Apr 27, 2017 · This project is designed to build a robot that automatically detects the obstacle on its path and guides itself whenever an obstacle comes ahead of it. This robotic vehicle is built, using Arduino UNO board.

This project uses mobile phone to communicate with a robot via bluetooth. It also senses obstacles and stops to avoid collision.

So I added an obstacle avoidance system. Circuit Diagram. I am a Engineering student. This robot controlled by Bluetooth with the help of Android App. It also senses obstacles and stop to avoid collision. Find this and other hardware projects on Hackster.io.

Nov 3, 2017 · The circuit diagram of an obstacle avoiding robot using Arduino contains circuitry for controlling the speed, direction, and power of the robot’s motors, as well as circuitry for sensing obstacles in its path.

This ensemble empowers your robot car with auto-go, IR remote control, line tracking, follow-me capability, obstacle avoidance, and even imitation driving. Designed with Precision and Care: We've crafted the robot car chassis with clear prints to minimize errors.

This project is an Arduino UNO-based robotic vehicle that can autonomously navigate and avoid obstacles using an HC-SR04 ultrasonic sensor. It features a Bluetooth module (HC-05) for wireless control, a motor driver (L298N) to maneuver four gearmotors, and relays to activate a water pump and a peristaltic pump.

Mar 12, 2019 · We previously built Obstacle Avoiding Robot using Raspberry Pi and using PIC Microcontroller. This time we will build an Obstacle avoiding robot using an ultrasonic sensor and Arduino. Here an Ultrasonic sensor is used to sense the obstacles in the path by calculating the distance between the robot and obstacle.

Explore comprehensive documentation for the Arduino-Controlled Obstacle-Avoiding Robot with Bluetooth and Ultrasonic Sensor project, including components, wiring, and code. This project is an Arduino UNO-based robotic vehicle that can autonomously navigate and avoid obstacles using an HC-SR04 ultrasonic sensor.

The methodology of the Bluetooth-based voice-controlled Obstacle Avoiding Robot Car is designed by many sensors depicted in Fig. 1. The proposed system consists of a Motor Driver circuit (L293D), four BLDC motors, an Arduino UNO module, a Li-Ion Battery, a switch, Ultrasonic Sensors, servo motor, Bluetooth Module. This

Bluetooth Controlled Obstacle Avoidance Robot. This project uses mobile phone to communicate with a robot via bluetooth. It also senses obstacles and stops to avoid collision.