IMUBNO086 3axis accelerometer module with built in sensor fusion and Qwiic I2C connectivity Key benefits Solder plug and play via Qwiic connectivity, enabling quick and reliable I2C integration in embedded systems Low power consumption suitable for battery powered wearables and other energy sensitive applications Real time orientation tracking through a built in sensor fusion algorithm, providing orientation data without external processing Two data outputs: raw sensor measurements and processed orientation data, allowing both low level sensing and level orientation aware control Compact form factor designed for embedded systems, with robust performance and easy integration into small devices What this module does The IMUBNO086 is a 3axis accelerometer module featuring a built in sensor fusion algorithm that enables real time orientation tracking. Orientation can be represented as Euler angles or quaternions, streamlining development for robotics and motion controlled applications It supports reliable I2C communication via the Qwiic interface, enabling solder connections and reduced assembly complexity It provides two data outputs: raw sensor measurements and processed orientation data, to support across industrial automation and consumer electronics projects Key features Function: 3axis accelerometer with built in sensor fusion for real time orientation tracking (Euler angles and quaternions) Compatibility: Qwiic I2C interface for easy, solder integration with embedded systems Power and performance: low power consumption optimized for continuous operation in battery powered devices Data outputs: two outputs available – raw sensor measurements and processed orientation data Form factor: compact module suitable for small devices and compact enclosures Reliability: designed for embedded applications requiring stable I2C communication and consistent motion sensing 23 use scenarios Battery powered wearables and portable devices that require energy efficient motion sensing and continuous orientation tracking Stabilization systems and motion controllers such as handheld gimbals, robotic controllers, and other robotics applications that rely on real time orientation data Industrial automation and consumer electronics projects that need both raw accelerometer data and processed orientation information for and faster development cycles Applications Wearables and smart devices that require low power motion sensing and orientation tracking Robotics, drones, and motion control systems needing real time orientation data Industrial automation and consumer electronics requiring dual data outputs for sensing and orientation processing