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Master Thesis - OUFTI-1

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Chapter 1<br />

Introduction<br />

1.1 The CubeSat program<br />

1.1.1 The concept<br />

The <strong>OUFTI</strong>-1 project takes place in the CubeSat program initiated approximately 10<br />

years ago jointly by California Polytechnic State University (CalPoly) and Stanford University.<br />

This program aims to provide an easier access to space by creating a standard based<br />

on the following features:<br />

• The mass of the satellite must be less than 1 kg (1.33 kg in the last version of the<br />

CubeSat Design Specication (CDS) [1], but this version stands not for the Vega<br />

Maiden Flight on board which <strong>OUFTI</strong>-1 will be launched).<br />

• The shape of the satellite must be a cube of 10 × 10 × 10 cm.<br />

This standard allows to create satellites in a short development time. In addition, owing<br />

to their small size, CubeSats can take place in a space launcher as secondary payloads,<br />

which is less expensive. For all of this reasons, the CubeSat program meets a great success<br />

with universities and industries.<br />

At the moment, the project involves more than 100 universities, high schools or private<br />

rms all over the world developing CubeSats containing scientic, private and governments<br />

payloads. All these developers are linked together by a great community spirit, and each<br />

one benets from the sharing of information between the several teams [1].<br />

However, it is important to note that, owing to constraints listed above, the development<br />

of a CubeSat is a technical challenge, even if it is faster and cheaper than the development<br />

13

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