All-in-one-robot is a smart robot which can be controlled in four modes: 1. Mobile Controlled Mode. 2. Voice Controlled Mode. 3. Obstacle Avoiding Mode. 4. Line Following Mode. It is created by Dipin Adhikari a Student from Nepal who has a keen interest on …

An Arduino/ESP32 based robot that is able to avoid obstacle, track lines, follow and show real-time video from a camera. This robot cab be controlled through Bluetooth (connected to Arduino) or WIFI (ESP32 board connected to Arduino). I hope to do a step by step guide on making this robot in a very easy way.

Dec 26, 2020 · How to Make Line Follower+Obstacle Avoiding+IR Remote Control and Android Application Control Robot. Find this and other hardware projects on Hackster.io.

The application controlling the Arduino all-in-one robot was developed using MIT App Inventor. This bespoke mobile app enables smooth wireless robot control from a smartphone. Including functions such as voice control, obstacle avoidance, and hand tracking, the app provides a user-friendly and engaging control interface.

The document describes an all-in-one robot car project that can be controlled wirelessly through a mobile phone application or IR remote. The robot uses sensors like sonar and IR to avoid obstacles and a Bluetooth module for wireless connectivity.

Apr 6, 2022 · An Arduino/ESP32 based robot that is able to avoid obstacle, track lines, follow and show real-time video from a camera. This robot cab be controlled through Bluetooth (connected to Arduino) or WIFI (ESP32 board connected to Arduino).

Feb 29, 2024 · Meet my Arduino All-in-One Robot: a super cool creation with Bluetooth, voice, and remote control. It avoids obstacles, follows your hand, and shines with colorful lights. Let's dive into its story—a mix of tech, fun, and endless ideas.

All-In-One Robot is a multipurpose robot that can be controlled in four different modes: When the robot is powered on, the first thing the robot does is try to get commands through the HC-05 Bluetooth module. Bluetooth-controlled mode is the default mode.

Objective: Develop a comprehensive solution for enhancing the functionality of a line-following robot by integrating Bluetooth control and Wi-Fi capabilities using an ESP32 microcontroller. The system should also incorporate an OLED LCD display, a …

Contribute to AB-Rhman/All-in-one-Robot-car-Arduino development by creating an account on GitHub.