required Experience: Familiarity with 3D printing, firearm assembly, and AKM parts kits; ability to modify components like rear trunnions if using non-AMD65 kits.

Hardware and Tools Required

Required Hardware

• Pre-headspaced AKM parts kit (specifically AMD65 recommended)
• Materials for printing (eSun PLA+ recommended for durability)
• Components as listed in the build instructions PDF (available at the provided link)

Recommended Tools

• 3D printer with compatible settings for PLA+
• Basic hand tools for firearm assembly (screwdrivers, wrenches, etc.)
• Tools for potential modifications (files or drills for trunnion adjustments)
• Safety equipment (gloves, eye protection) during assembly

Plastikov 3D Printable AKM Receiver (DEPRECIATED) Parts

This download includes the necessary STL files to print the Plastikov AKM-pattern receiver (Version 1.10). It’s recommended to use eSun PLA+ for optimal strength, as this material has been tested to endure over 1000 rounds when printed correctly. Special attention should be paid to the 'Ejector Fix' images in the Renders folder if issues arise with bolt-ejector interference, particularly with older 'tubing spec' rails.

Print settings should prioritize durability over speed, with a focus on high infill and proper layer adhesion. Detailed build instructions and a shopping list are accessible via the provided PDF link, ensuring users follow the exact process for a safe build. Note that modifications may be required for non-AMD65 rear trunnions, so review the README.txt for guidance.

Printer Compatibility & Settings

The Plastikov receiver is compatible with most FDM 3D printers capable of handling PLA+ materials like eSun PLA+, which is strongly recommended for its proven durability in this application. Ensure your printer can achieve high infill percentages (80-100%) and strong layer bonding to withstand the stresses of an AKM action. Settings such as a 0.2mm layer height, slow print speeds, and adequate cooling are advised to maintain structural integrity.

No specific printer brand is required, but a reliable machine with a heated bed is ideal for consistent results. Refer to the README.txt and build instructions for any additional printing considerations to avoid common pitfalls during fabrication.

Conclusion

The Plastikov 3D Printable AKM Receiver (DEPRECIATED) remains a landmark project for 3D printing and firearms enthusiasts, offering a glimpse into the evolution of DIY firearm technology. While this version is outdated, it provides invaluable learning opportunities for those interested in historical designs, with the updated Plastikov v2.0 available for cutting-edge builds via the provided link. Explore this file, follow the detailed instructions, and join the Deterrence Dispensed community to share your results and questions at their official website.