Simple Multirotor System for 10mm AND 1/2 inch booms AND pipes

thingiverse

This is a fast track way to get a working multirotor up and running quickly. You can create various configurations like X or Plus, Hex, Octo, Tri, H-quad, and pick your preferred size and material for the booms or pipes before starting to build! When assembling parts around a boom or pipe, there's a small gap between them. This design feature allows those who want to add some glue in between. This project is constantly evolving. I have new H-quad hub parts that will be available soon. To create your own compatible components, you can use the following measurements: bottom plates and walls are 2 mm thick, while holes should measure 3.1 mm. If you need help or want to suggest improvements, don't hesitate to ask. Have fun building! Here's a rundown of my design process: This project owes its inspiration to Flitetest's Knuckle H-quad. To give credit where it's due, this project was heavily influenced by the Flitetest article on the Knuckle H-quad: http://flitetest.com/articles/knuckle-h-quad It's essential to get the booms perfectly perpendicular when building an H-quad. With my printer being more precise than me, I aimed to utilize its capabilities to achieve accuracy. In the beginning, I spent a lot of time on Flitetest before attempting to build multirotors for the first time. During my initial attempts, I loosely followed the H quad build video provided by Flitetest: http://flitetest.com/articles/H_Quad However, I sought to create lighter and faster builds while still maintaining the simplicity of the Flitetest knuckle H-quad kit. I was particularly drawn to their knuckle system, which I aimed to expand upon and incorporate into multiple configurations.