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Scoop.it!
Crear tu propio robot es como magia y altamente gratificante cuando lo ves funcionar por primera vez. Uno de los robots más sencillos que puedes montar es usando un chasis ya construido para solo tener que dedicarte a la parte de control y no tanto a la construcción del mismo. 
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Scoop.it!
In this Obstacle Avoiding Robot by Arduino and Ultrasonic sensor, we learn the concepts of Ultrasonic sensor, it's working, working principle, concepts, uses, calculation and many more things. ultrasonic based obstacle avoiding robot uses ultrasonic wave principle to work. it is very good projects to learn embedded system. You can make many other projects like line follower robot
Scoop.it!
In this instructable, I will teach you how to make an obstacle avoiding robot that works with Arduino.You must be familiar with Arduino. Arduino is a controller board which uses the atmega microcontroller. You can use any version of Arduino but I have used the Arduino Uno r3 on my robot.
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the obstacle avoider robot avoid s all the obtscale before it and can move forward
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Arduino Nano based object avoidance robot which uses 3 HC-SR04 sensors in order to detect potential obstacles and correct its trajectory.
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código para descargar
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This instructable is the written version of my "Arduino - Obstacle Avoiding Robot (with L293D)" YouTube video that I've uploaded recently. I strongly recommend you to check it out.
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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. An ultrasonic sensor is used to detect any obstacle ahead of it. A motor driver IC and 2 DC motors are used for controlling the movement of the robot. A servo motor is also used in this project. The ultrasonic sensor is then mounted on the servo and by rotating the servo to different angles we will obtain the readings from the ultrasonic sensor in those angles. This will help the controller to detect the exact path to navigate. A Bluetooth module is also added to the project (which is optional ) in order to control the robot from your android phone when it is in manual mode.
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Scoop.it!
How many times have we wished to have a robot that goes around the house avoiding obstacles? Creating this project with Arduino Uno, an HC-SR04 module and two wheels will take us to be a child.
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Hoy os presentamos un proyecto donde os enseñaremos a construir un coche robot que pueda moverse de forma autónomo evitando obstáculos.
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Super fun robot that can be controller manually using Bluetooth or can be set to Autopilot mode and it moves around avoiding obstacles :)
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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. Simply, when it met an obstacle while it moving forward, automatically stop moving forward and makes a step back. Then it looks it's two sides left & right and starts to move the best possible way; which means either in left direction if there is another obstacle in right or in right direction if there is another obstacle in left side. The obstacle avoiding robot is very helpful and it is the base of many large projects such as Automatic cars, robots used in Manufacturing factories, even in robots used in spacecrafts.
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The Arduino Self-Driven Car is a project comprised by a car chassis, two motorized wheels, one 360° wheel (non-motorized) and a few sensors. It is powered by a 9-volt battery using an Arduino Nano connected to a mini breadboard to control the motors and sensors. When it is turned on, it starts driving straight forward. When it finds an obstacle ahead, it looks for both sides, and turn to the side where it has more free space. If there is no free space ahead or on both sides, it reverses the motors to drive backward.
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In this project I will show you how to create an Arduino based Obstacle Avoiding Robot using an HC-SR04 Ultrasonic Sensor and 9g Micro Servo. During the build I will explain to you why you should use a Motor Shield and I will also explain how does the HC-SR04 Ultrasonic Sensor Work. Let's get started!
Scoop.it!
This instructable is the written version of my "Arduino: How To Build An Obstacle Avoiding Robot" Youtube video that I've uploaded recently. I strongly recommend you to check it out.
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