Steel-Reinforced 1-Inch RAM Ball Size B Dual T-Split 2 Hole AMPS/Diamond Plate Ball Mount

🚀 Upgrade your equipment setup with our practical heavy-duty, steel-reinforced 2 Hole AMPS/Diamond Plate Ball Mount. This rugged mount is designed for those who demand exceptional durability and stability in off-road and demanding conditions. Crafted with meticulous attention to detail, our 3D model is fully printable, broken down into several parts to ensure both strength and print orientation optimization. 💪🏞️

Key Features:

🔒 Extreme Durability: Our ball mount is engineered to withstand the toughest conditions, thanks to steel bolt reinforcement that ensures long-lasting performance.
🖨️ Printable Components: The 3D model is thoughtfully divided into multiple parts, making printing a breeze and assembly straightforward.
🔩 M5 Threaded Support: The dual mount includes fully formed and printable M5 threads, providing a secure and reliable connection.
🏋️ Load-Bearing Design: We've reinforced the weakest section with the smallest diameter to guarantee adequate load-bearing capacity, even in challenging off-road scenarios.
🔧 Triple Bolt Support: The mount is further strengthened with two horizontal M5 bolts (16-32mm length range) attaching the ball end to the T-split and one vertical M5 bolt (16-20mm length) supporting the entire dual mount against radial shearing.

Assembly Instructions:

🛠️ Easily print the components using your preferred material, ensuring a sturdy build for your mount.
👁️‍🗨️ Follow the depicted assembly instructions to put together the 2 Hole AMPS/Diamond Plate Ball Mount securely, using M5 bolts within the specified length range for optimal strength or super glue.
🛡️ Experience the peace of mind that comes with a robust and reliable mounting solution.

Versatile Applications:

🌄 Perfect for off-road enthusiasts, photographers, videographers, and anyone who requires a stable equipment setup.
💼 Use it with confidence in demanding environments, knowing that your gear is securely attached.

Note: M5 socket head bolts with the suggested lengths can be easily sourced from your local hardware store, ensuring you have the right hardware to assemble your mount securely. We recommend using the specified bolt lengths for optimal strength and performance. 🛠️

Additionally, while the printed design can be superglued together to attach the mounting balls, please note that without the steel reinforcement, the load capacity may be reduced. The steel reinforcement is essential for maximum durability and load-bearing capacity, especially in challenging conditions.

Depending on the material and print settings you choose, the final strength and durability of your mount may vary. We recommend using a robust material like solid ABS for the best results.

As a reference, a bambulab X1C solid ABS print typically takes approximately 1 hour and 10 minutes for the complete body and both ball mounts. Please keep these factors in mind as you embark on your DIY project to ensure a safe and reliable equipment setup. 🕒

Elevate your equipment setup to new heights of strength and stability with our steel-reinforced 2 Hole AMPS/Diamond Plate Ball Mount. Get ready for your next adventure with confidence—order your 3D model today! 🌟

Material: Solid ABS or PETG filament is recommended for its robustness and durability, which are crucial for an offroad application.

Layer Height: A layer height of 0.2mm to 0.3mm is a good balance between print speed and detail. You can opt for a slightly thicker layer height if you prioritize speed.

Wall Thickness (Perimeters): Set the wall thickness to 3, ensuring three walls for added strength. This will create a solid and robust outer shell.

Infill: A higher infill percentage, around 40% to 60%, is recommended for increased strength and durability. This will provide solid internal support.

Print Temperature: Refer to the manufacturer's recommendations for your specific ABS or PETG filament, but generally, a temperature range of 220-240°C for ABS and 230-250°C for PETG should work well.

Bed Temperature: A heated bed with a temperature of 80-100°C is suitable for ABS, while PETG usually adheres well at bed temperatures of 70-80°C. Ensure proper bed adhesion.

Print Speed: A moderate print speed of 40-60 mm/s is a good starting point. Slower speeds can help improve print quality, but this depends on your printer's capabilities.

Cooling: For ABS, keep cooling minimal or turned off. For PETG, use a minimal fan speed or disable cooling altogether to prevent warping.

Supports: Depending on the design and overhangs in your model, you may or may not need supports. Evaluate your model in your slicing software and enable supports if necessary.

Brim or Raft: A brim or raft can help with bed adhesion, especially for larger or more complex prints. Consider using one if needed.

Print Orientation: Orient the parts to minimize overhangs and maximize layer adhesion. Follow the recommended orientation in your 3D model file.