The module uses the MPU9250 9axis sensor, integrating a 3axis gyroscope, a 3axis accelerometer, and a 3axis magnetometer in a single package for compact motion sensing. An internal 35 V low dropout regulator provides a stable supply, enabling convenient integration in applications such as wearables, fitness equipment, and sports devices. The chip delivers 16bit data output for sensor readings, offering resolution for precise motion and orientation measurements. Applications include gyroscope sensing for Internet connected devices and wearable sensing for fitness equipment and sports. Key benefits and practical advantages Allinone 9axis sensing in a compact single package reduces parts count and simplifies design. Easy power integration with an internal LDO regulator supports common 35 V systems, improving compatibility with a range of microcontroller platforms. 16bit data resolution provides detailed motion data suitable for analysis and precise orientation tracking. Versatile usage across consumer electronics, wearables, IoT devices, and sports related equipment. Use scenarios Wearable fitness devices and sports gear: track movement, orientation, and activity levels with resolution to support performance analytics. Internet connected devices: add motion sensing to smart products and IoT nodes for better interaction and monitoring. Sports equipment accessories: integrate into equipment to capture swing dynamics, motion patterns, and orientation data for performance improvement. Compatibility and integration notes Designed as a compact sensor module that combines gyroscope, accelerometer, and magnetometer in one package for streamlined implementation in wearable and IoT projects. Powering through a 35 V supply with an internal regulator simplifies compatibility with standard development boards and microcontrollers.