The Decimator

The Decimator Features

The Decimator stands out with its versatile hybrid design, merging the iconic features of the 10/22 and AR-15 into a single, customizable platform. This design allows builders to explore various configurations to suit personal preferences or specific needs.

Key highlights include:

• Multiple Variants: Choose between DIY or OEM parts to complete your build, with detailed explanations of differences between models.
• Barrel Options: Experiment with different barrel types, lengths, and liner sizes, all designed to be printed uniformly for consistency.
• Comprehensive Orientation Guide: Files come pre-oriented for maximum durability, with visual references provided for manual adjustments if needed.

This design prioritizes both functionality and adaptability, making it a standout choice for firearm enthusiasts looking to push the boundaries of 3D printing technology.

Difficulty & Build Time

• Skill Level: Intermediate
• Estimated Build Time: 2-3 days
• Required Experience: Basic knowledge of 3D printing and firearm assembly recommended

Hardware and Tools Required

Required Hardware

• Barrel Nut
• Printable Bolt Buffer Pin and Nut
• Front Pivot Clamp Plates
• Magazine Release
• Printable Takedown Pins
• Components for Full Body Lower, Split Body Lower, and Uppers
• Barrel Variants (based on chosen configuration)

Recommended Tools

• 3D Printer (FDM compatible)
• Sanding Tools (for hammer sanding jig and finishing)
• Basic Assembly Tools (screwdrivers, wrenches for hardware installation)
• Calipers (for precise measurements during assembly)

The Decimator Parts

The Decimator package includes a variety of STL files covering both small and large prints essential for the build. Small prints encompass components like the Barrel Nut, Printable Bolt Buffer Pin and Nut, Front Pivot Clamp Plates, Magazine Release, and Printable Takedown Pins. Larger prints include options for All Barrel Types (various lengths and liner sizes), Full Body Lower, Split Body Lower, and Uppers, ensuring you have everything needed for a complete assembly.

For optimal results, consult the included readme file for specific print settings. The files are pre-oriented for strength and longevity, but visual references in the guide can assist if manual orientation is required. It’s recommended to use durable materials like PETG or ABS to withstand the mechanical stress of firearm components.

Printer Compatibility & Settings

The Decimator files are compatible with most FDM 3D printers, making them accessible to a wide range of hobbyists and professionals. For best results, use materials such as PETG or ABS due to their strength and heat resistance, which are critical for firearm components. PLA is not recommended as it may lack the durability needed for functional parts.

Print settings should prioritize high infill (50-100%) and layer heights of 0.2mm or lower for detailed components. Ensure proper bed adhesion and consider using a brim or raft for larger prints like the body lowers and uppers to prevent warping. Always refer to the provided readme and guide for specific printer settings tailored to this design.

Conclusion

The Decimator offers an exciting opportunity for 3D printing and firearms enthusiasts to create a unique 10/22 and AR-15 hybrid with unparalleled customization. With detailed guides, pre-oriented files, and a supportive community at thegatalog.com, this project is both challenging and rewarding. Download the build instructions at the provided link and start crafting your own Decimator today!