9-DOF BNO055 Absolute Orientation IMU Fusion Breakout Accelerometer Gyroscope Magnetometer Sensor Module

Working with a regular 9-DOF IMU sensor usually requires complex coding and complicated sensor fusion algorithms to convert raw accelerometer, gyroscope and magnetometer data into accurate 3D orientation readings. Sensor fusion implementation is time-consuming and difficult to stabilize on low-cost embedded systems. The BNO055 solves this perfectly — it is an intelligent 9-DOF absolute orientation IMU sensor that performs all sensor fusion processing onboard. No complicated algorithm development is needed; you can get stable, ready-to-use orientation data within minutes. This module supports multiple high-rate data outputs: Absolute Orientation (Euler Vector / Quaternion, 100Hz), Angular Velocity Vector (100Hz), Acceleration Vector (100Hz), Magnetic Field Strength Vector (20Hz), Linear Acceleration Vector (100Hz), Gravity Vector (100Hz), and real-time temperature measurement. This BNO055 breakout board integrates a 3.3V voltage regulator, level shifting for I2C and reset pins, and an external 32.768KHz crystal oscillator for optimal measurement performance. All useful pins are broken out for easy wiring and project integration. Pin headers require simple soldering onto the PCB for use. Item Specifications Module Dimension: 20mm x 27mm x 4mm / 0.8" x 1.1" x 0.2" Mounting Hole Spacing: 20mm x 12mm Header Starting Distance: 4mm from mounting holes Default I2C Address: 0x28 (optional 0x29) Net Weight: 3g

• ‌Integrated BNO055 smart 9-DOF IMU with onboard sensor fusion, no complex algorithm coding needed, ready for 3D absolute orientation output in minutes.
• Outputs Euler angle, Quaternion, angular velocity, acceleration, magnetic field, linear acceleration, gravity vector and temperature with stable 20Hz–100Hz refresh rate.
• Onboard 3.3V regulator, I2C & reset pin level shifting, plus external 32.768KHz crystal ensures high precision and reliable measurement performance.
• Compact breakout design with fully accessible pins, default I2C address 0x28 (configurable to 0x29), easy wiring for Arduino, MCU and embedded projects.
• Compact size 20×27×4mm, standard mounting hole layout, lightweight 3g, ideal for drone, robotics, VR motion tracking and attitude sensing applications.