Designed and built a remote-controlled Batmobile-style vehicle
Integrated an Arduino-based control system for driving and steering
Added a robotic arm mechanism capable of controlled movement
Used 3D printed components for structural and aesthetic parts
Designed the vehicle to combine functionality with the iconic Batmobile look
Batmobile + Robotic Arm
Introduction
This project involved designing and building a remote-controlled Batmobile with an integrated robotic arm using Arduino and custom components. The goal was to create a fully functional mechatronics system that combines mechanical design, electronics, and programming while emphasizing teamwork and hands-on problem solving.
Date
June, 2025
ROLES
Builder
Designer
Functions
Controllable Driving
Robot Arm Can Draw
What?
How?
Used an Arduino microcontroller to control motors, steering, and actuators
Designed and assembled the mechanical drivetrain and steering system
Built and wired the electrical system including motors, drivers, and power distribution
Designed 3D printed parts to mount electronics and mechanical components
Iteratively tested, adjusted, and improved the design
Results:
Achieved reliable motor control, steering, and robotic arm movement
Demonstrated integration of mechanical design, electronics, and programming
Developed hands-on experience in Arduino systems, prototyping, and collaborative engineering