A generic and simple controls framework for ROS 2, enabling modular robot control system development.
ros2_control is a generic and simple controls framework for ROS 2. It provides the foundational building blocks for creating robot control systems by abstracting hardware interfaces and enabling modular controller design. It solves the problem of fragmented, non-reusable control code by offering a standardized approach within the ROS ecosystem.
Robotics engineers and researchers developing control systems for robots using ROS 2. It is particularly useful for teams building custom robotic platforms or integrating diverse hardware components.
Developers choose ros2_control for its standardized, vendor-agnostic approach to robot control within ROS 2. Its key advantage is providing a common framework that reduces development time and increases code reuse across different robotic projects and hardware setups.
Generic and simple controls framework for ROS 2
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Built natively for ROS 2, leveraging its DDS-based communication and tooling, as evidenced by support for multiple ROS 2 distros like Rolling and Humble in the build status.
Decouples control logic from specific hardware drivers through standardized interfaces, enabling reuse across different robotic platforms and reducing vendor lock-in.
Encourages creation of reusable components for sensors and actuators, simplifying system composition and promoting code sharing in robotic applications.
Provides a common foundation to avoid reinventing control systems for each project, essential for teams building reliable and reusable robotic software within the ROS ecosystem.
Tightly coupled with ROS 2, making it unsuitable for non-ROS projects and adding overhead for teams not already invested in the ROS 2 middleware and toolchain.
Requires familiarity with ROS 2 build systems and dependencies, as highlighted by the detailed build status and contribution guides, which can be steep for newcomers.
The abstraction layers and ROS 2 communication may introduce latency, making it less ideal for hard real-time control systems without additional tuning or extensions.