Arab Satellite 813's Final Design Approved, Prepares For Next Development Phase

The National Space Science and Technology Center (NSSTC) at UAE University recently reviewed the final design of the Arab Satellite 813. This advanced earth observation satellite aims to monitor the environment and climate, providing hyperspectral observations in the Visible/Near Infrared (VNIR) and Shortwave Infrared (SWIR) regions of the electromagnetic spectrum. The satellite will primarily serve the UAE and other countries in the Arab Space Collaboration Group (ASCG).

Funded by the UAE Space Agency (UAESA) and executed by UAE University, Arab Satellite 813 is a cornerstone for fostering cooperation among ASCG countries in space science and technology. The sessions conducted a thorough evaluation of the satellite's design, its sensor payload, and ground support systems.

Salem Butti Salem Al Qubaisi, Director General of UAESA, stated that engineering teams are now preparing to move to the next stage of Assembly Integration and Test (AI&T) at NSSTC following the successful completion of the design phase. "The engineering teams are preparing to move to the next stage of Assembly Integration and Test (AI&T) at the NSSTC following the success of the design stage," he said.

The satellite is named 813, referencing a significant year marking the beginning of prosperity for Baghdad's House of Wisdom under Al-Ma’mun’s reign. This institution represented regional scientific advancement by embracing scholars, translating important texts, and producing scientific capabilities.

The program involves developing a spacecraft to host a hyperspectral optical instrument. Additionally, it serves as a collaborative platform for ASCG member countries. The satellite is unique among hyperspectral satellites due to its weight, size, and efficiency.

Building Local Expertise

The agency prioritised several factors during selection, including manufacturing within the country through local scientific centres and laboratories. This approach aims to build and develop local and Arab capacity in satellite design, manufacturing, assembly, testing, ground operations, and data analysis.

This initiative not only enhances regional cooperation but also strengthens local expertise in space science. By focusing on domestic production capabilities, it ensures sustainable growth in this high-tech sector.

The comprehensive evaluation covered all aspects of the satellite's design and functionality. This meticulous review ensures that every component meets stringent standards before moving forward with assembly.

The project underscores UAE's commitment to advancing space science while promoting collaboration across Arab nations. It represents a significant step towards achieving self-reliance in space technology within the region.

With inputs from WAM