UAE’s Rashed Rover 2 finished another round of testing, launch coming in 2026
The Mohammed Bin Rashid Space Centre completed a new round of successful testing for Rashid Rover 2, inching ever closer toward its upcoming lunar mission.
The UAE’s second attempt at a lunar rover recently left for the United States as preparations continue for its launch to the far side of the Moon in 2026 aboard Firefly Aerospace’s Blue Ghost Mission 2.
While in the states, the rover underwent a comprehensive series of evaluations. The latest testing campaign covered electrical, software, and mechanical interface checks with Firefly Aerospace’s Blue Ghost lunar lander. It also included wireless performance assessments to verify reliable communication between Rashid Rover 2 and the lander.
In parallel, the Emirates Lunar Mission team collaborated closely with Firefly Aerospace engineers to carry out deployment and drive-off tests. These trials were designed to confirm that the rover can be safely released and operate effectively on the lunar surface across a range of scenarios and environmental conditions.
This phase of testing plays a critical role in validating the integration between Rashid Rover 2 and the Blue Ghost lander, helping to ensure smooth performance during transit to the Moon and throughout surface operations.
Dr. Hamad AlMarzooqi, Project Manager of the Emirates Lunar Mission at MBRSC, said the recent tests represent an important milestone in the mission’s progress. He noted that the collaboration with Firefly Aerospace reflects a shared commitment to accuracy and innovation, aimed at meeting the mission’s scientific and technical objectives with high reliability. He added that Rashid Rover 2 demonstrates the dedication of Emirati engineers and the UAE’s continued ambition to contribute meaningfully to global lunar exploration through knowledge-driven advancement.
After reaching the lunar surface, Rashid Rover 2 will begin scientific operations using an array of cameras and research instruments. Its mission includes studying the Moon’s plasma environment, geological features, and thermal characteristics. The rover will also analyze lunar soil properties, surface temperature structures, and the lunar photoelectron sheath, generating data to support future in-situ resource utilization and broader deep-space exploration efforts.
