UAE launches first synthetic aperture radar satellite Etihad-SAT successfully
The satellite departed aboard a Falcon 9 rocket at 10:43 AM UAE time, with the Dubai ground station confirming receipt of the first signal at 12:04 PM UAE time.
Etihad-SAT marks a significant development in MBRSC's Satellite Development Programme as the Centre's first satellite equipped with SAR imaging technology, the Emirates News Agency (WAM) said in a statement, adding that this capability will enhance Earth observation by providing high-resolution images in all weather conditions, furthering the UAE's commitment to developing space solutions.
UAE launches Etihad-SAT: First SAR satellite enhances Earth observation capabilities
The satellite was developed through a partnership with South Korea's Satrec Initiative. MBRSC's team led the technical specifications phase before progressing to preliminary design and technical validation.
MBRSC engineers subsequently took the lead in finalising the design and manufacturing in partnership with Satrec Initiative, aligning with MBRSC's commitment to enhancing national space capabilities through knowledge transfer and technology localisation.
'The UAE is steadily advancing towards strengthening its position among the leading nations in space science and technology, guided by the vision of our leadership and its continuous support for this vital sector. We express our gratitude for this support, which has resulted today in a new achievement with the launch of Etihad-SAT. The satellite represents a strategic step in enhancing our Earth observation capabilities and gathering critical data that supports sustainable development. This milestone also paves the way for leveraging space technologies across various fields that serve the nation. We remain dedicated to achieving sustainable technological advancement that strengthens our country's position and solidifies its active role on the global stage,' Talal Humaid Belhoul Al Falasi, Vice President, MBRSC said.
Etihad-SAT represents a technological advancement in MBRSC's satellite fleet, integrating radar imaging technology with existing optical satellite capabilities.
The satellite features advanced SAR technology for high-precision Earth observation across all weather and environmental conditions during both day and night.
It offers three imaging modes: spot mode for high-resolution imaging of small areas, scan mode for wide-area coverage, and strip mode for extended observation of longer regions.
'The successful launch of Etihad-SAT is a testament to the support and vision of our leadership, reflecting the progress the UAE is making in the space sector and further reinforcing its contributions in this domain. This achievement reflects our commitment to advancing the UAE National Space Programme and a part of our ambitious strategy to drive innovation and space technology development. It aligns with a long-term vision aimed at empowering future generations to contribute to sustainable progress in space exploration. We will continue to work towards achieving further milestones and reinforce the UAE's position as a key player in this sector,' Hamad Obaid AlMansoori, Chairman of MBRSC added.
These capabilities make Etihad-SAT applicable for multiple industries, from detecting oil spills and managing natural disasters to enhancing maritime navigation, supporting smart agriculture, and conducting environmental monitoring.
Data collected by Etihad-SAT will be processed using AI technology to enhance accuracy and efficiency.
'We extend our heartfelt congratulations to the UAE on the successful launch of Etihad-SAT, a remarkable achievement. This milestone not only strengthens the UAE's capabilities in Earth observation but also highlights the importance of international collaboration. As a long-standing partner, Satrec Initiative is proud to collaborate with MBRSC to develop high-resolution SAR satellite. We look forward to continued cooperation with MBRSC and the UAE in shaping the future of space technology,' Ee-Eul Kim, CEO & President of Satrec Initiative said.
SAR technology allows satellites to capture high-resolution images regardless of weather conditions, time of day, or atmospheric interference.
Unlike optical cameras, radar imaging uses radio waves that penetrate clouds, darkness, and rain, enabling consistent data collection.
The satellite will be operated and managed by MBRSC's Mission Control Centre, with specialised teams overseeing operations and analysing data transmitted back to Earth.
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