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Electronics Projects
Get started on exciting electronics projects. Find components, tutorials, and inspiration to fuel your creativity and bring your ideas to fruition.
Electronics Projects
Showing all 17 resultsSorted by popularity
- Electronics Projects
Third Eye for Blind project using Lilypad and Ultrasonic Sensor
-18%
Sale Upto 20% OFFElectronics ProjectsThird Eye for Blind project using Lilypad and Ultrasonic Sensor
The Third Eye for Blind project is a wearable device designed to assist visually impaired individuals by providing obstacle detection and navigation support. Utilizing the Lilypad Arduino board and ultrasonic sensor, this project helps users avoid obstacles by alerting them through vibrations or sounds.
SKU: third-eye-for-blind-project-using-lilypad-and-ultrasonic-sensor - Electronics Projects, Prototyped Concepts
Obstacle Avoidance Robot Car using Arduino UNO – Red
-34%Sale Upto 20% OFFElectronics Projects, Prototyped ConceptsObstacle Avoidance Robot Car using Arduino UNO – Red
An Obstacle Avoidance Robot Car using Arduino UNO is an autonomous vehicle that detects and avoids obstacles using an ultrasonic sensor. Controlled by an Arduino UNO and driven by an L293D motor driver, the robot changes direction upon sensing an obstacle, making it ideal for learning robotics and programming basics.
SKU: obstacle-avoidance-robot-car-using-arduino-uno-4wd-1 - Electronics Projects, Prototyped Concepts
Obstacle Avoidance Robot Car using Arduino UNO
-34%Sale Upto 20% OFFElectronics Projects, Prototyped ConceptsObstacle Avoidance Robot Car using Arduino UNO
An Obstacle Avoidance Robot Car using Arduino UNO is an autonomous vehicle that detects and avoids obstacles using an ultrasonic sensor. Controlled by an Arduino UNO and driven by an L293D motor driver, the robot changes direction upon sensing an obstacle, making it ideal for learning robotics and programming basics.
SKU: obstacle-avoidance-robot-car-using-arduino-uno-4wd - Electronics Projects, Prototyped Concepts
Weighing Machine using ATmega328
The Weighing Machine project uses load cells and an ATmega328 microcontroller to measure and display weight accurately. The load cells convert weight into electrical signals, which are processed by the ATmega328 to provide precise weight readings on an LCD display. Ideal for various weighing applications.
SKU: weighing-machine using ATmega328 - Electronics Projects
Solar Sea Weather and Pollution Tracker
The Solar Sea Weather and Pollution Tracker uses an ESP32, turbidity sensor, pH sensor, DS18B20 temperature sensor, and humidity sensor to monitor marine conditions. Powered by solar energy, it tracks water quality and environmental factors like turbidity, pH, temperature, and humidity, promoting sustainable marine ecosystem management.
SKU: solar-sea-weather-and-pollution-tracker - Electronics Projects
Human Following Robot Car using Arduino UNO
A Human Following Robot Car using Arduino UNO is designed to autonomously track and follow a person. It uses IR sensors to detect the person and an ultrasonic sensor to maintain distance. Controlled by an Arduino UNO and powered by an L293D motor driver, this project showcases basic robotics and sensor integration.
SKU: obstacle-avoidance-robot-car-using-arduino-uno-4wd-chasis - Electronics Projects
Smart Door Lock using Arduino and RFID
The Smart Door Lock using Arduino and RFID project enhances home security by integrating Arduino and RFID technology. This system uses an RFID reader to scan RFID tags or cards, which are pre-programmed into the system. When a valid tag is detected, the Arduino activates a motorized lock to open the door, providing secure access. This project allows for keyless entry, improving convenience and security. It can be customized to include features such as multiple authorized users, audit logs, and remote access. Ideal for DIY enthusiasts and home automation projects, it combines electronics and programming skills for practical, real-world applications.
SKU: smart-door-lock-using-arduino-and-rfid - Electronics Projects
Surveillance Car using ESP32 Cam module
The Surveillance Car using ESP32 Cam Module project turns a standard remote-controlled car into a mobile surveillance device. The ESP32 Cam module, equipped with a camera, streams live video to a remote server or smartphone, allowing users to monitor the car’s surroundings in real time. The car’s movement and camera angles can be controlled remotely, offering versatility for various applications such as home security or exploration. This project integrates robotics with wireless communication and video streaming, showcasing the ESP32 Cam’s capabilities in creating an advanced, interactive surveillance system. It’s an engaging way to blend electronics, programming, and remote control technologies.
SKU: surveillance-car-using-esp32-cam-module - Electronics Projects
Electric Vehicle Charging Station
The Electric Vehicle Charging Station project provides a reliable solution for charging electric vehicles (EVs). It uses a microcontroller to manage the charging process, monitor battery status, and ensure safety. Ideal for residential or commercial use, this system ensures efficient and safe charging of electric vehicles.
SKU: electric-vehicle-charging-station - Electronics Projects
Line Following Robot Car using Arduino Uno
The Line Following Robot Car using Arduino Uno autonomously follows a predefined path using infrared sensors. The Arduino Uno processes sensor data to detect the line and adjusts the car’s direction to stay on track. This project is perfect for learning about robotics, sensor integration, and control systems.
SKU: line-following-robot-car-using-arduino-uno - Electronics Projects
Obstacle Avoidance Robot Car using Arduino UNO
The Obstacle Avoidance Robot Car using Arduino UNO autonomously navigates around obstacles using ultrasonic sensors. The Arduino UNO processes sensor data to detect obstacles and adjusts the car’s direction accordingly. This project is ideal for learning robotics and automation, offering practical insights into autonomous navigation systems.
SKU: obstacle-avoidance-robot-car-using-arduino-uno - Electronics Projects
Bluetooth Voice Control Robot Car using Arduino
The Bluetooth Voice Control Robot Car using Arduino allows users to control a robot car via voice commands transmitted through a Bluetooth connection. The Arduino processes voice commands received from a smartphone app to maneuver the car. Ideal for remote-controlled projects and interactive robotics.SKU: bluetooth-remote-control-car-using-arduino-1 - Electronics Projects
Bluetooth Remote Control Robot Car using Arduino
The Bluetooth Remote Control Robot Car using Arduino is an exciting project that combines robotics and wireless communication. This DIY kit allows you to build a robot car that can be controlled remotely via Bluetooth. Utilizing an Arduino board as the controller, this project integrates a Bluetooth module for wireless communication, enabling you to steer and operate the car from your smartphone or tablet. The robot car typically features motors for movement, a motor driver to control the motors, and various sensors for obstacle detection. Ideal for electronics enthusiasts, this project offers hands-on experience with Arduino programming and Bluetooth technology.
SKU: bluetooth-remote-control-car-using-arduino - Electronics Projects
IOT Based EV Charging System Using NodeMCU
The IoT-Based EV Charging System using NodeMCU offers a smart solution for managing electric vehicle charging. By integrating NodeMCU with IoT technology, users can monitor and control the charging process remotely via a smartphone app. This system enhances convenience and efficiency, providing real-time data and control over the charging process.
SKU: iot-based-ev-charging-system-using-nodemcu
