MBRSC Showcases UAE’s Space Industry Capabilities With MBZ-SAT At Make It In The Emirates 2025

The Mohammed Bin Rashid Space Centre (MBRSC) is showcasing its advancements at Make it in the Emirates 2025. The centre is highlighting MBZ-SAT, the region's most advanced satellite, as a model for space-driven industrial growth and innovation. Launched on 14 January, this mission underscores the UAE’s growing expertise in satellite technology and its ambition to be a global hub for advanced manufacturing and space technology.

MBRSC's stand at the event features a full-scale Qualification Model of MBZ-SAT. It also displays locally developed components like the aluminium honeycomb panel, frame structure, reaction wheel bracket, electronic box, and harness. These were created in collaboration with UAE-based entities. Additionally, a model of the Rashid Rover is on display, symbolising contributions to lunar exploration and the broader space economy.

Salem Humaid AlMarri, Director-General of MBRSC, stated that working with local partners to manufacture advanced components meeting space standards is a source of pride. He said, "The development of MBZ-SAT stands as a clear example of how collaboration between local entities can produce world-class results." This collaboration enhances local manufacturing capabilities and supports the UAE’s vision for a resilient economy rooted in technology and sustainability.

MBZ-SAT was fully developed by Emirati engineers. Ninety percent of its mechanical components and many electronic systems were sourced from UAE companies. Local firms such as Strata, EPI, Rockford Xellerix, HALCON, Falcon, and Emirates Global Aluminium (EGA) provided expertise and solutions. This demonstrates the strength of the private sector in delivering aerospace technology.

The project has driven economic growth by creating opportunities for UAE companies in high-tech manufacturing and space technology sectors. This collaboration facilitated knowledge transfer, ensuring sustainable aerospace ecosystem development in the UAE. The satellite’s development aligns with establishing a diversified knowledge-based economy while setting global benchmarks for excellence.

EPI and HALCON played crucial roles in developing critical components for MBZ-SAT. EPI focused on precision engineering to deliver high-quality parts while HALCON specialised in assembling printed circuit boards and software-related components.

Industry Leaders' Contributions

Dr. Mohammed Alahbabi from EDGE highlighted their role in national space missions like MBZ-SAT. He said EDGE companies have been vital contributors: "EPI has provided over 100 high-quality parts and components." HALCON contributed significantly to PCBs and software-related components.

Ismail Ali Abdulla from Strata Manufacturing emphasised their contribution to MBZ-SAT as part of the "Make it in the UAE" initiative. He noted that Strata produced mechanical components equipped with high-grade aluminium panels designed to withstand extreme conditions in space.

Sustainable Innovations

EGA supplied MBRSC with CelestiAL solar aluminium for MBZ-SAT's critical parts through a local partner company. Abdulnasser Bin Kalban from EGA remarked on this sustainable innovation: "EGA was the first company in the world to produce aluminium commercially using solar power."

The Falcon Group contributed mechanical components using advanced materials to meet satellite demands. Prabhu Badrinathen from Falcon Group expressed pride in partnering with MBRSC: "This collaboration highlights our commitment to excellence."

Advanced Engineering Expertise

Rockford Xellerix played a key role by developing embedded systems and wiring solutions for MBZ-SAT through their engineering expertise. Nauman Arshad from Rockford Xellerix shared his thoughts: "It is an honour to be part of such a significant programme."

MBRSC’s participation at Make it in the Emirates 2025 reflects a national drive to position the UAE as a leader in knowledge-based industries. Through strategic partnerships like those formed around MBZ-SAT, local manufacturing is empowered while self-reliance is enhanced.

With inputs from WAM