The Arduino uses RFD900 for communication, HCSR04 Ultrasonic sensors for detecting drop, GPS Neo M6 for GPS location, MPU9250 IMU for a sense of direction, and Arduino mega to bring it all together.

Welcome to the Neo-6M GPS Module project with Arduino using the TinyGPSPlus library. This guide provides a detailed walkthrough on connecting the NEO-6M GPS module to an Arduino board, understanding ...

We only need Arduino Board, GPS module, computer and 12v/3.3v adaptor for power supply. Here we have used GPS receiver Module SKG13BL (shown in above figure). Before connecting it to the computer, we ...

Dive into the world of Arduino GPS applications with our detailed guide on interfacing the NEO-6M GPS module using the TinyGPSPlus library. Explore trilateration, connect VCC, GND, TX, RX pins ...

As the GPS module works on the serial peripherals, it can be attached to any software or hardware pin on Arduino. Here, in this design, the software serial pin is used. The GPS module is powered with ...

Arduino based GPS Tracker – Testing. Power the device with a battery and wait for a few minutes for it to initialize. Once ready, you can begin using it. To use, simply send the message ‘get location’ ...

Makers, hobbyists and developers that enjoy building projects using the Arduino platform might be interested in this awesome Arduino GPS Map Navigation System which was being built by Kathy Yang.

The shield can be configured to send GPS and sensor data from devices attached to an I2C bus to remote servers, or a really cool COSM server. [Phang] is selling his TraLog for $150, a fairly good ...

The extendable Arduino GPS data logger consists of a shield, that is fitted with the GPS receiver, SDcard reader and the accelerometer, together with an Arduino UNO board ...

Autonomous driving cars are major applications in many fields. This project focuses on building an Arduino based car capable of autonomous navigation to a specific location using a Global Positioning ...