The UAE’s asteroid exploration initiative, set to launch in early 2028, has cleared major technical hurdles, including rigorous environmental assessments for its homegrown lander. Under the Emirates Mission to the Asteroid Belt (EMA), the MBR Explorer probe will embark on an eight-year expedition to examine the origins, structure, and resource potential of seven distinct asteroids throughout the solar system.
Mohsen Al Awadhi, head of the UAE Space Agency’s Space Missions Department, highlighted the mission’s rapid advancement, noting that engineers completed the entire lander—design, construction, and testing—within two years entirely in the UAE. Following successful flight readiness evaluations, the lander is now being readied for attachment to the MBR Explorer spacecraft.
UAE Asteroid Lander Development
The EMA Lander’s creation involved substantial input from the Technology Innovation Institute (TII), with additional support from domestic research bodies and firms. After final preparations, it will be shipped to the University of Colorado Boulder’s Laboratory for Atmospheric and Space Physics, where integration with the MBR Explorer and additional testing will take place.
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Construction of the spacecraft has advanced into its assembly, integration, and testing phase after passing a Critical Design Review in 2025 and a System Integration Review in September of that year. Upcoming steps include full spacecraft testing, final certification procedures, and transportation to Japan’s launch facility.
MBR Explorer Mission Details
Over its eight-year duration, the mission will traverse roughly five billion kilometers, with the first asteroid encounter, 10253 Westerwald, scheduled for February 2030. The final destination, asteroid 269 Justitia, is believed by researchers to have formed in the Kuiper Belt before drifting into the main asteroid belt.
The MBR Explorer will orbit Justitia for about seven months before releasing the UAE-built lander to descend and capture high-resolution surface imagery. The mission will analyze water-bearing asteroids, assessing their structure, chemical makeup, and mineral deposits.
Researchers anticipate the data will enhance knowledge of the early solar system and the potential role of asteroids in delivering water and organic materials to terrestrial planets. The spacecraft is equipped with four primary scientific tools: a high-resolution imager, a thermal infrared camera, a mid-infrared spectrometer, and a thermal infrared spectrometer.
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UAE Space Mission Involvement and Partnerships
Around 150 Emirati specialists are contributing to the project alongside international collaborators, gaining hands-on experience in spacecraft engineering, construction, testing, and operational management. Al Awadhi emphasized that the initiative will strengthen domestic capabilities in interplanetary navigation, autonomous landing technologies, and data analysis.
Half of the mission’s workload has been assigned to private enterprises, supporting opportunities for local firms to innovate in space technology and engage in global markets. Key national partners include the Technology Innovation Institute, Khalifa University, the Mohammed bin Rashid Space Centre, New York University Abu Dhabi, and other academic institutions.
International cooperation extends to NASA, the Japan Aerospace Exploration Agency, the Italian Space Agency, Mitsubishi Heavy Industries, and the University of Colorado Boulder’s Laboratory for Atmospheric and Space Physics. The mission aligns with the UAE’s National Space Strategy 2031 and leverages lessons from previous national projects, such as the Hope Probe mission.
