Research into vibration systems means you have to explore the open source options.
Retail options are variable in price and in sensor capture rates
This is a detail analysis or at least an attempt at making a product that can meat out specifications
#1 light Weight
#2 Data recording
#3 Vibration sensing sensor type and method
#4 Complete record and process data
Purchase a build kit and get instructions on assembly and programming the Arduino
There are a few data loggers we are trying to work with
Acquired resources and links along the way
https://playground.arduino.cc/Main/MPU-6050 //help pages
Here is a link to a similar build
https://www.instructables.com/Simple-Arduino-3-Axis-Accelerometer-Datalogger/
Other peoples issues with this build
#1
MPU6050 accelerometer and gyrometer with arduino UNO. I followed the wiring,
VCC to 5v of arduino
GND to GND of arduino
SDA pin to A4 pin of arduino
SCL pin to A5 pin of arduino
AD0 to GND of arduino
INT to Pin 2 of arduino
And I ran I2CÂ scanner code which is given here :
http://playground.arduino.cc/Main/I2cScanner
But it is not detecting the address. Which is 0x68 default, given in the manual.
And when I dump other code to detect the X Y X axes of accelerometer and gyrometer, it is giving only -1 value.
Please help me out.
////////////////Help response READ /////////////
You CANNOT connect directly the MPU6050 to the Arduino. If you read the datasheet you will see that the highest Vcc is 3.46v!!!! (http://www.invensense.com/mems/gyro/documents/PS-MPU-6000A-00v3.4.pdf). So you will need a level shifter to connect the MPU6050 to the arduino and 3.3V suplied by the arduino.
i2cdevlib
https://github.com/jrowberg/i2cdevlib
youtube explanation of balance