A 3D visualization tool for ROS 2 robots, enabling real-time sensor data display, robot model viewing, and interactive debugging.
RViz is a 3D robot visualization tool for the Robot Operating System (ROS) that provides real-time visualization of sensor data, robot models, and coordinate transformations. It enables roboticists to debug, monitor, and interact with robotic systems by displaying laser scans, point clouds, camera feeds, TF frames, and other ROS messages in an interactive 3D environment.
Robotics engineers, researchers, and developers working with ROS 2 who need to visualize robot data, debug perception pipelines, validate robot models, or monitor system state during development and deployment.
RViz is the standard, most comprehensive visualization tool for ROS, offering unmatched integration with ROS messaging, extensive built-in display types, and a flexible plugin architecture. Its real-time performance and deep ecosystem support make it indispensable for robotics development.
ROS 3D Robot Visualizer
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Seamlessly visualizes real-time ROS 2 messages like laser scans, point clouds, and TF frames, making it indispensable for debugging robotics pipelines.
Offers a well-defined plugin system for custom displays, tools, and transformation libraries, as documented in the plugin development guide.
Includes tools for setting navigation goals, measuring distances, and publishing points, enabling hands-on debugging and interaction with robot data.
Supports custom frame transformation plugins beyond tf2, with a dedicated Transformation panel for dynamic switching, enhancing flexibility.
Lacks some ROS 1 features like stereo visualization, as noted in the README, which can hinder migration for teams dependent on those capabilities.
Tightly coupled with ROS 2; building from source often requires the ROS 2 master branch, complicating setup for standalone or non-ROS environments.
Relies partially on the ROS 1 wiki for documentation, which may be outdated or incomplete for ROS 2-specific features and changes.