The debate around the best methods for creating realistic simulator cockpit panels is ongoing. One commenter suggested that paper prints laminated to plywood or acrylic would yield better results than 3D printing. They argued against the necessity of 3D printing for flat components.
Close-up of 3D printed simulator panels illustrating potential surface imperfections in early "print fa" attempts.
However, this perspective misses key advantages of 3D printing, especially for projects focused on “Print Fa” – printing flight accessories. The accessibility and convenience of 3D printing are unmatched. Imagine the workflow: design your panel, start the print before heading to work, and return home to a freshly printed part ready for integration. This streamlined process eliminates the need for sourcing metal, intricate cutting, grinding, and specialized workshops. For enthusiasts without access to extensive tools beyond sandpaper and a Dremel, 3D printing becomes an invaluable asset for “print fa” endeavors.
The success speaks for itself. The front panel designed by Jself, when realized through “print fa” techniques, demonstrates the potential. While alternatives like OpenHornet, MDF, laser-cut acrylic, or engraved metal exist, they often translate to significantly longer project timelines and greater complexity. The beauty of “print fa” is its rapid prototyping and ease of iteration.
Concerns about the quality of 3D printed parts are valid but often stem from outdated perceptions. With proper printer tuning and slight adjustments, like a mere 1% increase in lettering size for enhanced clarity, the results can be exceptional. Direct printing of lettering onto the parts eliminates post-processing steps like sanding or painting. This “print fa” approach yields impressive, ready-to-use components directly from the printer.
The potential of “print fa” is immense, and the results are tangible. The opportunity to further explore and expand “print fa” applications, particularly by printing designs like Jself’s other panels, is highly anticipated within the community. This method democratizes simulator cockpit creation, making high-quality, customized panels accessible to a wider audience through the power of “print fa” and 3D printing technology.
