STRYFE - 3D Printed 5" Optimized Topology Drone
Hardware- 2 Devlogs
- 1 Total hours
3D Printed Drone Frame (Designed to be printable on smaller 3D printers).
3D Printed Drone Frame (Designed to be printable on smaller 3D printers).
Sooooo, something I was wondering is: Does the generative design arms I designed actually work? I tested the arms using Onshape’s FEA (Finite Element Analysis) software. I set the bottom and top pieces as fixed for this simulation just to simplify the simulation. In reality, they would deform along with the drone arms. I calculated that each motor would produce around 11.8 newtons. Of course, this doesn’t take in account crashes and such, so I set a roughly 20x safety factor of 250N to take that in account. I designed a quick mock-up of a normal drone arm to compare. I was surprised to see that both arms survived flawlessly! Though, the generative designed arm was lighter at 19.5g compared to the 23g of the traditional design.
Today I worked on organizing the part studios into folders and fixing the main assembly. I hadn’t set the limits to the mates yet, so I finished that. The arms are made from fusion 360’s generative design software so they should be stronger by weight than traditional 3D printed drone arms!