This page describes an image The Range of Satellite Transportation: Different Classifications and Sizes
Scarica File ( immagine 1.13 MB)
{% translate 'Download File in Another Format' %} ( immagine 197.77 kB)
Didascalia:
This infographic is part of the "Simplifying Astronomy for Arabic Speakers" project and aims to clarify the classification of satellites based on their weight and transport capacity. Satellites play a crucial role in communications, navigation, and remote sensing, and they vary significantly in size, weight, and function.
Satellite Classifications by Weight
Large Satellites
Weigh more than 1,000 kg.
Example: RADARSAT-2, used for remote sensing.
Medium Satellites
Weigh between 500 - 1,000 kg.
Example: CASSIOPE, used for scientific research and communications.
Small Satellites
Weigh between 100 - 350 kg.
Example: SCISAT, which focuses on studying Earth's atmosphere.
Micro Satellites
Weigh between 10 - 100 kg.
Example: M3MSat, used for navigation and communication applications.
Nano Satellites
Weigh between 1 - 10 kg and include the Cubesats category, which is widely used in scientific research and technology testing.
Example: Ex-Alta 1, a part of an educational project studying space weather.
The Importance of Satellite Classification
Classifying satellites helps define their purpose. Large satellites require powerful launch platforms, whereas smaller satellites can be easily deployed in multi-mission launches. Nano and Cubesats are playing an increasingly significant role in space exploration and modern technology due to their low cost and ease of manufacturing.
Conclusion
The continuous development of satellites of different sizes contributes to enhancing our ability to explore space and utilize modern technologies in various fields. This infographic provides a simplified overview of the diversity of satellites, helping to illustrate the differences between their various types.
Didascalie in altre lingue
Crediti per l'immagine: Ali Al-Edhari ; adapted from the original by the Canadian Space Agency Link per i Crediti
Termini di glossario connessi:
Satellite artificiale
Categorie:
Esplorazione dello Spazio
Licenza per l'immagine: Creative Commons Attribuzione 4.0 Internazionale (CC BY 4.0) Creative Commons Attribuzione 4.0 Internazionale (CC BY 4.0) icone
Le didascalie di file multimediali presentate sul sito web OAE sono state scritte,Tradotte e riviste tramit Sun impegno collettivo dell'OAE, dei Centri e Nodi OAE, iCoordinatori Nazionali per la Didattica dell'Astronomia e altri volontari. Trovatel'elenco completo dei crediti per il nostro progetto di traduzione. Tutte le didascaliedei file multimediali sono pubblicate sotto Creative Commons CC BY-4.0 licenza di traduzione, e dovrebbero essereaccreditate all'IAU OAE.I file multimediali stessi possono avere licenze diverse (vedi sopra) eDovrebbero essere accreditate come specificato al paragrafo "crediti"
Se noti un errore di fatto in questa didascalia o un errore in una delle sue traduzioni, per favore contattaci.
Didascalie in lingue diverse:
Didascalia: This infographic is part of the "Simplifying Astronomy for Arabic Speakers" project and aims to clarify the classification of satellites based on their weight and transport capacity. Satellites play a crucial role in communications, navigation, and remote sensing, and they vary significantly in size, weight, and function.
Satellite Classifications by Weight
Large Satellites
Weigh more than 1,000 kg.
Example: RADARSAT-2, used for remote sensing.
Medium Satellites
Weigh between 500 - 1,000 kg.
Example: CASSIOPE, used for scientific research and communications.
Small Satellites
Weigh between 100 - 350 kg.
Example: SCISAT, which focuses on studying Earth's atmosphere.
Micro Satellites
Weigh between 10 - 100 kg.
Example: M3MSat, used for navigation and communication applications.
Nano Satellites
Weigh between 1 - 10 kg and include the Cubesats category, which is widely used in scientific research and technology testing.
Example: Ex-Alta 1, a part of an educational project studying space weather.
The Importance of Satellite Classification
Classifying satellites helps define their purpose. Large satellites require powerful launch platforms, whereas smaller satellites can be easily deployed in multi-mission launches. Nano and Cubesats are playing an increasingly significant role in space exploration and modern technology due to their low cost and ease of manufacturing.
Conclusion
The continuous development of satellites of different sizes contributes to enhancing our ability to explore space and utilize modern technologies in various fields. This infographic provides a simplified overview of the diversity of satellites, helping to illustrate the differences between their various types.
Crediti per l'immagine: Ali Al-Edhari ; adapted from the original by the Canadian Space Agency
Termini di glossario connessi: Artificial Satellite
