About An Arduino-based maze-solving robot using 3 ultrasonic sensors, an L293D motor driver, and 2 DC motors. The robot detects obstacles, makes navigation decisions, and autonomously traverses mazes.

This robot uses a network and connected devices for efficient waste collection and sorting, aligning with Sustainable Development Goals (SDGs). Operable via Arduino Bluetooth controller App -enabled ...

If like me you don’t fully enjoy hoovering your house, you may be interested in a new DIY Arduino robot vacuum cleaner created as part of a school project by “theking3737”. Combining skills ...

The Maker’s Pet Robotics Kit, a DIY ESP32-powered robot supporting Arduino and ROS2. With LiDAR-based navigation, obstacle detection, and autonomous movement, it's perfect for learning robotics and ...

The augmented board runs micro-Max source code, enabling chess logic to be executed on an Arduino Mega with room for control functions for a 6DOF robotic arm.

The Arduino libraries are a work in progress but they are available on the project site, as well as several instructional videos and other information about the project.

The robot is based on a two-wheeled design with tank-style steering. Controlled by an Arduino Uno, the robot uses a Slamtec RPLIDAR sensor to help map out its surroundings.

One resourceful inventor has hooked his 3D-printed teapot to an Arduino board to create this cute little robot that also happens to dance.