Carbon Fiber Helmet for EMF Protection

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Carbon Fiber Helmet for EMF Protection

The helmet Magneto uses is made of an ultra-high strength carbon fiber composite ( see X-Men movies)..... however, to function properly and stop the "voices" of Charles Xavier, there's a piece of electronics missing. An extreme-low-power energy harvester device.

Buy a rigid carbon fiber helmet on AliExpress here

The helmet I bought has been delivered. In the upcoming weeks, I'll be designing flexible hardware electronics capable of detecting and providing some degree of protection (and shielding) from any electromagnetic activity around, and near, a victim's head. Follow this project to get the latest updates. 🙏 Thank you.

The problem

Nowadays many people are sensitive to electromagnetic frequency radiation mainly due to excessive exposure above natural and healthy limits. There are many solutions to mitigate exposure to this kind of radiation, however, none have the ability to collect and measure EMF energy values directly from a person's helmet when wearing it.

The idea

This smart device is intended to be installed and fixed into a rigid carbon fiber helmet. It has the main ability to collect EM sensor data from the exposed carbon fiber the helmet is made and send it to a public data repository, for instance, a #dataverse (see www.dataverse.org) or here on GitHub.

Total Cost of this Project

The total cost of this project to date is listed below:

• Work hours dedicated to this project: >40 w.h .This includes research and study about Bio EM RF, building the repository on GitHub, and other useless miscellaneous online tasks.
• Carbon Fiber Helmet ~90 eur ( buy one on AliExpress )
• miscellaneous: ~20 eur

See here who sponsored, to this date, the Safety & Health project.

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https://github.com/sponsors/aeonSolutions

Preparation of the Helmet

Before installing the smart hardware electronics it is necessary to sand all epoxy on the outside to expose the carbon fiber and make it conductive to electricity.

Next, follows fabrication and installation of the electrode wire that later will be used to connect to the hardware electronics capable of active monitoring and detection of any sparks that may fall in the helmet or near.

This is a work in progress. Come back later. 🙏

About the author
Miguel, an experienced professional in scientific research and smart technology solutions, adeptly combines hardware and software expertise. He has a 5-year bachelor's in civil engineering. A 2yr master in smart carbon fiber composites. A second master in machine learning and artificial intelligence. More than 30 years of experience in computer science and programming. More than 5 years in hardware electronics design (see noteworthy accomplishments here). This project is part of Miguel's effort, and work, to promote "Do It Yourself" projects, open innovation, and startup entrepreneurship using open methods for reverse-engineer, design, and prototype open software solutions, and open hardware electronics solutions.

The PCB Design Files provided on GitHub for anyone to use, are free with a Creative Commons share-alike non-commercial license. If you like this Smart Device or use it, please consider sponsoring Miguel's work Github, buy me a cup of coffee, a slice of pizza, or a book to help me study, eat, and think to work on new PCB design files.

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