Significantly improved safety and adaptability to harsh space environments.
Higher energy density, effectively extending the satellite's in orbit endurance and working life.
Resistant to radiation and temperature differences, with strong stability in orbit, suitable for various types of satellites.
Details
The CubeSat pointing system is designed specifically for high-precision attitude control of small satellites, integrating sensing, computing, and execution units to achieve stable payload alignment and rapid attitude adjustment. The system has a compact structure, low power consumption, and strong adaptability, which can meet the needs of multi scenario applications such as remote sensing detection, communication transmission, and scientific experiments.
The system adopts a modular architecture, equipped with miniature inertial measurement components and high-precision control algorithms, to calculate satellite attitude in real time and output control instructions. Combined with micro actuators, it can quickly eliminate attitude disturbances, maintain load pointing accuracy, and work stably in space environments such as high and low temperatures, irradiation, etc., with outstanding reliability.
The system is lightweight and standardized in design, perfectly compatible with CubeSat platforms of different specifications such as 1U-3U, greatly reducing the development cost and cycle of small satellites. With excellent pointing performance and environmental adaptability, it has become a key support for commercial microsatellite in orbit operations, helping low orbit constellations operate efficiently and stably.
