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Building a mini radar system using Arduino, an ultrasonic sensor, and a servo motor.

An Arduino-based mini radar system using an HC-SR04 ultrasonic sensor and a servo motor for 180° scanning. Real-time distance and angle data are processed and visualized on an I2C OLED display with a custom radar UI. Perfect for obstacle detection and basic robotics applications

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MINI Ultrasonic Radar System With STM32Microcontroller

Mini radar system using Arduino, ultrasonic sensor, servo motor, and Processing

Radar System Using Ultrasonic Sensor and Arduino UNO Designed and implemented a mini radar system using Arduino Uno, HC-SR04 ultrasonic sensor, and servo motor to detect objects and measure distances. The sensor rotates through a defined angle range, simulating radar scanning.

An Arduino-based mini radar! This system uses an ultrasonic sensor to measure distances and a dynamic interface for real-time visualization.

mini radar system with an Arduino Uno R3 and Ultrasonic sensor, detecting waves within a 60cm range and covering a 180-degree field.

This project demonstrates a mini radar detection system built using an Arduino Uno, ultrasonic sensor (HC-SR04), and servo motor. The system scans the surroundings within a defined range and detects obstacles by measuring distance through ultrasonic waves.

A mini radar system uses an ESP32, a servo motor, and an ultrasonic sensor to detect objects. The servo rotates the sensor to scan the area, while the ultrasonic sensor measures distance using echo signals. The ESP32 processes and displays the data, creating a radar-like scanning effect...

An Ultrasonic Radar System built with Arduino, SRF05 ultrasonic sensor, servo motor, DFPlayer Mini, joystick, and 7-segment display, with real-time visualization in Processing. The project scans a 180° field, detects objects, measures distance, plays distance-based audio feedback, and visualizes results as a radar interface on the computer.

A radar system made with Arduino Uno is a mini ultrasonic scanning system that detects objects around it and shows the distance and angle on a screen (usually a laptop screen with Processing IDE).

PiRadar is a mini radar system project designed to run on a Raspberry Pi 4 Model B. This project demonstrates the integration of an ultrasonic sensor, a servo motor, and optionally an LCD display to create a basic radar system capable of measuring distances and providing visual feedback.

This project demonstrates a Mini Radar System built using Arduino Uno, an ultrasonic (UR) sensor, and a servo motor to detect objects and display their distance on a laptop in real time. The system mimics the working principle of a radar by continuously scanning an area and identifying the presence and range of objects.

I built a mini radar system using Arduino UNO, HC-SR04 Ultrasonic Sensor, and SG90 Servo Motor, paired with a JavaScript-based visualization dashboard 🖥️. The servo sweeps from 0° to 180°, collecting distance data that’s displayed live as a radar scan📡 — just like a real motion tracker! ⚡

A mini radar system built with Arduino and Python that detects objects within 45 cm using an ultrasonic sensor. It visualizes positions on a real-time polar plot and lights up an LED for nearby objects. Great for learning about sensors, serial communication, and live data plotting!

The Mini Radar System uses an ultrasonic sensor, Arduino, and a servo motor to detect objects at various angles by measuring distances. A buzzer alerts when objects are within a set range, and an LCD shows the measured distance. Data is visualized live on a 2D graph using Processing IDE