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This page describes an image The Range of Satellite Transportation: Different Classifications and Sizes

The masses of types of satellites compared to animals. From a rhino for the largest to a duck for the smallest

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Légende d'image : 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.
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Crédits pour l'image : Ali Al-Edhari ; adapted from the original by the Canadian Space Agency Lien du crédit

Termes du glossaire en rapport : Satellite artificiel
Catégories : Exploration spatiale

Licence de l'image : Creative Commons (CC) Attribution 4.0 International (CC BY 4.0) Creative Commons (CC) Attribution 4.0 International (CC BY 4.0) Icônes

Les légendes des fichiers média présents sur le site de l'OAE ont été écrites, traduites et relues grâce à un effort collectif de l'OAE, les Centres et les Noeuds de l'OAE, les Coordinateurs Nationaux de l'Astronomie pour l'Education de l'OAE(NAECs) et d'autres volontaires. La liste complète des crédits pour ce projet est disponible ici . Toutes les légendes des fichiers média sont déposés sous licence Creative Commons CC BY-4.0 et doivent être créditées au nom de "IAU OAE". Les fichiers média eux-mêmes peuvent avoir des licences différentes (voir plus haut) et et doivent être crédités comme indiqué ci-dessus sous le terme "credit".

Si vous constatez une erreur dans cette légende ou dans un de ses traductions, veuillez nous contacter veuillez nous contacter.

Légendes proposées dans différentes langues :

Arabe
Légende d'image : هل تعلم أن الأقمار الصناعية ليست بحجم واحد؟ من الأقمار الضخمة التي تزن أطنانًا إلى النانوسات الصغيرة بحجم علبة حذاء، تتنوع هذه العقول الاصطناعية التي تدور حول الأرض وفقًا لوظائفها ومهامها.
تعرف على تصنيف الأقمار الصناعية وفقًا لحجمها ووزنها، وكيف تلعب هذه الأجهزة دورًا أساسيًا في الاتصالات، والملاحة، ودراسة الفضاء!
Crédits pour l'image : علي العذاري
Termes du glossaire en rapport : قمر اصطناعي
Statuts de la traduction de la légende: Pas encore approuvé par un·e relecteur(rice)
Anglais
Légende d'image : 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.
Crédits pour l'image : Ali Al-Edhari ; adapted from the original by the Canadian Space Agency
Termes du glossaire en rapport : Artificial Satellite
Le Bureau de l'astronomie pour l'éducation est hébergé par la Maison de l'astronomie sur le campus de l'Institut Max Planck d'astronomie à Heidelberg. Le Bureau de l'astronomie pour l'éducation est un bureau de l'Union Astronomique Internationale, avec un financement important des Fondations Klaus Tschira et Carl Zeiss. Les colloques Shaw-IAU sur l'astronomie pour l'éducation sont financés par la Fondation Shaw Prize.