Recently, I came across a fascinating RC hobbyist project where an MPU6050 was used to create a head-tracking device for an RC car.

The camera was mounted on the car, and the experience of it racing across the grass was incredibly cool, giving a truly immersive feeling.
Inspired by this, I thought about my own MPU6050 gyroscope and accelerometer module, which supports I2C communication, and my 52pi experiment tray along with an Arduino UNO R4 WiFi.I decided to give it a shot and see if I could replicate a similar Arduino project,using two servo motors to create a pan-tilt mechanism for the camera. I'm excited to share with you the process I went through, which I've documented in this video.
I hope you enjoy it!

If you want to purchase arduino UNO R4 wiki basic kit, please kindly access following link:

KZ-0054:https://52pi.com/products/cloud-ready-starter-kit-for-arduino-uno-r4-wifi

KZ-0069:https://52pi.com/products/52pi-plant-watering-kit-with-arduino-uno-r4-wifi-automatic-irrigation-diy-kit-self-watering-system-water-pump-2m-vinyl-tubing-for-garden-plant-flower-herb-potted

KZ-0073:https://52pi.com/products/52pi-education-starter-kit-for-arduino-uno-r4-wifi