My Customized improved parametric shrouded propellor

thingiverse

I'm happy to report that this 3D-printed motor mount was designed for high-performance use and has been optimized for durability. By incorporating features like adjustable bevel height (bevh = 2), torque drive (trad = 20), and 15 finely calibrated cutting slices (nslices), the design aims to deliver top-notch performance with minimal power loss. To further enhance efficiency, I employed a strategically reduced thread depth of 5 threads per inch (tdepth), paired with an impressive outside diameter (outw) of 1.5 inches. Meanwhile, the 60-degree gear angle (fangle) provides additional strength while ensuring a secure fit within a given framework. Next up, let's dive into the intricacies of the threaded core. Here, you'll find a precision-designed radius for cutting the internal threading (chrad), optimized to match the requirements of my design at an impressively slender 1.3 inches. What's more, this configuration includes five adjustable fin diameters (nfins) of varying sizes, allowing users maximum flexibility. Additionally, this high-performance motor mount showcases expert craftsmanship through the precise calibration of fin depth (fn = 40), along with four carefully tuned fan angle degrees (fa).