Bahrain Space Agency Announces Progress in Initial Operations of "Al-Munther" Satellite
TDT | Manama
Email : ashen@newsofbahrain.com
The Bahrain Space Agency has provided an update on the initial operational phase of the national satellite "Al-Munther," successfully launched on March 15, 2025, from Vandenberg Air Force Base in the United States aboard a SpaceX Falcon 9 rocket as part of an international mission carrying multiple satellites.
The technical team confirmed that the first signals from the satellite were received upon reaching its designated orbit. Several signals were successfully captured through the ground station, with incoming data indicating that the satellite remains stable in orbit and that its core systems are operating within designated technical parameters. This is considered a positive indication of the satellite’s health and stability.
Commenting on the development, Dr. Mohammed Al-Asiri, CEO of the Bahrain Space Agency, stated: "Al-Munther represents a strategic achievement for the Kingdom of Bahrain, showcasing significant progress in developing national capabilities in the space sector. The success of the initial operational phases thus far reflects the collective efforts of a skilled and ambitious team, paving the way for a new era of space innovation and development."
Project Manager Eng. Aisha Al-Harm further explained: "System activation began as soon as the satellite reached orbit, with the power system being the first to be initiated, enabling the activation of other systems. We are currently in the process of testing core systems, including communications, control, and orientation, in preparation for testing the four technical payloads, one of which includes an artificial intelligence module."
She added: "This phase is among the most crucial in the satellite’s lifecycle, as it assesses the efficiency and stability of the systems essential to its operation. These tests include monitoring solar panel performance against expected power outputs, verifying wireless communication for safe command transmission and reception, testing the orientation determination system, and measuring internal temperatures to ensure all components function within allowable ranges."
Al-Harm emphasized that each system is tested individually, with data meticulously analyzed and tests repeated to ensure consistency. Additionally, communication with the satellite is limited to the duration of its pass over the ground station, requiring precise scheduling to maximize every available contact window.
It is important to note that this phase does not follow a fixed timeline due to the complexity of the systems, varying response times, and limited communication opportunities. The team is also proceeding cautiously in issuing technical commands to mitigate risks during this critical stage while preparing for potential challenges posed by the harsh orbital environment.
The Bahrain Space Agency continues to implement the project’s operational plan in adherence to the highest engineering standards, aiming to complete core system tests before proceeding to the evaluation of the four technical payloads. This will ultimately lead to the commencement of routine operations, enabling the satellite to efficiently carry out its scientific and technological missions in the coming period.
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