Part II of building a 3D printed Arduino hexapod robot focuses on the leg design. Follow the engineering process, mechanical layout, and 3D printed components used to create stable robotic legs.

If you ever built a line following robot, you’ll be nostalgic about [Jeremy’s] light-seeking robot. It is a very simple build since there is no CPU and, therefore, also no software. The trick, of ...

In a deal that surprised some industry observers, chipmaker Qualcomm has agreed to buy Arduino, which is best known for supplying microcontrollers to the DIY community. The acquisition, whose terms ...

An autonomous robot capable of accurately following a designated path, including sharp turns and interruptions. Designed a lightweight, 3D-printed chassis and implemented optimized PID control with ...

1 Faculty of Electrical Technology and Engineering (FTKE), Universiti Teknikal Malaysia Melaka (UTeM), Melaka, Malaysia. 2 Faculty of Electrical and Electronic Engineering (FKEE), Universiti Tun ...

At its heart, it’s a ridiculous image. A battle droid from “Star Wars” sits on the ground, clutching its aluminum knees (hinges?) to its chest. The droid doesn’t have a face, just that George ...

This project implements a line-following algorithm for the Pololu Zumo robot using Arduino. The robot uses 6 infrared reflectance sensors to detect and follow a black line on a white surface.

Abstract: This paper describes the line following robot using arduino for surveying, inspecting and enhancing the transportation of necessary materials inside the healthcare institutions, industries ...

Abstract: The evolution of the Line Following Robot starts with an analog design and advances to a refined version incorporating an Arduino Nano microcontroller and an ultrasonic sensor for obstacle ...