Gravity: Romeo Autonomous/Remote Controlled Robot Kit

1. Getting Started

This guide provides step-by-step instructions for assembling a robot, including required tools, motor installation, battery setup, and wiring electronics, ensuring a fully functional build.

2. Example Code for Arduino-IR Remote Control

This article offers a detailed tutorial on setting up and programming an Arduino-based IR remote control system for a 4WD robot, complete with hardware requirements, wiring instructions, and sample code to execute various movements using an IR remote.

3. Example Code for Arduino-Bluetooth Remote Control

This comprehensive guide explains how to set up an Arduino-powered Bluetooth remote control system, detailing hardware requirements, wiring instructions, and sample code for controlling robot movements. The article provides step-by-step instructions for connecting and programming the Arduino to respond to Bluetooth signals, enabling users to manipulate the robot's direction and actions using simple commands from a Bluetooth-enabled device.

4. Example Code for Arduino-Obstacle Avoidance

This article offers comprehensive guidance on assembling and programming an Arduino-powered obstacle avoidance robot, detailing hardware requirements, wiring diagrams, and sample code to enable effective navigation using infrared sensors.

5. Example Code for Arduino-Standard PWM DC control

This article offers a comprehensive guide on using Arduino for Standard PWM DC motor control, including hardware and software preparation, wiring diagrams, and sample code that allows users to control robot movements such as moving forward, backward, turning left, and right. It also includes troubleshooting tips for ensuring accurate motor direction and speed control. Ideal for hobbyists and professionals seeking to improve their robotics projects with Arduino.