May 31, 2022 · Hello friends today we will discuss how to make obstacle avoiding robot using arduino uno, l298 and ultrasonic sensor

Mar 12, 2019 · Circuit Diagram. The complete circuit diagram for this project is given below, as you can see it uses an Arduino nano. But we can also build an obstacle avoiding robot using Arduino UNO with the same circuit (follow the same pinout) and code.

In this Arduino based tutorial, we will learn how to build an obstacle avoidance robot using Arduino Uno R3 and HC-SR04 ultrasonic sensor. Obstacle avoidance robot works with self-intelligence. If there is any hurdle or obstacle in its way, it turns its direction automatically.

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.

May 10, 2024 · The aim of this project is to implement an obstacle avoiding robot using ultrasonic sensor and Arduino. All the connections are made as per the circuit diagram. The working of the project is explained below.

Here i'm going to instruct you about making an Obstacle Avoiding Robot based on Arduino. I hope to do step by step guide on making this robot in very easy way. An obstacle avoiding robot is a fully autonomous robot which can be able to avoid any obstacle which it face when it move.

This repository contains the code and circuit diagram for an obstacle-avoiding 2-wheel drive (2WD) robot using an Arduino microcontroller, an L298N motor driver, an ultrasonic sensor, and an sg90 servo motor.

Feb 25, 2022 · An Obstacle Avoidance Robot is an intelligent robot, which can automatically sense and overcome obstacles on its path. It contains a Microcontroller(Arduino UNO) to process the data, and Ultrasonic sensors to detect the obstacles on its path.

Step 2: Circuit Diagram: CIRCUIT DIAGRAM CORRECTION: THE POWER SUPPLY FROM THE LI-PO BATTERY IS WRONG IN THE PICTURE. THE RED WIRE (POSITIVE) GOES TO THE 12V TERMINAL IN THE MOTOR DRIVER AND THE BLACK ONE (NEGATIVE) GOES TO THE GROUND TERMINAL OF THE DRIVER.

Mar 27, 2025 · This project presents the design and development of an advanced, multi-functional robotic platform powered by the Arduino Uno, engineered for high-performance autonomous navigation. ... {29 // Logic for obstacle avoidance 30} 31 32 void followLine {33 // Logic for line following 34} 35} ...