Revolutionizing Angle Measurement: DIY-Arduino-Powered MPU6050 Precision Angle Measure Device

**Welcome to the World of Precision Engineering with Arduino and MPU6050!**

• Have you ever wondered how to accurately measure angles in your DIY projects or engineering endeavors? Well, wonder no more! In this blog post, we're diving into crafting world of angle measurement using Arduino and MPU6050.

• Whether you're a seasoned maker, a curious hobbyist, or an aspiring engineer, this project is designed to ignite your interest and empower you to create your own angle measurement device.

• Join us on this Journey as we explore the fascinating intersection of Electronics, Programming, and Gyro Sensing Technology.

• We'll walk you through the process step by step, providing clear instructions, helpful tips, and insights along the way.

• By the end of this blog post, you'll not only have a fully functional angle measurement device but also a deeper understanding of how Arduino and MPU6050 can be utilized to solve real-world problems.

• So, let's roll up our sleeves, fire up our soldering irons, and embark on this exciting adventure together! Get ready to revolutionize your way to measure angles!

Components Required for the Project:

Before we dive into building our angle measurement device, let's take a look at the components we'll need to gather. Here's a list of what you'll required

1. 1X Arduino Nano
2. 1X IIC/I2C Backlight LCD Display Module For Arduino
3. 1X MPU-6050 6DOF 3 Axis Gyro With Accelerometer Sensor Module
4. 1X 9V Battery With Connector
5. 1X Push Switch
6. 1X Rocker Switch

other components required :

1. Bread Board (OPTIONAL)
2. Jumper Wires
3. 3D printer (OPTIONAL...YOU CAN ALSO USE PVC , CARDBOARD , BOX , ETC.)
4. 
   

PERSONALLY I SUGGEST FLYROBO FOR BUYING THIS COMPONENTS AT AFFORDABLE RATES

we'll begin by carefully wiring the components together to establish the necessary connections for our angle measurement device. Using jumper wires, we'll create a bridge between the Arduino board and the MPU6050 module, ensuring proper communication and power supply.

Click Here to Download Circuit Diagram

Connections:

ARDUINO TO MPU6050

5V - VCC

GND - GND

A5 - SCL

A4 - SDA

ARDUINO TO I2C DISPLAY

5V - VCC

GND - GND

A5 - SCL

A4 - SDA

220OHM RESISTOR

5V - RST

PUSH SWITCH

-VE BATTERY - RST

**Connections are pretty simple you don't have any issues in connections**

Now that we have our components wired up, it's time to breathe life into our angle measurement device through programming. In this step, we'll write the code that will run on the Arduino board to read data from the MPU6050 sensor and calculate the angle of inclination.

Here is your Arduino code

Using the Arduino IDE, we'll create a new sketch and begin by including the necessary libraries for interfacing with the MPU6050 sensor :

go to sketch>include libraray>manage libraries

download below given libraries before compiling code:

1. MPU6050
2. liquidcrystal_I2C
3. wire

After successful installing libraries select your port and upload your code

HERE, I design a 3d print box to fit all components in it

If you don't have 3d printer you can also use alternative options like cardboard box, pvc, etc.

this works pretty well and accurate. can be used in industrial as well as small businesses.

I hope you learned something new by making this project. so, That's enough for today guys

I will be back soon with new project ideas that helps you to learn something

HAVE A GREAT DAY MAKERS ;)