FIERCE Drone Rings (BETA)

thingiverse

UPDATE: http://www.thingiverse.com/thing:1882972 now offers even more thrilling possibilities with its updated version, featuring more precise and enjoyable experiences thanks to improved ring accuracy. The FIERCE Competition, held in the Fox Valley area of Wisconsin, USA, is a cutting-edge drone competition where these rings are put to the test. Two beta versions of the ring design are currently available, each offering unique characteristics that cater to different drone classes. The first version is a 5" ring made from 1/4" thick material, weighing approximately 5.00 grams. In contrast, the second version boasts a diameter of 5" with a thickness of 1/2", which should weigh around 10.00 grams. Future designs will include rings with diameters of 1" and 3" to accommodate various drone classes, such as mini drones. Print Settings: Printer: Maker Architect Rafts: No Supports: No Resolution: 0.2 Infill: 100% Notes: Consider adding a raft if the print starts to peel during the printing process. Post-Printing: No post-processing is required unless imperfections are present in the print. If necessary, smooth out bumps around the ring using sandpaper or reduce its weight by sanding it down to meet tolerance standards. Overview and Background: These high-performance rings were created for Appleton East's drone club to test the lifting capacity of drones in the FIERCE competition. This project aims to provide an engaging learning experience for science students while showcasing the capabilities of 3D printing technology. Lesson Plan and Activity: 1. Print out the ring designs. 2. Distribute them among science students along with a quad-copter drone. 3. Encourage hands-on experimentation and exploration, focusing on the lifting capacity of drones. Materials Needed: * 3D Printer * Filament * Drone for flight testing * Ring holders to secure the rings