This parking sensor with Arduino is an easy project.
Use three HC-SR04 ultrasound sensors and two battery displays to show you how close the obstacles are and from which side.
I made a simple project called "smart car parking system."
A parking aid using an ultrasonic distance sensor and colored LEDs.
This automated car parking system is aimed at managing parking lots efficiently.
Count cars when they enter and exit in the parking space area, this helps find out available car parking space.
Green Light... Red Light!
Arduino Parking Sensor with HC-SR04 Ultrasonic Sensor
Pull into your garage and have a distance sensor tell you when to stop and give feedback through a regular stop light interface.
In this tutorial, I will show you how to interface RFID-RC522 with Raspberry Pi4 with some simple step
Receiving and sending the digital and analog signal through AD5669 interface with Arduino to detect the A/D pulses.
This project is about automatic doorstop and vehicle counters.
Using the TrackALL IoT device from mcThings, we'll create an easy example of creating an IoT parking sensor solution with Tago and Sigfox.
Smart Traffic upgrades the usual everyday traffic light to something modern, smart, and exceedingly useful, simply and cheaply!
This is an application that helps inform users about parking space availability in a car park. This device operates using IoT.
A parking sensor made with Arduino !
Smart parking using blynk
The cheapest parking sensor
You can now know are there are empty slots for your vehicles
A parking sensor made with Arduino and Neopixel !
Building an parking sensor using the BGT60 Sensor from Infineon!
Parking Sensor using an Ultrasonic Sensor and Particle Argons.
This project had the purpose of creating a parking sensor that uses an ultrasonic sensor and a RGB led light. Micah Ollis and Gavin Awtrey.
The project consists of a driver assistance system that uses sound waves to measure the distance between the vehicle and an obstacle.
