The Husarion Lynx is a compact-to-mid-size unmanned ground vehicle designed as a developer-first mobile base for research, education, and industrial prototyping. Its modular architecture prioritises stable payload carrying, straightforward sensor integration, and a skid-steer control model that is familiar to ROS practitioners. The mechanical and electrical backbone accommodates diverse sensor rigs—depth cameras, LiDAR, GNSS/IMU modules—as well as on-board edge compute, making the Lynx a frequently chosen chassis for teams building SLAM pipelines, navigation stacks, and autonomy demonstrations before committing to a production system.

Husarion maintains dedicated ROS and ROS 2 software repositories for Lynx alongside its other UGV platforms, covering teleoperation, autonomous navigation, 2D/3D mapping, and automated docking workflows. This software-first approach means development teams can begin working in Gazebo simulation before any hardware is configured, reducing iteration time and enabling reproducible experiments across university labs, R&D facilities, and warehouse autonomy trials. The Lynx is a natural starting point for teams standardising on Husarion's open robotics tooling ahead of scaling to the Panther or other industrial platforms.