MBRSC Successfully Launches PHI-1 Satellite To Enhance Global Access To Space Technology

The Mohammed Bin Rashid Space Centre (MBRSC) has announced the successful launch of PHI-1, a modular satellite platform developed under the Payload Hosting Initiative (PHI). This project is in collaboration with the United Nations Office for Outer Space Affairs (UNOOSA) and its global initiative, Access to Space for All. The satellite was launched at 10.44 PM UAE time on Friday aboard a SpaceX Falcon 9 rocket from Vandenberg Space Force Base in California, USA.

PHI-1 is part of the UAE's mission to make space more accessible by allowing nations and organisations to test their technologies in orbit. As the first satellite under the PHI programme, it carries payloads from Bahrain Space Agency, Antarikchya Pratisthan Nepal, MBRSC, and Sharjah Academy for Astronomy, Space Sciences and Technology (SAAST). This mission enhances international partnerships and supports a globally connected space ecosystem.

Amer AlSayegh AlGhaferi, Assistant Director General of the Aerospace Engineering Sector at MBRSC, stated that PHI-1 embodies the UAE’s vision of empowering nations and organisations by providing opportunities to test technology innovations in space. "This mission highlights the value of combining international cooperation with locally developed engineering capabilities at MBRSC," he said. With UNOOSA's support, pathways are being created for researchers and engineers to participate in space missions that advance learning and create long-term scientific benefits.

Aarti Holla-Maini, Director at UNOOSA, commented on the significance of inclusive partnerships like PHI-1. She said these collaborations open space access to more nations by reducing costs and risks while building skills and accelerating innovation that benefits people on Earth. "We are proud to partner with MBRSC," she added.

PHI-1 is a 12U CubeSat designed to support various technology demonstrations that enhance small satellite systems development. With an operational lifespan expected to be one year, it allows partner entities to conduct in-orbit testing that strengthens their capabilities in satellite engineering, data analysis, and real-time mission operations.

The mission's collaborative nature is evident through its diverse payload suite. The Bahrain Space Agency’s AMAN payload tests Advanced Encryption Standard protocols for enhancing satellite communication security. Antarikchya Pratisthan Nepal has contributed a LoRa Satellite System exploring LoRa communication technology's performance in orbit. Meanwhile, MBRSC’s New-Space Video Camera will capture high-definition images and videos supporting technology validation and educational outreach.

Educational Impact and Sustainable Development

The Sharjah Academy for Astronomy, Space Sciences and Technology (SAAST) payload aims to measure temperature and orientation using a student-designed printed circuit board. PHI-1 was designed and assembled at MBRSC’s facilities in Dubai with partner teams working closely with engineers throughout development stages from concept design to flight preparation.

The data received at MBRSC’s Mission Control Centre will be analysed and shared with participating organisations. This enables them to advance research, refine technologies, and build new scientific capabilities. PHI-1 also contributes directly to the United Nations Sustainable Development Goals by supporting Quality Education through hands-on training.

The mission demonstrates how international cooperation backed by national engineering capability can create meaningful opportunities supporting global science advancement. With PHI-1's successful launch, the UAE continues reinforcing its role as a partner opening doors to space while empowering future scientists and engineers worldwide.

With inputs from WAM