Ultrasonic Distance Measurement- Serial Monitor
In Stock
A Ultrasonic Distance Measurement System using Arduino and an ultrasonic sensor that calculates the distance of an object based on the reflection time of ultrasonic waves and displays the result on the serial monitor.
Description
The Ultrasonic Distance Measurement System uses an Arduino and an ultrasonic sensor (such as HC-SR04) to measure the distance of an object. The ultrasonic sensor emits ultrasonic waves and calculates the time taken for the waves to reflect back from the object. The Arduino processes this time and converts it into a distance value using the speed of sound. The measured distance is displayed in real-time on the Arduino serial monitor, providing an accurate and simple way to measure distances.
-
₹5,216.00 -
A Visitor Counter automatically counts the number of people entering or leaving a room using an IR sensor. The count is displayed on a 16×2 LCD, and a buzzer can alert when a specific limit is reached. This project is widely used in shops, libraries, offices, and events to monitor occupancy. It demonstrates sensor interfacing, counting logic, and real-time display using Arduino.
-
₹20,718.00 -
₹6,524.00 -
A Tri-Tone Buzzer is an audio signaling device that produces three distinct tones in a sequence or pattern. It’s commonly used in alarms, emergency systems, and attention-grabbing devices to indicate different conditions or alert levels.
₹180.00 -
₹4,436.00
Related products
-
A Traffic Light Signal is an electronic project designed to manage vehicle and pedestrian traffic at intersections. Using Arduino, LEDs (Red, Yellow, Green), and an LCD, the system simulates real-world traffic light behavior, displaying signal changes with appropriate timing. This project demonstrates traffic management, embedded system programming, and microcontroller-based automation.
-
A Room Temperature Monitoring System measures and displays the temperature inside a room and alerts the user when it goes above or below preset limits. It ensures comfort, safety, and energy-efficient temperature control.
-
A Vibration Detection System using Arduino, a vibration sensor, and a buzzer that triggers a sound alert when vibrations or movements are detected.
-
The Automatic Watering System provides an efficient, reliable, and convenient way to maintain soil moisture levels without human intervention. By using sensors and a microcontroller, the system ensures that plants receive the right amount of water at the right time, reducing water wastage and promoting healthy plant growth. It is an eco-friendly solution that saves time, energy, and resources, making it ideal for both domestic and agricultural use.
-
A digital ruler is an electronic measuring device that provides precise measurements of length, width, or depth. Unlike traditional rulers or tape measures, digital rulers use sensors and electronic displays (often LCD or LED) to show measurements accurately, usually in both metric (mm/cm) and imperial (inches) units. They are widely used in engineering, design, woodworking, tailoring, and education where precision is critical.
-
An Arduino Theremin using Arduino, an ultrasonic sensor, and a speaker that produces varying sound pitches based on the distance of an object from the sensor.
