LEO Satellite refers to man-made satellites that operate in low Earth orbit. These satellites typically orbit at altitudes ranging from 160 kilometers to 2,000 kilometers above the Earth's surface, making it the closest type of orbit to Earth. Due to their advantages such as low latency, high transmission speed, and lower manufacturing costs, LEO satellites are widely used in the field of communication. They are also utilized for Earth observation, weather monitoring, disaster early warning, and various scientific research missions.

In LEO satellite systems, gearboxes and motors are critical components responsible for driving key functions such as attitude control, solar panel deployment, antenna tracking, and instrument deployment. These applications demand high precision, stability, and environmental resilience from the drive components.

The Geared motors from Sha Yang Ye offer high reliability, environmental adaptability, and miniaturization advantages. With their low power consumption and high efficiency, they can effectively support the precise control required for LEO satellites in areas such as deployment and attitude adjustment, contributing to the successful execution and long-term stable operation of satellite missions.

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