Blind Goggles Project with Ultrasonic Sensors for Obstacle Detection

Blind Goggles Project for Obstacle Detection Using Ultrasonic Sensors Overview / Introduction: The Blind Goggles project is a unique solution designed for obstacle detection using advanced ultrasonic sensors. This project helps individuals navigate their surroundings by providing auditory feedback when an obstacle is detected. Equipped with three ultrasonic sensors positioned at the left, middle, and right sides, it ensures 360-degree coverage. The LDR sensor adjusts the system’s response based on day or night conditions, while the 5V buzzer signals the presence of an obstacle. The system is powered by a TP4056 Type-C module, allowing it to run seamlessly using a power bank. Perfect for science projects or DIY enthusiasts, this project offers an innovative way to integrate technology with everyday problem-solving. Specifications: Sensors: 3 Ultrasonic Sensors (Left, Middle, Right) Additional Sensor: LDR for Day/Night Detection Alarm: 5V Buzzer for Obstacle Warning Control Unit: Arduino Nano Type B Power Supply: TP4056 Type-C Module with Power Bank Wiring: Slim, Thin Cables for Sensor Connection Material: 5mm PVC Board for Goggles Frame Assembly: Glue Stick for Frame Construction