Accurate 9axis sensing with the MPU9250 includes a 3axis gyroscope (±2000 deg/s), a 3axis accelerometer (±16 g), and a 3axis magnetometer (±4800 uT) for reliable motion tracking and orientation data. This sensor is well suited for drone stabilization and robotics control systems. 16bit resolution: builtin 16bit ADC with digital output provides precise measurements for industrial automation and wearable technology applications. Wide measurement ranges: gyroscope supports selectable scales of ±250/500/1000/2000 deg/s and accelerometer supports ±2/4/8/16 g, making it suitable for vibration analysis and gesture recognition projects. Dependable PCB construction: machinewelded printed circuit board delivers consistent performance and stable I2C/SPI communication, compatible with 35V operation. Use scenarios Drone stabilization and autonomous flight control: accurate orientation and motion data to maintain stable flight and responsive navigation. Robotics and automation: precise sensing for motion control, pose estimation, and interactive automation systems. Wearable devices and gesture recognition: resolution sensing to capture fine movements for smart wearables and gesturebased interfaces.