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 ...

GPS receiver’s Tx pin is directly connected to Rx pin of Arduino board. Note that the ground pins of Arduino and GPS should be connected to each other. Here GPS module is operated on 9600bps baud rate ...

Arduino and NEO-6M GPS Module Connection. Fig. 4 shows the circuit diagram of the Arduino-based GPS tracker. It is built around the Arduino Uno (MOD1) and NEO-6M GPS module (MOD2). Pins D2 and D3 of ...

Next, open one TinyGPS++ library example — the “Full Example” code, for instance — and upload it to the Arduino board. Example sketches in Arduino GPS libraries usually listen to the GPS serial port, ...

Webmos board D1 is essentially an Arduino with a esp8266 sensor and the pins on arduino boards are not the same as in webmos d1. In this project I am using Webmos D1 board and GPS NEO-6M GPS to make a ...

If you don't want to use a GPS to measure speed you can also build a speed sensor using IR sensor and Arduino, which is much more simple and easy to build, but it can measure speed only at fixed ...

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

A new development board aims to bring the latest satellite navigation technology into the hands of makers. NavSpark combines a 100-MHz, 32-bit microcontroller (MCU) board with a small global ...

Ever since Arduino’s inception in 2005, it has brought about many changes in the programming ecosystem. Interestingly, it all started out with the aim of providing an affordable and simple way of ...