A firefighter Arduino autonomous robot which is capable of detecting, approaching and extinguishing fire.
My first project in Arduino platform. I combined two features in this project, Bluetooth control mode and obstacle avoiding mode.
My first project combines everyone's favorite robot with everyone's favorite tinkering platform. Hope you like it!
A basic robot using Arduino.
KureBas V2.0 has manual mode and obstacle avoiding mode. He has a gripper, WiFi camera and new application that's produced for him.
Arduino Nano based object avoidance robot which uses 3 HC-SR04 sensors in order to detect potential obstacles and correct its trajectory.
Protect your flying machine!
This is a small robot car which can be controlled over Bluetooth using Android devices.
A simple obstacle avoiding robot developed on Arduino platform.
Arduino robot with GoPro camera and FPV function controlled from iPhone via Bluetooth or obstacle avoidance with ultrasonic sensor.
Build an obstacle avoidance car using Raspberry Pi.
A robot that has ultrasonic sensors mounted on a basic servo to detect obstacles, swerve around them, and continue on a random path!
This obstacle avoidance robot changes its path left or right depending on the point of obstacles in its way.
Convert an ordinary RC car into an extraordinary obstacle-avoiding robot.
This robot controlled by Bluetooth with the help of Android App. It also senses obstacles and stop to avoid collision.
Using ultrasonic sensors to measure distance of obstacles, taking into account temperature and humidity that affect the speed of sound.
Line Follower And Obstacle Avoiding Robot using Arduino, IR Sensor and Ultrasonic Sensor
Autonomous, dynamic obstacle avoidance on a mobile robot
Obstacle Detection with LIDAR to create and update a map so that an A* algorithm can solve a path for a robot car to follow.
Experience the Arduino All-in-One Robot, equipped with Bluetooth, IR remote, voice control, obstacle avoidance, and hand follower.
When my ultrasound sensor stopped working, I decided to improvise by making an obstacle avoidance bot using IR sensors (cheaper too).
Unlike others, we have mounted our ultrasonic sensor on a servo.
This is an obstacle-avoiding robot that we made using the Arduino microcontroller.
