Issue #1(27) 2021 Astronautics

Norway’s pioneering use of microsatellites

Norwegian Space Agency/Norwegian Defence Research Establishment
Norwegian Space Agency/Norwegian Defence Research Establishment
Jon Harr Norwegian Space Agency, Oslo, Norway

Over the past decade Norway has pioneered operational maritime surveillance from space using low budget microsatellite technology and national payload development for both technology improvement and surveillance of the maritime domain. The result is a highly original national programme combining in-orbit demonstration with fulfilment of government operatiional needs.

Norway is a maritime nation with a long history in shipping and fisheries, as well as oil and gas exploitation at sea. With more than two million square kilometres of ocean areas, much of which is in the Arctic, monitoring and control is a challenge. Norway has been a member of the European Space Agency (ESA) since 1985 and is a full member of the EU programmes Copernicus and Galileo. The national benefit of international collaboration is continuously important, but in some areas the data provided by Earth observation (EO) satellites do not cover all of Norway’s national user needs.

On this basis, and with experience from international science and Earth observation satellite cooperation missions and scientific sounding rockets, the Norwegian Space Agency (NOSA) and the Norwegian Defence Research Establishment (FFI) took the initiative in 2006 to begin development of a small satellite. The satellite would collect Automatic Identification System (AIS) signals from ships that could thus be positioned, identified and tracked, as a tool for improving maritime surveillance in open waters. A polar orbit would ensure frequent (every 90 min) coverage of the northernmost areas.

If you already have a login and password to access www.room.eu.com - Please log in to be able to read all the articles of the site.

Popular articles

See also

Opinion

A time zone for the Moon

Astronautics

Transforming the launch market for small spacecraft

Environment

JAXA’s challenge to climate change

Popular articles

Shorter travel time to Mars is vital for regular commercial transport to become viable. A faster journey reduces crew exposure to radiation, minimises life support demands and enhances mission safety. It increases the feasibility of emergency-return optio Astronautics

Mars exploration – the nuclear option

Aerial view of the Lunar and Planetary Institute. Science

From Apollo to Artemis - Six decades of the Lunar and Planetary Institute