Open-Source Robot Chassis for University Robotics Programs

Teaching robotics without a machine shop

A robotics course that starts with chassis fabrication loses half a semester to metalwork. Open chassis platforms let students reach SLAM, path planning and fleet coordination in week two.

What to look for

• Full ROS 2 driver support with published topics and TF trees.
• Lidar, IMU and encoder data available at a documented rate.
• Mechanical mounting points for arms, sensors and custom decks.
• A spare-parts supply that survives a semester of student driving.

A typical course structure

Weeks 1 to 4 cover sensors and mapping, weeks 5 to 9 move into navigation and obstacle avoidance, and the final month is a project: multi-robot coordination in a shared corridor. Students keep the code; the university keeps the hardware.

Research spillover

The same platforms are used for autonomous recycling trials, indoor delivery studies and human-robot interaction experiments. Buying one fleet that serves teaching and research is far cheaper than buying two.