Скачать с ютуб SonarVision: Arduino-Powered DIY Sonar System I Robo Army I Basic Robotics | School Science Project в хорошем качестве

SonarVision: Arduino-Powered DIY Sonar System I Robo Army I Basic Robotics | School Science Project

SonarVision: Arduino-Powered DIY Sonar System I Robo Army I Basic Robotics Activity In this activity, we will use radar technology and construct our very own radar system! Radar technology, from air traffic control to weather forecasting, has revolutionized how we perceive and interact with our environment. Imagine the thrill of building a device capable of detecting objects, measuring distances, and visualizing surroundings – all from scratch! Let's embark on this exciting journey together! Components Required: 1 x Arduino board 1 x Ultrasonic sensor 1 x Servo motor 1 x USB Cable Jumper wires 1 x PC or Laptop Arduino Code: https://drive.google.com/drive/folder... Open the file using the Processing application or download the application if not installed: https://processing.org/download Learning Outcome: Understanding the fundamentals of radar technology. Hands-on experience with Arduino board, ultrasonic sensor, and servo motor. Coding skills development using Arduino IDE and Processing. Real-time data visualization and interpretation. Application of DIY skills in building functional projects. Cover Topics radar, sonar syatem, sonar, how is radar used, how to make a radar with aurdino, radar project without aurdino, simple radar project, ultrasonic sensor, servo motor, radar system using arduino and ultrasonic sensor, how to make radar using arduino, arduino based radar system using ultrasonic sensor, ultrasonic sensor and servo motor, program ultrasonic sensor and servo motor, radar system using ultrasonic sensor, arduino radar using servo motor and hc-sr04, radar system using arduino, ultrasonic sensor with servo motor, ultrasonic sensor arduino, radar using arduino, arduino ultrasonic sensor #roboarmy #arduino #diyrobotics #stemeducation #diyrobotics #arduinoproject #handsonlearning #learnrobotics