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.

1 School of Electrical Engineering and Automation, Suzhou University of Technology, Suzhou, China. 2 Faculty of Telecommunication, Engineering and Space Technology, Future University, Khartoum, ...

The CodeCell C6 Drive, as overviewed by microbots, is a compact all-in-one robotics module designed to streamline the development of intelligent machines. Measuring just 22.5mm x 18.5mm x 9.4mm and ...

This paper details the development and implementation of an intelligent robotic system utilizing the Arduino Uno microcontroller, aiming to create a versatile robot capable of autonomously navigating ...

With Christmas a little over two weeks ago, one might be scrambling to find a gift for a loved one, friend, or family member. If you’re familiar with Arduino or Raspberry Pi and have a free weekend, ...

A researcher at Worcester Polytechnic Institute is taking inspiration from bats to develop tiny flying robots for search and rescue. Nitin Sanket, an assistant professor of robotics engineering at WPI ...

The Obstacle Avoidance Robot is an autonomous system built using Arduino UNO, Ultrasonic Sensor (HC-SR04), Servo Motor, and L298N Motor Driver. It intelligently detects obstacles in its path and ...

On August 16, 2025, a humanoid robot tackled an obstacle course at the World Humanoid Robot Games. Footage showed the machine sprinting, climbing steps, and balancing on beams at Beijing's track. The ...