DIVISION MISSILE SYSTEMS & AEROSTRUCTURES
The division develops and manufactures anti-ship missiles, as well as advanced technology for international aerospace activities. The main product is the new Naval Strike Missile (NSM).

Successful test firings of the new NSM anti-ship missile in 2007 at the testing grounds at Pt. Mugu, California (USA) demonstrated that the missile is the most advanced in its class in the world today..
Missiles
2007 marked the end of the development phase of the new NSM anti-ship missile (Naval Strike Missile). A contract with the Armed Forces' Logistics Organisation for series production led to orders worth NOK 2.5 billion. The NSM is to be the Navy's main weapon for surface combat on the new Norwegian Nansen Class frigates and the new Norwegian Skjold Class missile torpedo boats.
The contract with the Armed Forces is a profoundly important reference with a view to export opportunities for the missile. Several countries have indicated interest in the NSM. The contract will run until 2014 and delivery is scheduled to start in 2010.
The Joint Strike Missile (JSM) is the designation used for the new custom-made product for fighter craft, and Australia and Norway have funded studies to examine how the NSM can be deployed on the JSF fighter craft. The missile has properties that have caught the eye of the Australian and American authorities. Active efforts are also in progress with a view to other types of fighter craft such as the JAS Gripen and the Eurofighter.
The Penguin missile has been operational in Norway and in several other countries' naval defence forces for years. The missile is still among the world's leading anti-ship missiles; it can be deployed on helicopters, aircraft and vessels.
Aerospace
Kongsberg Defence & Aerospace is Norway's largest supplier to ESA, the European Space Agency. The division has provided equipment for numerous space programmes, and for many satellites as well as the booster rockets that carry satellites into outer space.

GAIA to survey the Milky Way
The satellite GAIA's trajectory away from Earth will allow it to chart more than one billion stars in our own galaxy. The goal is to make an accurate 3D map of the Milky Way. In addition, GAIA will search for unknown planets near the stars. The GAIA satellite is scheduled for launch in 2011. The satellite will carry three extremely sensitive cameras to measure the position, light intensity, direction of motion, colours and chemical composition of the stars. As a subcontractor for Astrium of France, KONGSBERG will supply equipment for measuring the angle between two telescopes on GAIA. This KONGSBERG technology will help ensure the success of one of the most ambitious astronomy projects in the history of ESA.