IMUBNO086 is a 3axis accelerometer module that integrates built in sensor fusion algorithms to enable real time orientation tracking using Euler angles or quaternions. This design provides two data outputs to support flexible integration and across projects. Key benefits Real time attitude sensing: precise orientation tracking in Euler angles or quaternions for motion controlled applications. Dual data outputs: raw sensor measurements and processed orientation data to suit development needs and enable . Faster development: ready to integrate functionality reduces integration time for prototypes and system level integration. Energy efficient: optimized for continuous operation in power sensitive environments. Who it's for Developers, robotics engineers, and makers seeking reliable attitude detection for prototypes and product concepts. What makes it stand out Built in sensor fusion algorithms deliver real time orientation data without requiring complex external processing. Two separate data streams (raw measurements and processed orientation) offer flexible use across different platforms and applications. Typical applications Battery powered wearables such as health monitors or activity trackers requiring continuous orientation sensing. Stabilization systems for drones, robotics, or handheld devices where stable orientation data is critical. Controllers and motion driven devices in industrial automation or consumer electronics that rely on accurate attitude information. Key attributes Function: attitude detection and real time orientation tracking Compatibility: suitable for industrial automation and consumer electronics projects Performance: supports real time orientation data with both Euler angles and quaternions Form factor: designed as a module for easy integration into existing systems Applications in practice A wearable device that tracks limb or body orientation over extended periods without frequent recharging. A drone stabilization module that maintains stable flight by continuously streaming attitude data to control loops. A handheld controller for robotics or VR applications that requires accurate motion sensing for precise input.