ROS-based framework and Raspberry Pi image for controlling PX4-powered drones, enabling easy autonomous flight development.
Clover is an open-source ROS-based framework and preconfigured Raspberry Pi image designed to control PX4-powered drones. It provides tools for autonomous flight programming, computer vision navigation, and peripheral integration, making it easier to develop and deploy drone applications. The project solves the complexity of setting up drone software stacks by offering a ready-to-use system.
Educators, students, and robotics enthusiasts working with drones, particularly those involved in educational kits, competitions, or autonomous vehicle projects.
Developers choose Clover for its integrated, preconfigured approach that drastically reduces setup time, its strong educational focus with real-world use in competitions, and its comprehensive support for autonomous features like marker-based navigation.
ROS-based framework and RPi image to control PX4-powered drones 🍀
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The preconfigured Raspberry Pi image includes Raspbian, ROS Noetic, and MAVROS, allowing drones to be airborne in minutes, as highlighted in the README.
Widely used in competitions like WorldSkills and robotics olympiads, making it a proven tool for learning autonomous drone development.
Includes the `aruco_pose` package for marker-assisted navigation using cameras, simplifying vision-based autonomous flight setups.
Provides ROS drivers for GPIO, LED strips, and other peripherals, as documented on the project's website, enabling easy hardware integration.
Primarily optimized for COEX Clover Drone kits and Raspberry Pi, limiting flexibility for custom or alternative hardware setups.
Relies on ROS Noetic and Raspbian Buster, which may lack recent updates, security patches, or compatibility with newer tools.
The documentation is under a non-commercial Creative Commons license, restricting its use in commercial projects without modifications.