Unlock MEMS Sensor Calibration: Arduino Nano BMI088 IMU Characterisation Kit with Precision Tilt and Temperature Control

Every part needed, pre-tested for compatibility, with an AI build companion trained on this exact project. Shipped from Bengaluru in 3-5 days.

Build a research-grade MEMS characterisation rig that measures the BMI088 6-axis IMU response across temperatures from 0�C to 50�C and multiple tilt angles, using the BMP390 and DS18B20 as ground-truth references. This kit delivers calibration curves, error analysis, and system identification - exactly what a research lab or final-year project demands.

What You'll Build

Assemble a sensor test bench: the precision tilt platform holds the BMI088 at known angles, DS18B20 logs temperature, and BMP390 captures pressure. The Arduino Nano polls all sensors, streams data to serial, and drives a 0.96in OLED for real-time readouts. You'll have a calibrated IMU dataset for offline analysis and publishable results.

What You'll Learn

• MEMS IMU error modelling: bias, scale factor, cross-axis sensitivity, and their temperature dependencies
• Gathering time-aligned data from four sensors over I2C and OneWire on an Arduino Nano
• Using a precision tilt platform to

  Characterise BMI088 6-axis MEMS IMU at different temperatures and orientations - calibrate and validate against reference.

  What's in this kit

  • Arduino Nano
  • BMI088 IMU
  • BMP390 Pressure
  • DS18B20
  • 0.96in OLED
  • Precision Tilt Platform
  • MiniUSB Cable
  • Half Breadboard
  • M-M Wires x20