The United Arab Emirates’ space sector has evolved from a field focused primarily on scientific missions, exploration and satellite launches into an integrated economic ecosystem encompassing infrastructure, manufacturing, data, artificial intelligence (AI), research and development, investment, international partnerships and talent development.
Developments across the sector in 2026 highlight a notable shift from building space capabilities to expanding their applications and translating them into economic, technological and knowledge-based value. This transformation is driven by a national vision that aims to double space economy revenues, increase the sector’s value added by 60 per cent, double the number of national companies and start-ups, expand investment in space assets and infrastructure facilities, and increase the global presence of UAE space exports.
The National Space Strategy 2031, approved by the UAE Cabinet in March 2026, places economic growth at the centre of the sector’s next phase. It aims to establish one of the world’s most resilient and attractive space ecosystems for investment, achieve global leadership in space partnerships and market access, and develop competitive space infrastructure and facilities.
These ambitions build on an established foundation. Results from the previous strategy indicate that 30 satellites were developed, while the number of organisations operating in the UAE’s space economy exceeded 170.
Space42 has emerged as an example of how value can extend beyond satellites to the data and services they generate. In June 2026, its Foresight-3, Foresight-4 and Foresight-5 satellites entered full operational service, expanding the Earth observation constellation to five satellites. The constellation provides high-resolution geospatial analytics, while key assembly and testing activities were completed in Abu Dhabi. Cooperation with ICEYE is also supporting technology transfer and the localisation of supply chains.
With imaging resolution reaching 25 centimetres, the satellites generate detailed Earth observation data. Meanwhile, Space42’s AI-powered GIQ platform transforms raw data into decision-support intelligence within minutes. The technology can reduce emergency response times by up to 90 per cent and predictive maintenance costs by up to 30 per cent. This illustrates how the economics of space extend beyond satellite manufacturing and launch to include data processing, analytics and the delivery of practical services.
In May 2026, the UAE launched the International Space Cooperation Programme, allocating AED 1 billion to support international collaboration in space research and development.
The programme aims to connect national research institutions and academic organisations with international counterparts and industry, accelerate technology development, facilitate knowledge transfer and translate research outcomes into applications and industries that generate sustainable economic value. It also supports technology localisation, patent development and specialist workforce training.
The UAE’s ambitions in space manufacturing became more evident in September, when Marlan Space and Loft Orbital announced plans to lead a consortium investing US$1 billion in France to develop the Altair-Next Gen satellite constellation, with manufacturing to take place in Abu Dhabi.
The first phase comprises 50 satellites equipped with radar and optical technologies and onboard computing capabilities. Production of the first 10 satellites has already begun.
The project brings together investment, UAE manufacturing capabilities and European supply chains, supported by a facility designed to scale production from 10 to 50 satellites.
In parallel, Space42 and Viasat signed a binding agreement to establish Equatys, a joint space and ground infrastructure platform backed by initial combined capital contributions of up to US$1 billion. The initiative aims to expand mobile network coverage in areas beyond the reach of terrestrial networks.
The economic applications of space technologies also extend beyond orbit. In January 2026, space technologies and AI were applied to the protection of the houbara bustard. In September, Mira Aerospace used a high-altitude platform to monitor forest fires in Spain. Meanwhile, the LeonAV-1 satellite demonstrated its ability to receive and process navigation signals from orbit, opening up potential applications in smart transport, aviation and autonomous vehicles.
Scientific exploration remains another important pillar of the UAE’s space programme. The Hope Probe’s mission was extended by a further three years, enabling it to continue collecting data on Mars’ atmosphere. The mission has made more than 10 terabytes of scientific data available, supported the publication of more than 35 peer-reviewed scientific papers and contributed to the development of more than 58 Emirati students.
The Emirates Mission to the Asteroid Belt is also progressing. The 13-year mission will study seven asteroids, with 50 per cent of its activities allocated to the private sector. It is supported by the National Space Fund, which has a value of approximately US$1 billion.
Meanwhile, in September 2026, the Mohammed bin Rashid Space Centre completed the integration of the RTx payload on the Rashid Rover 2 in preparation for its mission to the Moon’s far side. The scientific and technological collaboration will enable studies of the lunar subsurface to depths of up to 100 metres, while also exploring opportunities to apply the technology in future cooperation on a sustainable lunar base.
These projects are accompanied by investment in human capital. Initiatives include the Arab Youth Space Hackathon, the National Space Academy, Space42’s Future Space Pioneers programme, and opportunities for students and researchers to participate in the LeonAV-1 and SEO missions.
The importance of these efforts is reflected in the sector’s expansion. The number of entities operating in the UAE space sector tripled between 2020 and 2025, while the number of UAE universities offering specialised space programmes doubled between 2015 and 2025.
The UAE has also strengthened its role in space governance and international cooperation. Its initiatives include chairing the international expert group on space situational awareness, expanding space cooperation with countries including France, India and Russia, and signing a memorandum of understanding with the African Space Agency. The agreement covers cooperation in Earth observation, disaster management, food security and capacity development.
Taken together, developments across the UAE space sector in 2026 point to a fundamental transformation in its structure. The focus is moving beyond launching missions towards building integrated value chains encompassing manufacturing, assembly, testing, operations, data analytics and services.
