SGAC Small Satellites Project Group
Find the latest SSPG news:
Fast, Affordable, Science and
Practically, any artificial satellite of low mass and low volume can be considered as a small satellite. However, the definition can be enlarged to any system designed with the small satellite philosophy. This may include features such as commercial off-the-shelf components, modular systems, less redundancy, open sourcing, incremental missions, etc.
Over the past few years, small satellites have changed the landscape of space exploration. They facilitate quicker, cost effective and reliable access to space. This provides a potential opportunity to have smaller PROJECT GROUPS and encourages new actors to develop their capabilities in the space domain. Small satellites are encouraging spacecrafts to test and try novel methods and technologies (E.g. open source hardware and software, formation flying), which might not be under the purview of large scale satellites This remains the reasons as to why small satellites have been considered a disruptive technology by numerous space mission experts.
What are Cubesats?
Copyright: Stephan Murphey
Small satellite programs are particularly attractive since they are “affordable”. There shall be no surprises in the near future, if more and more developing countries, groups from the academic world or even small teams of space enthusiasts develop their own space mission based on small satellites. The small satellite platform is catering to new actors such as developing countries, students, and amateurs. The SGAC recognizes the changing landscape of space exploration using small satellites and initiating the Small Satellite PROJECT GROUPS.
The objectives of the SSPG are split into three parts:
- Career and project assistance for young professionals and students already active in the small satellite community.
- Provide the small satellite community with up-to-date information on relevant topics, as well as recommendations regarding the directions to be taken for future research and development and/or policy and legal issues.
- Attract young professionals and students to the world of small satellites and generally to the world of space exploration.
Xatcobeo, Spanish Cubesat
The SSPG objectives are carried out along 2 main axes of action:
- Observing: The SSPG is a platform to analyze the trends and developments in the world of small satellites. Interdisciplinary teams shall concentrate on specific issues and publish reports with their observations and conclusions, as well as recommendations for the concerned community. Examples of issues are:
- The array of benefits of small satellite programs for developing countries;
- The launch opportunities and how they are expected to evolve;
- The modification brought to the rules of mission design by open sourcing.
- Encouraging: The SSPG organizes idea competitions rewarding innovative ideas developed for small satellites or applicable to them. The reward shall be in the form of a scholarship to attend major conferences and workshop.
The SSPG is run by volunteers, thanks to an international team from various backgrounds sharing a common interest in the small satellites world. The SSPG is constantly looking for motivated members. Are you interested in small satellites? Do you have ideas to share? The SSPG is looking forward to including you in the team!
The Small Satellites Project Group was initially created by Guerric de Crombrugghe, Sandra González Díaz, Narayan Prasad Nagendra, Pradeep Mohandas and Sanjay Nekkanti.
Jeroen Van den Eynde, Andre Pinto, Aafaque R Khan, Sonan Gupta, Shanti Swaroop Kandala, Roger Birkeland, Burak Yaglioglu, Claudiu Prioroc, Sanjay Nekkanti, Özgün Yilmaz.
(Note: the listing of group members is not compulsory)
Here you can find some examples of small groups developing small satellites:
- The Series of Nigeriasat developed by the National Space Research and Development of Nigeria
- The QB50 Network under development by academic institutions all over the world under the supervision of the von Karman Institute
- The ArduSat satellite under development by a team of young engineers and currently funded through the crowd sourcing website KickStarter.