Thales Alenia Space is a major European satellite specialist. These satellites range in purpose, from telecommunications to
navigation,
Earth observation and
space exploration, including science and orbital infrastructures. Since 2007, the company has been regarded as the largest
satellite manufacturer, in both the civilian and military sectors, in Europe. In the mid-1990s, the
United States stopped issuing export licenses for satellite components that will be launched on
Chinese rockets, fearing that such launches would help
China's military. In response, Thales Alenia developed a line of
ITAR-free satellites that contained no restricted U.S. components. Between 2005 and 2012, numerous ITAR-free satellites, such as
Apstar 6,
Chinasat-6B, and
Apstar 7, were launched on Chinese
Long March launch vehicles. However, the
United States Department of State disputed the ITAR-free status of these satellites, issuing a US$8 million fine to the American company
Aeroflex for selling ITAR components. During 2013, Thales Alenia decided to discontinue its ITAR-free satellite line. A major proportion of Thales Alenia Space's business is centered around the production of communications satellites, in which it is a world leader. During 2010, Thales Alenia Space received a US$2.9 billion fixed-price contract to manufacture a total of 81 satellites for
Iridium Communications'
NEXT satellite telephony network. It is also engaged in producing a separate batch of 24 satellites for
Globalstar's second generation network. The company constructed the
Multi-Purpose Logistics Modules, which were used to transport cargo inside the Space Shuttle orbiters. Thales Alenia Space also built several modules for the
International Space Station (ISS): the
Cupola, the
Columbus structure,
Harmony,
Tranquility and
Leonardo. During the 2010s, Thales Alenia Space manufactured the
Intermediate eXperimental Vehicle (IXV), a prototype
suborbital spaceplane intended to validate work towards
reusable launcher systems, acting as a stepping stone towards the
Programme for Reusable In-orbit Demonstrator in Europe (PRIDE program) and the consequential
Space Rider that harnesses IPX technology. It has also engaged with other space exploration efforts, such as proposed lunar cargo landing vehicle. Since then, working with Avio, the company will build ESA's Space Rider reusable autonomous space transportation system, which draws on the heritage of the IXV demonstrator. The company will also be a key European partner onboard NASA's Artemis, aiming to bring physically astronauts back to the Moon in 2025. Thales Alenia Space will provide in particular three key modules for the Lunar Gateway space station. It will also deliver two pressurized modules for the
Axiom commercial space station. Furthermore, Thales Alenia Space is developing a new line of on-orbit servicing spacecraft, capable of carrying out a wide range of operations in orbit, from satellite inspection and life extension, to robotic manipulation and deorbiting space debris. The company has also taken part to international space exploration missions across the Solar System such as
Cassini-Huygens (Saturn exploration), ExoMars (Mars), BepiColombo (Mercury), Solar Orbiter (Sun), NASA'
Orion probe (lunar exploration, part NASA's ARTEMIS), and many more. The company is also prime contractor for
Euclid, ESA's science mission aimed to study the universe's dark matter and dark energy. In the fields of telecommunications, Thales Alenia Space has launched 2 major product lines over the last 2 decades, dubbed Spacebus Neo and Space Inspire. Both based on platforms including electrical propulsion systems. Spacebus NEO is used for very
high throughput satellites, helping bridge the digital divide across the globe. In 2022, EUTELSAT KONNECT VHTS satellite, for telecommunications operator Eutelsat, was successfully launched by Arianespace. Built by Thales Alenia Space, this Spacebus NEO satellite was said to be the most powerful and capacitive one ever built in Europe at that time. Its mission is to provide fiber-like high speed Internet over Europe, especially in isolated areas, called white zones. The launch of the second product line, Space Inspire, was announced in 2019. It is a compact and fully-digitalized solution that can be reconfigured in orbit. It will enable telecommunications operators to dynamically allocate capacity where and when needed, in any bandwidth. The company has been leading the geostationary telecommunications market in 2021 and in 2022, winning 60% of telecom satellites contracts available on the open market in 2022. The same year the company was awarded several contracts for 6 telecommunications satellites, including 5 based on its Space Inspire solution. The company is also a lead player in Europe's Copernicus program, fully dedicated to
environmental monitoring. In 2020, Thales Alenia Space was awarded five contracts for the six new Copernicus Expansion missions, as prime contractor for the CIMR, and CHIME and CO2M mission payloads. These new satellites will be used to measure the atmospheric carbon dioxide () produced by human activity, monitor sea ice thickness and overlying snow depth, provide improved services for sustainable agriculture and biodiversity management, observe ocean behavior, and support precision agriculture and food security. The company has been the industrial prime contractor for 3 generations of Meteosat European weather satellites. Third generation MTG, Meteosat Third Generation, is still under development. This latest generation will include 6 satellites: 4 imaging ones and 2 atmospheric sounders. The first MTG imaging satellite, dubbed MTG-I1, was successfully launched by Arianespace late 2022. A few days after, it was the turn of
SWOT oceanography satellite to be successfully orbited by SpaceX. Mostly built by Thales Alenia Space with contributions from NASA's Jet Propulsion Laboratory, the French-U.S. satellite, produced for French Space Agency, CNES, and NASA, is set to revolutionize oceanography and hydrology. In the defense sector, a number of countries have chosen Thales Alenia Space for their military or dual telecommunications systems, providing front-line support for their armed forces in any theater of operations. In the market for space-based surveillance systems, Thales Alenia Space offers high and very-high resolution optical and radar payloads. The company is involved in numerous programs such as French
Syracuse military satellites, Italian SICRAL, and many more. Thales Alenia Space is also the exclusive supplier of very-high-resolution optical instruments for French intelligence satellites, including the optical payloads on Helios, Pleiades and CSO. Through the LeoStella joint venture in the United States, a JV between Thales Alenia Space and US-based company BlackSky, the company is also contributing to the BlackSky constellation, which will include 60 optical observation satellites featuring submetric resolution and very high revisit rates. The company is also the industrial prime contractor for the two generations of
COSMO-SkyMed radar satellites for the Italian space agency and defense ministry. File:Mplm in shuttle.jpg|A Multi-Purpose Logistics Module inside
Space Shuttle Discovery File:Exterior of Cupola - Exp28.jpg|
Cupola module File:Columbus module - cropped.jpg|
Columbus module File:Node 2 - STS-134.jpg|
Harmony module (center) File:Node 3 - Isolated view.jpg|
Tranquility module (center) File:STS-133 ISS-26 Permanent Multipurpose Module.jpg|
Leonardo module File:View of ATV-2 - cropped and rotated.jpg|Automated Transfer Vehicle File:NG-23 Spacecraft Lift in SSPF (KSC-20250710-PH-CSH01 0017).jpg|Pressurized vessel for the Cygnus spacecraft == Locations ==