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This project involves using an Arduino microcontroller programmed in C to create a blind man stick that can detect obstacles and provide tactile feedback to the user. Ultrasonic sensors detect the distance to objects, and the micro-controller activates a buzzer in the handle of the stick to indicate the presence and location of obstacles.

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Prabhakarsinghrx/Remote-Control-Car

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Remote-Control-Car

I built a remote-controlled car using an ESP32 and Blynk app, which can be controlled using a smartphone. I implemented the project in both C and MicroPython, making it more accessible to users. The ESP32 allows for real-time communication with the app over Wi-Fi. I'm proud of the project, as it combines my passion for technology and DIY projects. I look forward to exploring more possibilities with the ESP32 and Blynk, and hope to inspire others to do the same.

rc.car.video.mp4

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This project involves using an Arduino microcontroller programmed in C to create a blind man stick that can detect obstacles and provide tactile feedback to the user. Ultrasonic sensors detect the distance to objects, and the micro-controller activates a buzzer in the handle of the stick to indicate the presence and location of obstacles.

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