Arab Satellite 813 Demonstrates UAE’s Advanced Capabilities In Satellite Assembly And Testing

The National Space Science and Technology Center at the United Arab Emirates University has successfully completed all environmental and technical testing phases for Arab Satellite 813. This achievement took place at their Assembly, Integration, and Testing facility in Al Ain. It signifies a significant advancement in the UAE's capability to assemble, test, and operate satellites independently.

Arab Satellite 813 is a pioneering collaborative effort among Arab nations. Initiated under the guidance of His Highness Sheikh Mohammed bin Rashid Al Maktoum, it was presented as a gift to the Arab Space Cooperation Group. The satellite aims to enhance scientific research by mapping environments, monitoring natural phenomena, and analysing land cover dynamics.

The satellite has passed its Launch Readiness Review and Operational Readiness Review, confirming its full preparedness for launch and reliable in-orbit operations. These reviews ensure that the satellite, launch vehicle, ground systems, and mission operations teams are fully prepared for their roles.

Environmental tests simulated harsh conditions of launch and space. These included thermal vacuum testing with extreme temperature cycles from -173°C to 127°C. Vibration testing used 3D axes to evaluate structural resilience. Mass properties testing ensured precise mass and centre-of-gravity measurements.

The Flight Readiness Review verified that all systems are ready for launch. The Operational Readiness Review confirmed the readiness of ground stations and mission operations teams. These milestones follow a complete Assembly, Integration, and Testing campaign conducted by certified UAE engineers under Airbus supervision.

The project not only aims for technical success but also focuses on building a sustainable national base of expertise. Comprehensive training programmes with leading partners have enhanced national capabilities in design, assembly, and testing. This supports long-term knowledge transfer and growth of a specialised local industry.

Advanced Payloads for Environmental Monitoring

Arab Satellite 813 carries advanced payloads enabling high-resolution hyperspectral imaging. This supports environmental monitoring and data-driven decision-making in fields like natural resource management, vegetation monitoring, air quality analysis, climate impact assessment, and disaster response.

Functional tests for the satellite and its payload were conducted entirely in-house using locally designed mechanical ground support equipment. This reflects progress in strengthening an integrated national industrial ecosystem to support the UAE’s space sector.

Regional Cooperation in Space Science

This flagship initiative under the Arab Space Cooperation Group has advanced knowledge exchange among Arab engineers and students. It reflects the UAE’s leadership in promoting regional space cooperation while building sustainable national expertise in space science and technology.

The mission represents a strategic step towards a sustainable Arab space ecosystem driven by local talent and advanced research. After launch, the Al Ain team will lead all mission control activities.

With inputs from WAM