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NoahFC - Atmega328 Flight Controller
🚀 NoahFC — Open Hardware Flight Controller for Everyone
NoahFC is an open-source, fully documented flight controller platform designed to make aerial robotics accessible, affordable, and endlessly customizable. Built on the proven Atmega328 architecture, NoahFC combines simplicity, modularity, and flexibility to empower makers, students, and hobbyists to explore the world of autonomous flight—without proprietary barriers.
Unlike typical closed systems, NoahFC gives you complete control. Every part of the system—from the circuit schematics to the firmware—is open and transparent. Whether you’re flying a fixed-wing plane, multirotor, or a custom drone design, NoahFC provides a solid foundation to build, learn, and innovate.
✈️ Key Features
Open Hardware & Firmware: Full access to design files, code, and documentation. Modify, remix, and share freely.
Integrated Flight Controller + ESC + BEC: Simplifies wiring, reduces weight, and improves reliability.
Support for PPM Input, GPS, OSD: Out-of-the-box compatibility with essential flight modules and sensors.
Manual & Stabilized Flight Modes: Suitable for both beginners and experienced pilots.
Low Cost, High Customizability: Designed with affordability and modular expansion in mind.
🌍 Why NoahFC?
Most commercial flight controllers lock users into proprietary ecosystems. NoahFC takes a different path—giving you the freedom to understand, modify, and own your flight system. It’s an educational platform, a community project, and a professional-grade foundation all in one.
Whether you’re prototyping a new UAV concept, teaching control systems, or just tinkering in your garage, NoahFC helps you bridge the gap between idea and flight.
🧩 Perfect For
Drone enthusiasts and DIY builders
STEM educators and students
Makerspaces and research labs
Anyone who believes in open hardware innovation
NoahFC - Atmega328 Flight Controller
*PCBWay community is a sharing platform. We are not responsible for any design issues and parameter issues (board thickness, surface finish, etc.) you choose.
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