Thales Alenia Space, a joint venture between Thales (67%) and Leonardo (33%), is a premier provider of satellite systems, orbital infrastructure, and space-based applications. The company specializes in telecommunications satellites, Earth observation, space exploration modules, and navigation systems. Known for its commitment to space innovation, sustainability, and autonomous technologies, Thales Alenia Space plays a critical role in large-scale programs including Galileo, Copernicus, and ISS modules. With manufacturing and engineering hubs across Europe and an international footprint, it serves institutional and commercial space customers worldwide.
New contracts define system integration, propulsion, data handling, and GNC responsibilities for the Lunar Descent Element to support Europe’s future Moon missions.
Equipped with C-band SAR, AIS payload, and innovative debris-reducing technology, Sentinel-1D captures high-resolution Earth data for environmental monitoring, disaster response, and maritime safety.
New Rome-based smart factory boosts Italy’s satellite production to over 100 units annually, integrating robotics, Industry 4.0, and modular cleanrooms.
Lunar exploration will benefit from Thales Alenia Space Italy’s cutting-edge technology, expertise and long experience in space exploration, space transportation systems and orbital infrastructures.
MicroCarb, orbiting at 650 km, precedes the EU’s CO2M mission, delivering key data on human-induced CO₂ and methane with Thales Alenia Space’s advanced payloads.
MTG-S1 carries Europe’s first hyperspectral infrared sounder in geostationary orbit, enhancing weather prediction, storm warnings, and air quality monitoring.
SOLiS aims to demonstrate ultra-fast, resilient optical data links via geostationary satellites, safeguarding intercontinental networks from sabotage and boosting French space industry leadership.
Space-based infrared imaging to track urban heat: SIRIUS mission targets climate resilience, aiding city planning and sustainability with daily high-resolution thermal data of European cities.
The European Space Agency's LISA mission will be the first space-based observatory designed to detect and study gravitational waves arising from cosmic events.