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 ...

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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.

Arduino is configured at 9600bps baud rate by using class Serial.begin(9600) function in the Arduino sketch. GPS output. The GPS receiver output can be viewed on the serial monitor of the Arduino as ...

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 ...

After uploading the code, solder the pins of TMP36 and GPS module to the Arduino board. Then mount the TFT shield on top of the Arduino board. After all the connections are done as per Fig. 2, connect ...

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 ...

[Wayne] wrote in to share an item he just finished working on, an I2C GPS shield for the Arduino. While other GPS solutions have existed for quite some time, his caught our eye due to its feature l… ...

This project is just like a tracker that can sense a data with the accurate time and location. This shield is designed to support four GPS modules that is straight-forward and easy. Plug in a ...