UAE To Develop And Launch Advanced Radar Satellite Constellation Under New AED3 Billion Space Sector Fund
The UAE Space Agency has today announced a new national investment and development fund for the space sector, which will support ground breaking new programmes launched to support international and Emirati companies co-operating in leading edge space sector engineering, sciences and research applications.
The National Space Fund will invest AED3 billion in supporting the growth of the UAE’s space sector with Sirb, a new constellation of advanced remote sensing satellites, as its first funded project to launch.
Her Excellency Sarah bint Yousef Al Amiri, Minister of State for Public Education and Advanced Technology and Chairwoman of the UAE Space Agency, said: “A long-term plan and programme for the development of the Emirates’ space sector is in place to create economic opportunities, new jobs and help to fund global partnerships and new leaders in technology, space sciences and engineering here in the UAE. We are planning for a bright future filled with new challenges and openings for our young people – and this fund is precisely targeted at building opportunities for international co-operation in building Emirati enterprises.”
The Fund will actively encourage partnerships between international and local enterprises, providing them with incentives as part of the UAE Space Agency’s Space Economic Zones Programme.
Salem Al Qubaisi, Director General of the UAE Space Agency said, “The National Space Fund will encourage global partnerships to establish themselves here in the Emirates, providing new and vital technology platforms and development to answer the needs of the UAE Space Programme and other global customers for vital innovation and technologies that answer the needs and possibilities of today’s world.”
The Fund’s first investment will be in the development and launch of a constellation of advanced imaging satellites for the Emirates, using the SAR (Synthetic Aperture Radar) technology. The constellation is to be named Sirb after the Arabic term for a flock of birds, and will address the critical need for better environmental and land usage monitoring, data collection and analysis to meet today’s global challenges.
The planned satellites will be able to create highly detailed and complex radar ‘images’ of land use, ice cover, surface changes and characterisation, with a wide range of scientific, civil and commercial applications.
Sarah Al Amiri commented, “SAR technology leapfrogs traditional imaging satellites, allowing us to continue making detailed observations through day and night, fog and cloud cover, creating complex data sets simply not possible through conventional imaging. These small-scale satellites are more agile, faster to develop and more powerful – an indicator of the types of new generation systems that technology is now making possible.”
SAR technology combines the power of imaging satellites with cloud and ground penetrating capabilities that will open up applications from urban planning to archaeology and from weather prediction to atmospheric quality analysis and climate change mapping. Critically, the SAR radar-based technology can provide high-resolution images for remote sensing applications regardless of sunlight illumination and weather conditions.
The six-year satellite development programme will see the first satellite launch in three years, a much faster time to launch than was possible using traditional earth observation satellite design principles. The Sirb satellites will be built through a number of partnerships between the Emirati public and private sector together with international players, with submissions being opened for a range of system integration, development and subsystem construction opportunities as part of the constellation development, launch, operation and commercialisation plan.
As well as addressing critical human needs for more wide-ranging data, the Sirb constellation provides a private sector opportunity that bridges the gap between the Emirates Mars Mission and the upcoming Beyond Mars Mission to Venus and the Main Asteroid Belt, due to launch in 2028.
