Our robot is the culmination of months of iterative design, precise manufacturing, and complex programming. We follow a rigorous engineering design process to ensure reliability and performance.
We start with brainstorming and move to Computer-Aided Design (CAD) to visualize mechanisms before cutting a single piece of metal.
We build rapid prototypes using wood, 3D printed parts, and cardboard to test concepts quickly and fail fast.
Our software team implements autonomous navigation using sensors, computer vision, and PID control loops for precise movement.
Rigorous driver practice and stress testing help us identify weak points and improve the robot throughout the season.
