Space industry in Morocco

The Royal Centre for Remote Sensing (CRTS — Centre Royal de Télédétection Spatiale), headquartered in Rabat, Morocco and founded in 1989, is Morocco's primary space institution responsible for operating Earth observation satellites, processing and distributing satellite imagery for national development applications, and coordinating Morocco's space activities in cooperation with international space agencies — making Morocco one of Africa's most sophisticated space-using nations. CRTS's flagship program is the Mohammed VI Earth observation satellite series: Mohammed VI-A and Mohammed VI-B are twin high-resolution optical Earth observation satellites built by Airbus Defence & Space (France) and Thales Alenia Space (France) in a €500 million technology transfer and manufacturing program funded by Morocco, with both satellites launched in 2017 and 2018 respectively. The satellites operate in sun-synchronous orbit at approximately 700 km altitude, providing 0.7-meter panchromatic and 2-meter multispectral resolution imagery — a very high resolution capability comparable to commercial satellites from Maxar and Airbus Intelligence. The satellite manufacturing contract included provisions for significant Moroccan industrial participation and technology transfer, with Moroccan engineers working alongside French contractors at the Airbus Toulouse facility. Mohammed VI imagery is used for Morocco's national mapping programs, agricultural land use monitoring across Morocco's diverse agricultural regions (the Souss-Massa region's intensive horticulture, the Gharb plain's cereals, the High Atlas region's mountain agriculture), urban planning and informal settlement mapping in rapidly growing cities like Casablanca and Rabat, disaster response including earthquake and flood damage assessment, and border surveillance applications. Morocco's geopolitical position — borders with Algeria, Mauritania, and the disputed Western Sahara territory — makes satellite surveillance capability strategically significant. CRTS participates in regional remote sensing cooperation through the Arab Centre for Remote Sensing (ACSRS) and collaborates with the European Space Agency (ESA) under Morocco's ESA Associated Country agreement, which provides access to Copernicus Sentinel data and ESA research programs. Morocco has expressed aspirations for a Mohammed VI-C satellite with even higher resolution and a domestic small satellite program to build indigenous manufacturing capability.

Morocco's space program, operating under the Royal Centre for Remote Sensing (CRTS — Centre Royal de Télédétection Spatiale) based in Rabat, represents one of Africa's most advanced national satellite programs. The program's flagship achievement is the Mohammed VI satellite series: two high-resolution Earth observation satellites built through a major French partnership. Mohammed VI-A was launched in November 2017 and Mohammed VI-B in November 2018, both aboard Arianespace Vega rockets from the Guiana Space Centre. The satellites, developed by a consortium including Airbus Defence and Space and Thales Alenia Space, provide 70cm panchromatic resolution optical imagery — performance comparable to commercial operators like Airbus's Pléiades constellation. A distinctive feature of the program is technology transfer: Moroccan engineers trained at Airbus and Thales facilities in France during the satellite's development as part of an explicit capacity-building agreement, gradually building domestic expertise in satellite design and operations. The satellites support Morocco's national priorities including precision agriculture for the wheat-critical Meseta region, urban growth mapping of cities like Casablanca, border surveillance, disaster response (floods, earthquakes), and the country's ambitious Vision 2030 development planning. Morocco has leveraged its geographic position between Europe and Africa to participate in EuroMed space cooperation and position itself as a potential hub for commercial space activities in Northwest Africa.