A self-driven robot car that can detect and automatically avoid obstacles that it hits or gets in its way.

Interaction Design final Assignment in Media Arts Design Course Multimedia University,Cyberjaya, Malaysia

Autonomous omni-mobile robot.

Clean your yard from your smartphone or preset a job for AYSE to follow!

An internet-controlled, multipurpose robot.

In this project, I will teach you how to make an obstacle avoiding robot that works with Arduino.

Getting Started Guide for using Blynk with the Arduino IDE for controlling a small robot chassis using a Bluetooth phone or tablet.

A simple and easy to assemble car controlled via smartphone using bluetooth technology.

Browser-controlled, 2WD drone via WiFi with realtime visualization (onboard camera). Uses a Raspberry, Arduino, Python, HTML and JS.

Using an Arduino MKR and L298N H-bridge to drive a NEMA 17 stepper.