CoolCopter

grabcad

Originally, I began my day with Facebook; now, I use Generate, a fantastic software. If I could turn back time, I'd be younger to fully explore its capabilities. As someone who drew designs for five years using ink and paper before discovering 2D CAD stations, I appreciate the advancement in technology. The design I created was based on the process found at this link: https://generate-de.frustum.com/#/workspace/1132/scenario/325311 (11.74 grams). When I think of motors, I consider torque, and I challenged myself to translate that concept into Generate software - successfully, I might add. I positioned the motors in both clockwise and counterclockwise directions, a common feature in quadcopter designs. There was sufficient space for adhesive-backed Velcro and clearance for M2 bolts, along with holes for circlips and axle ends from the motor. I increased the force from 4.6N to 6N, expecting the propellers to lift higher due to the added wind. Additionally, I have other processes with nominal torque: https://generate-de.frustum.com/#/workspace/1132/scenario/316913 (49 grams), https://generate-de.frustum.com/#/workspace/1132/scenario/324411 (72 grams), and https://generate-de.frustum.com/#/workspace/1132/scenario/32559 (79 grams). The 11.74-gram process showcases a cool feature in Generate where it generates a bridge under the electronics. While lighter designs are possible, I doubt the printing's durability to handle the biggest forces, which may come from human manipulation.