Abu Dhabi:The Emirates Mission to the Asteroid Belt (EMA) is progressing towards its scheduled launch in the first quarter of 2028. This initiative represents a strategic investment by the UAE in its space sector, aiming to develop national talent, bolster space industries, and create new economic opportunities.
According to Emirates News Agency, significant progress has been made on the mission, notably in the development of the EMA Lander. This lander, a major engineering achievement, was designed, developed, assembled, and tested entirely within the UAE in under two years. It has passed all necessary technical and environmental tests to ensure its flight readiness.
The Technology Innovation Institute (TII), along with national research institutions and companies, played a crucial role in developing the lander. It is being prepared for transfer to the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado Boulder for integration with the MBR Explorer and further testing. The mission has progressed to the assembly, integration, and testing phase, with teams currently integrating and testing the explorer’s subsystems.
The mission is expected to cover approximately five billion kilometers over an eight-year journey, encountering its first asteroid, 10253 Westerwald, in February 2030. The mission's objectives include investigating the origins and evolution of water-rich asteroids and their role in transporting water and organic compounds to rocky planets.
Al Awadhi, Director of the Space Missions Department at the UAE Space Agency, emphasized the scientific significance of 269 Justitia, the mission’s final destination. Studying this asteroid could provide valuable insights into the movement of celestial bodies and the transport of water and organic materials during the Solar System’s early history. The mission also aims to assess the resources and potential future uses of these asteroids.
The mission is recognized as the most complex in the UAE space programme's history, involving multiple asteroid targets and challenging operating conditions, including significant temperature variations and precise navigation for gravity-assist maneuvers. Advanced power management and thermal control systems have been incorporated to address challenges such as signal delays and reduced solar radiation.
With a limited launch window of three weeks, the mission requires precise engineering planning and comprehensive testing. The MBR Explorer will carry four principal scientific instruments to examine asteroid terrain and search for indications of water and organic compounds. National and international partners are collaborating to support the mission’s development and operations, with approximately 150 Emirati professionals gaining direct experience.
The mission aligns with the National Space Strategy 2031 by fostering a competitive, sustainable space sector. It offers specialized opportunities for Emiratis and aims to enhance the UAE’s scientific and engineering capabilities, building on expertise from previous national space projects, such as the Hope Probe.