IMUBNO086 3axis accelerometer module with builtin sensor fusion provides realtime orientation tracking for prototypes and projects requiring precise spatial awareness. It is designed for developers, robotics engineers, and makers who need reliable attitude data with minimal setup. Key benefits Realtime orientation data: builtin sensor fusion delivers orientation in Euler angles or quaternions, simplifying robotics and motioncontrol development. Low power operation: optimized for batterypowered and embedded applications. Solder integration: Qwiic connectivity enables easy plugandplay I2C wiring with stable communication to other devices in embedded systems. Dual data outputs: raw accelerometer measurements plus processed orientation data, allowing both lowlevel analysis and readytouse information. What you get IMUBNO086 3axis accelerometer module with an onboard sensor fusion engine for immediate orientation tracking. Realtime orientation updates in configurable formats (Euler angles or quaternions). I2C interface with Qwiic connector for straightforward, solder integration. Low power design suitable for embedded and portable applications. Two data outputs: raw sensor data and processed orientation data to support a range of integration options. Compatibility and performance Compatible with standard I2C devices and compatible with the Qwiic ecosystem for quick interconnections. Stable, reliable communication in embedded systems, with minimal wiring complexity. Compact form factor designed for spaceconstrained projects, enabling easy inclusion in robotics, automation, and consumer electronics. Applications and use scenarios Robotics prototype and autonomous platforms: provides attitude estimation essential for navigation, control, and stabilization. Motioncontrolled systems: supports robotic arms, gimbals, and stabilizers with realtime orientation feedback. Industrial automation and consumer electronics: enables projects that benefit from both raw sensor data and readytouse orientation information, accelerating development and integrating orientationaware features.