High-Level Project Summary
A drone that shortens the time and costs necessary to transport biological materials from a place to another. Thanks to the combination of modern on-board systems and satellite data, the aircraft is capable of conducting the flight all by itself.
Link to Project "Demo"
Link to Final Project
Detailed Project Description
This project is completely future-proof, as it employs the latest technological innovations and we think it can be a leap forward to the world of tomorrow.
Space Agency Data
We thought satellite data as a piece of information, useful for the on-board AI to elaborate and interlace with other data for the autopilot system.
Hackathon Journey
It has been extraordinary experience. These two days have been useful to test our abilities and our cooperation skills, and we made it through because we were driven by our passion for space and aviation.
We would like to thank our math teacher G. Daniel for informing us about the existence of this project, and also the members of Infinite Area, Neptune and Cosmic for managing this challenge at a local level.
References
Satellite data: NASA, VIVID-i
Hydrogen-powered engine: Boeing
Ceramic coating for the fuselage: Manchester University and Central South University
VTOL modules: inspired by F-35
All the images have been specially modified by us to give ideas and/or examples of what we have in mind
Tags
#drone #uav #life #aviation #space #NASA #healthcare #innovation #future #ecofriendly #aircraft #AI #autopilot #hydrogenengine #supersonic #VTOL
Global Judging
This project has been submitted for consideration during the Judging process.