Swerve Drive Project

A modular swerve-drive robotics platform showcasing mechanical design, structural analysis, and integrated hardware/software systems.

CAD

Frame

The swerve module frame was designed with a focus on stiffness, manufacturability, and modular integration. Components were dimensioned to allow future expansion while maintaining compact packaging.

Frame CAD

Detailed CAD modeling of the chassis and swerve module components, optimizing geometry for structural integrity and efficient packaging.

Frame CAD
FEA Analysis

Analysis

Finite Element Analysis (FEA) conducted to validate load paths and ensure that the frame could withstand expected operating forces.

Finished Assembly

Hardware & Software

Electronics

Designed power distribution and control electronics including motor drivers, microcontrollers, and sensor integration on KICAD. Emphasis placed on modular wiring and expandability.

Electronics Diagram
ROS2 Architecture

ROS2

High-level control implemented using ROS2 on a Raspberry Pi, handling motion control, kinematics, and communication between subsystems.

Final System