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Preguntas frecuentes de SpaceNavi
Benvido á páxina de preguntas frecuentes de SpaceNavi! Aquí atoparás respostas a preguntas habituais sobre a nosa fabricación de satélites de alto rendemento, probas de compoñentes, servizos de teledetección e solucións personalizadas. Se precisa máis axuda, póñase en contacto connosco!
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Cales son as principais aplicacións dos satélites?
Satélites are used for communication, Earth observation, navigation (GPS), weather forecasting, environmental monitoring, military surveillance, and scientific research. They also support disaster management, remote sensing, and commercial applications like broadcasting and internet services. -
Que tipos de cámaras ópticas se utilizan nos satélites e nos UAV?
Optical cameras include high-resolution imaging cameras, multispectral and hyperspectral sensors, infrared cameras, and thermal imaging systems. These cameras are used for remote sensing, land mapping, agricultural monitoring, and defense applications. -
Cales son os compoñentes clave dun satélite ou dun UAV?
Essential components include power systems (solar panels, batteries), communication modules, cameras, sensors, propulsion systems, and control units. These ensure stable operation, data transmission, and efficient mission performance. -
Como se usan os datos de satélite en diferentes industrias?
Satellite remote sensing data supports agriculture (crop monitoring), environmental studies (deforestation tracking, climate change analysis), urban planning, disaster management (flood and wildfire prediction), security and defense (surveillance), and industrial applications like mining and oil exploration. -
Como capturan os satélites imaxes de alta resolución?
Os satélites usan cámaras ópticas avanzadas con lentes e sensores de alta precisión. Captan imaxes en diferentes bandas espectrais, o que permite unha análise detallada das condicións da terra, da auga e da atmosfera. -
Cal é a diferenza entre a imaxe multiespectral e a hiperespectral?
Multispectral imaging camera captures data in a few spectral bands, while hyperspectral imaging collects hundreds of bands, providing more detailed insights for applications like mineral exploration, agriculture, and medical imaging. -
Canto duran normalmente os satélites?
A vida útil depende do tipo de misión. Os satélites de comunicación adoitan durar entre 10 e 15 anos, mentres que os satélites de observación da Terra funcionan entre 5 e 10 anos. A vida útil está influenciada pola exposición á radiación, a capacidade de combustible e o desgaste do sistema.
