A simple Arduino-based line-following robot that uses IR sensors and an L298N motor driver to follow a black line on a white surface.

WiFi-enabled toy car with ESP32-Cam (AI-Thinker with OV2640) and 2 pairs of motors controlled by L298N-based module. Software includes HTTP server with network & camera configuration.

The outcome of the course called Applied Technology Project.

STM32-based-Wheeled-Robot-with-Bluetooth-control | Solo Project

Raspberry Pi Pico-based Line Follower Robot | Solo Project

Conveyor Motor Speed Control System using PWM Method | Solo Project

A python 3 library to connect various motor systems to a raspberry pi single board computer

Final project in Machine Shop Practice.

A robot car developed using Arduino that can operate in 3 modes - Manual, Automatic and Voice. The car is controlled wirelessly via Bluetooth with an android app developed using MIT App Inventor.

Arduino library for creating an electric car with ESP32 and other controllers if it is configured.

This project introduces a Line Following Robot that utilizes Arduino technology and features a sophisticated system of 5 sensors. The robot is specifically designed to follow a predefined path or line on the ground, demonstrating the integration of sensor data for precise navigation.

Manage Raspberry PI devices with Rust. GPIO ports and direct support for L298N circuit motors

A simple robot design with 2 motors being controlled by a distance sensor

Bluetooth Controlled Car with IOT based vehicle Monitoring System and Automatic Circuit Breker

Wireless motor driver

Coding the stepper motor, steps can be done with a switch statement and some I/O bits, but there's an easier way: use the built-in stepper library!

大一下学期自动化实验室小课题：L298N变速风扇｜A small topic in the automation laboratory in the second semester of freshmen: L298N variable speed fan.

my ROS workspace

Fire Engine Control System with PS4 Remote and Computer Vision On Nu-LB-NUC140

Controller for PiTrains model railroad trolley car