The Rogue 9

The Rogue 9 Features

The Rogue 9 stands out as a hybrid design, blending 3D printed components with traditional manufacturing techniques for a robust 9mm carbine. Its use of 3D printable jigs ensures precision during assembly, particularly for complex tasks like chamfering the cartridge recess in the bolt face.

Key highlights include:

• Precision Jigs: Includes optional tools like the Cartridge Recess Chamfering JIG for symmetrical and accurate results.
• Community-Driven: Backed by The Gatalog community, offering support and shared knowledge at thegatalog.com.
• Customizable Build: Adaptable to user preferences with detailed manuals for both Rogue 9 and Rebel 9 designs.

This design prioritizes functionality and ease of assembly, making it a standout choice for DIY firearms enthusiasts. Its innovative approach ensures that even intricate steps are manageable with the right tools and guidance.

Difficulty & Build Time

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

Hardware and Tools Required

Required Hardware

• Materials as specified in the Rogue 9 Manual (refer to the build instructions PDF for full details)
• Components for the 9mm carbine assembly (specific parts listed in the manual)

Recommended Tools

• 90-degree countersink bit with 3 flutes, 16.5mm cutting diameter (for cartridge recess chamfering)
• Standard tools for firearm assembly (as outlined in the Rogue 9 Manual)
• 3D printer capable of handling detailed prints with specified settings

The Rogue 9 Parts

The Rogue 9 package includes essential STL files like the Cartridge Recess Chamfering JIG v1.0, an optional tool for precise bolt face chamfering. This jig is pre-oriented in the STL file, ensuring correct printing alignment. Recommended print settings include a layer height of 0.16mm, initial layer height of 0.2mm, line width of 0.4mm, wall line count of 4, and an infill density ranging from 50% to 100%.

For optimal results, use a printing temperature of 215°C, build plate temperature of 50°C (initial 55°C), and a print speed of 40mm/s. Enable cooling with a fan speed of 100% and use support placement on the build plate only with a 65-degree overhang angle. Materials like PETG or ABS are suggested for durability, given the functional nature of the components.

Special considerations include maintaining the default orientation of the STL file and disabling support interface and Z-hop when retracted. These settings ensure the jig and other parts are printed with the necessary strength and precision for firearm assembly.

Printer Compatibility & Settings

The Rogue 9 files are compatible with most FDM 3D printers capable of handling detailed prints and moderate infill densities. Recommended materials include PETG or ABS for their strength and heat resistance, crucial for functional firearm components. PLA may not be suitable due to its lower durability under stress.

Key print settings include a layer height of 0.16mm, printing temperature of 215°C, and build plate temperature of 50°C (initial 55°C). Ensure your printer supports cooling with a 100% fan speed and can manage support structures with a 20% density and zigzag pattern. Refer to the extracted content for detailed settings to achieve optimal results.

Conclusion

The Rogue 9 is a game-changer for 3D printing and firearms enthusiasts, offering a hybrid 9mm carbine design that balances innovation with practicality. With precision jigs, detailed manuals, and community support from The Gatalog, builders can confidently tackle this intermediate-level project. Dive into the build by downloading the files, joining the community at thegatalog.com, and exploring the full instructions for a rewarding DIY experience.