Satellite models are scaled-down replicas of real satellites, and are often used for educational, scientific, and space enthusiasts' displays and experiments. As an important tool for mankind to explore the universe, satellites undertake various functions such as communication, meteorological observation and navigation. By making and studying satellite models, participants can not only understand the structure and operation principles of satellites, but also master orbital mechanics and wireless communication technology.
The production of the satellite model involves several key parts, such as the satellite body, solar panels, antennas and sensors. During the production process, participants need to consider aerodynamics, material selection and the layout of electronic components, and develop hands-on skills and scientific literacy. During the pre-launch test phase, the operation of the satellite in space can be simulated to ensure the stability and function of the model.
In an educational setting, the satellite model provides a lively learning platform that inspires students' interest in space science and fosters their teamwork and innovative thinking. At the same time, the satellite model display also enables the public to better understand the complexity and importance of space technology, and creates a strong atmosphere of scientific exploration. In short, the satellite model is not only the embodiment of science and technology, but also carries human's beautiful yearning for the unknown universe.