Snap Fit Macross/Robotech SDF-1 in Ship Mode

thingiverse

This SDF-1 model, when printed at 100%, will measure roughly one meter in length. This estimate is based on a detailed SketchUp model created by Cochayuyoman, accessible at: https://3dwarehouse.sketchup.com/user/1602380013767622994724936/cochayuyoman?nav=models The model was carefully scaled, sliced, and prepared for 3D printing, with additional details added to enhance depth and character. You can download the original SketchUp model from: https://3dwarehouse.sketchup.com/model/109ee11e-2ac5-40b2-b67a-44e46dda0c04/Macross-Robotech-SDF-1-Shipmode-3d-Print-Ready When slicing the model, I ensured that each part could be printed in its matching color, just as my model was. The colors used include silver/gray, white, blue, yellow, red, and dark gray. To ensure seamless assembly, I added snap-fit ends to most parts of the model where possible. However, some parts feature long posts that slide into place, relying on friction or, if necessary, glue for stability. Preparing the model for 3D printing and assembling it took approximately five months; despite this effort, the knee joints remain weak and require reinforcement with glue or a reworked design. If I had the time and expertise, I would love to transform the model into its robot mode. This challenge is open to any Macross enthusiasts out there. Additionally, I would aim to integrate fiber optic lights, which would add an incredible visual effect to this massive model. Printing at 100% will yield a one-meter-long model, with part PP1 being the largest component. While it's possible to print smaller versions, most parts are reasonably sized, and printing part PA7 or PA6 would be a good starting point, as the end of the cannons can become quite thin in smaller prints. To simplify assembly, I've included detailed instructions and embedded each part with its corresponding number. This will help you identify which part belongs on the port side and which on the starboard side. I labeled most parts first by their location (p=port, s=starboard), then by section (B=bow, L=leg, etc.), and finally with a unique part number.