The state of the art Ultrasonic Ruler powered by Arduino!

A bluetooth remote controlled car provided with an ultrasonic sensor, LDR, front and rear lights, buzzer, variable speed and various motion styles.

SURVIVE is a system that deters and helps punish red light violations

Autonomous rover that detects incoming obstacles and chooses the best path around.

Hardware portion of our HackTJ 8.0 project.

cloud based waste monitoring system

A robot that has the ability to navigate through a simple maze consisting of 90 degree turns with full automation - hopefully achieving an artificial intelligence.

An alternative to OpenGarage for ESP8266 that uses ultrasonic sensors to send status of garage doors over MQTT and controls relays to open/close doors. Can be extended to more than two doors.

AMYTOL have created a Library and Sample Code for the NEXTGEN CODECAMP Robot

Ultrasonic is a cross-platform application to use Ultrasonic sensors

Robot formado por dos Arduinos (UNO y MEGA), y por multiples sensores y actuadores: 3 medidores ultrasonicos de distancia, 4 servomotores de rotacion continua, 2 servomotres paso a paso, módulo Bluetooth, módulo receptor Infrarrojo, 2 matrices de LED y un buzzer.

A basic code for a bluetooth controlled bot with sonic sensor, servo and two geared motors

Module of the SailTrack system for getting wind data, such as direction and intensity.

Arduino and ESP8266 project measuring distance with ultrasonic sensor, connecting to AWS IoT and Arduino IoT Cloud for remote monitoring and control.

It is an audio-visual installation build using Spectral Tube, various sensors and synthesizers to generate sounds. It was built at Science Hackday Berlin 2014 and won Best DataHack award. It was exhibited at STATE Festival 2014.

Arduino Ultrasonic Distance Measuring Sensor Library | US-100 and HC-SR04

Simplifies the process of setting up and using sensors in Arduino. Currently has both ultrasonic and IR compatibilities.

🚙 ♾️ 📱 Controlando carrinho com Arduino por meio de comandos enviados por bluetooth. 🏫 📚 Trabalho produzido como método de avaliação da disciplina Circuitos Lógicos.