Nanosatellites are a new category of small spacecraft ranging from 1 to 50 kg. They are composed of a "payload" that allows the scientific experiment to be conducted, and a "platform" that allows it to be transported and powered.
Why nanosatellites?
They are used in many missions related to Earth observation, climate study or satellite communication.
They are perfect devices to train students to the constraints and specificities of space.
The advantages of nanosatellites and CubeSats compared to conventional spacecraft are:
The following easy access to space techniques: for SMEs (Small and Medium Enterprises), laboratories and students
Design time: the manufacturing time of a nanosatellite is about 5 years, much shorter than a conventional spacecraft
Lower costs: the approximate average cost is 1.5 million euros compared to several tens of millions of euros for standard satellites
Published on December 14, 2017 Updated on June 8, 2022
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