Drone - Operated - Reconnaissance -Â and - Interchange - System
Sponsored and in collaboration with: The Boeing Company
Brought to you by: the NAU Mechanical Engineering Capstone Team 2024-2025
This project involves developing a utility drone with variable payload capacity to meet the needs of affordability, durability, and versatility, constraints presented by The Boeing Company. The drone will be designed using commercially available components and must engage and deploy multiple payloads, including a camera for surveying and a payload equal to at least 30% of its empty weight. A critical feature is the ability to deploy, and return to the user, while maintaining functionality to deliver and retrieve items at specified locations. Sponsored by Northern Arizona University’s Mechanical Engineering Department, this project addresses applications ranging from package delivery to emergency response, emphasizing ease of manufacturing and operational efficiency.
   Â
The following video describes briefly the main talking points of our project and showcases a short demonstration of our payload system functioning:
The Boeing Company - Mesa, AZ Division
Colby Murphy
Lane Fuglevand
Colby Murhpy
Lane Fuglevand
Amanda Nemec
Michael Vogelsang
Professor James Clark III
Professor David Willy
Connor Gaudette
Fellow classmates and supporters
Support our project and the team by donating to our go fund me: https://gofund.me/f008632a Â