IMUBNO086 3axis accelerometer module with builtin sensor fusion algorithm enabling realtime orientation tracking (Euler angles and quaternions) Realtime orientation tracking Uses an embedded sensor fusion algorithm to deliver accurate attitude estimation in Euler angles and quaternions, supporting robust pose tracking for robotics and motioncontrolled applications and reducing development time. Clear data outputs for flexible integration Provides two data outputs: raw sensor measurements and processed orientation data, allowing raw data for custom processing or orientation data for immediate control loops. Enables easy adaptation across industrial automation and consumer electronics projects. Energyefficient for batterypowered devices Designed for continuous operation in batterypowered wearables, stabilization systems, and controllers, prioritizing low power consumption without sacrificing performance. Compatibility and ease of integration Readytouse orientation data and raw measurements facilitate deployment in a wide range of projects, supporting both industrial automation and consumer electronics with minimal integration effort. Distinctive advantages Combines a quality 3axis accelerometer with a powerful builtin sensor fusion algorithm, delivering realtime orientation in both Euler angles and quaternions and offering dual data outputs for versatile use. Practical use scenarios Prototyping a selfstabilizing camera gimbal or lightweight drone where realtime attitude data is essential for stabilization and control. Developing a batterypowered wearable that tracks limb or body orientation for activity recognition and interactive feedback. Implementing an industrial automation sensor package that provides pose estimation for precise alignment and control of robotic endeffectors.