The design and print process

Safety and Responsibility

Summary

The process of designing and building a drone involves significant risks, including exposure to chemicals, fumes, moving parts, and the potential for blunt force trauma.

Key Points

- Responsible for personal health and welfare
- Risks include injury or death

Drone Project Overview

Overview

The project involves designing and building a drone using 3D printing for the frame. The goal is to have a ready-to-run drone with GPS-denied environment flying capabilities.

Parts

- Frame design (printed in full scale and 80% size)
- VOXL flight computer

Steps

1. Design the frame.
2. Print the frame in full scale and 80% size.
3. Develop other components.
4. Integrate VOXL flight computer for GPS-denied environment flying.

Notes

- The VOXL flight computer integration required extensive study, including 8 months of work with Linux OS, Docker, 4G technology, and PX4.
- The build is based on the mini rooster design from daytonadrone.

Links

- Daytona Drone