A curated list of free software and open hardware for building remote-controlled multicopters, airplanes, and flying wings.
Awesome Flying FPV is a curated GitHub repository listing free software and open hardware projects for building and operating remote-controlled multicopters, airplanes, and flying wings. It serves as a centralized directory to help enthusiasts and developers find tools for flight control, video transmission, sensors, and mission planning without navigating scattered resources.
DIY drone builders, FPV (First Person View) enthusiasts, UAV researchers, and hobbyists interested in open-source aviation technology and remote-controlled aircraft projects.
It saves time by aggregating vetted, community-supported projects in one place, provides guidance for beginners, and emphasizes safety and legal compliance—making it easier to start and advance in DIY UAV development.
Curated list of free software and hardware to build remote controlled copters and planes
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Covers the entire DIY drone spectrum from airframes and flight controllers to mission planning and computer vision, as detailed in the README's comprehensive category list.
Prioritizes established projects with active communities, ensuring listed resources are reliable and supported, which is emphasized in the project's philosophy.
Includes legal information and safety checklists, promoting responsible flying practices, as highlighted in the warnings and legal sections of the README.
Offers practical advice like simulator recommendations and pre-flight checklists, helping newcomers avoid common pitfalls as noted in the beginner guidance.
Acts as a passive directory without real-time updates or hands-on support, so users must independently verify project activity and compatibility, risking outdated links.
Lists projects but doesn't provide detailed comparisons or recommendations, leaving users to research trade-offs between options like Betaflight and INAV on their own.
Aggregates disparate tools, forcing users to piece together components from different sources, which can be complex and time-consuming for DIY builders.