Samuel A Cooper

For this, we use a gyroscope that is connected to the micro-controller, as well as an LCD screen to show the information such as the X, Y, & Z axis that is recorded/calculated by the gyroscope. A potentiometer was added to adjust the brightness of the LCD screen, this is just for the benefit of the user. (The Ground and Power connections aside) The Gyroscope and LCD screen both are connected into their respective pins in the Arduino-Uno board, the potentiometer connects the power (5V) into the LCD. All of these connections are shown below in the schematics. The code is then verified and uploaded into the Arduino board, after which, the board runs as estimated.

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This was an early project for class so this was accomplished with the help of the guide:

https://circuitdigest.com/microcontroller-projects/mpu6050-gyro-sensor-interfacing-with-arduino