Description
The Ferris Wheel Mechatronics Kit introduces students to rotational motion and gear-driven systems through a familiar, engaging mechanical structure.
Using a motor controlled by the C2G Mini Microcontroller, the build employs a gear train to drive the rotation of a large vertical wheel. As the wheel turns, three attached seats move smoothly along the circular path, allowing students to observe continuous motion, balance, and timing in action. The included mini figures can be placed in the seats, giving the movement clear visual feedback as the wheel rotates.
Throughout the build and programming process, students explore how gears transfer motion from the motor to a larger rotating structure, how speed and direction affect the system, and how consistent motion can be maintained over time. The Ferris Wheel’s layout makes it easy to see how small mechanical inputs create large, coordinated movements.
This kit works well across grade levels: younger students focus on basic cause-and-effect and motion, while older students can experiment with programming changes to control speed, pauses, or directional behavior. The result is a hands-on introduction to mechanical engineering concepts that connect structure, motion, and programmable control in a clear and approachable way.
