BNO055 based orientation module for developers and engineers Key benefits Allinone inertial measurement unit with onboard sensor fusion, delivering reliable orientation data with minimal external software work. Easy integration with standard communication interfaces and a 35 V power supply, suitable for common development environments. Flexible data outputs: you can receive separate streams for acceleration, geomagnetic data, and gyroscope data, or a single combined orientation output. 32bit processing capability handles sensor fusion calculations across the integrated sensors, improving accuracy and reducing integration effort. Compact sensor suite with resolution components designed for precise motion and orientation sensing. What it includes Chip: BNO055 Interface: standard communication Power supply: 35 V Sensor suite: 3axis 12bit accelerometer, 3axis geomagnetic sensor, 3axis 16bit gyroscope Processing: 32bit processing for sensor fusion and software calculations across sensors Output options: separate data for acceleration, geomagnetic, and gyroscope, or a combined data output Why customers need it Simplifies development by providing readytouse fused orientation data along with raw sensor data. Reduces code complexity and time to prototype with a single module that handles sensor fusion internally. Flexible data formats support a wide range of applications and downstream processing needs. Applications and use scenarios Robotics and autonomous systems: use for precise orientation, pose estimation, and motion tracking in mobile robots, arms, and automated platforms. Drones and stabilization systems: provides reliable attitude information to support flight control, gimbal stabilization, and navigation. Wearables and handheld controllers: enables accurate motion sensing and orientation sensing for gesture recognition, activity tracking, and immersive experiences. Compatibility and performance notes Designed around the BNO055 platform for straightforward integration with standard interfaces. Suitable for developers and engineers building projects requiring reliable 3axis motion sensing, orientation, and fusion without extensive external processing.