9 axis sensor module The device integrates a 3 axis gyroscope, a 3 axis accelerometer, and a 3 axis magnetometer for comprehensive motion sensing. Accelerometer full scale ranges: ±2 g, ±4 g, ±8 g, ±16 g. Magnetometer full scale range: ±1200 microtesla (uT). Gyroscope performance The gyroscope module uses a 16 bit ADC and provides 16 bit output for precise data. Gyroscope angular rate ranges: ±250, ±500, ±1000, ±2000 degrees per second. Designed for sensitivity and accurate motion measurement in dynamic applications. Overall module characteristics Large gyroscope measurement range with very sensitivity in a compact form factor. Small body and compact design suitable for integration into space constrained projects. Advanced manufacturing: MPU9250 chip on a fine printed circuit board with a reliable soldering/welding process to ensure quality and durability. Component and build details Advanced chip: MPU9250 9axis sensor combination (gyroscope, accelerometer, magnetometer) on a purpose built PCB. Construction emphasizes robust assembly and consistent performance across environments. 23 practical use scenarios Robotics and autonomous navigation: use the 9axis data to determine orientation, motion, and heading for precise pose estimation and path planning. Aerial drones and stabilisation: employ the wide gyroscope ranges and sensitive measurements to maintain stable flight and accurate attitude control. Wearable motion tracking and gesture control: leverage accurate 3axis sensing to monitor movement patterns, detect gestures, and enable responsive interfaces in compact devices. Notes on compatibility and integration The module is designed to support typical microcontroller projects utilizing the MPU9250 ecosystem. Compact form factor and integrated 9axis sensing enable easy inclusion in development boards and custom enclosures. Built on a standard PCB with reliable assembly processes to ensure consistent sensor performance across units.