On the 9th of February 2021, the Emirates Mars Mission’s Hope Probe entered orbit around Mars, making the United Arab Emirates the fifth entity in history — after NASA, the Soviet Union, the European Space Agency, and India — to reach the red planet. The achievement was remarkable not merely for its technical success but for its timeline: the UAE announced its Mars programme in 2014 and delivered a functioning orbital science mission in less than seven years, on budget and on schedule, during a global pandemic. No nation had previously gone from zero space heritage to interplanetary orbit in so compressed a period.
But the Hope Probe was never intended as an endpoint. It was the opening move in a multi-generational space strategy that connects the near-term science mission to the centennial plan’s technology development goals and, ultimately, to the Mars 2117 programme — the UAE’s stated ambition to establish a human settlement on Mars within one hundred years of the nation’s founding.
The Strategic Logic of a Space Programme
The decision to invest billions of dirhams in space exploration makes no sense if analysed purely as a scientific endeavour. The UAE has neither the population base nor the industrial legacy of traditional spacefaring nations. Its R&D ecosystem, while rapidly maturing, cannot match the depth of NASA’s network of national laboratories or ESA’s seventy-year institutional heritage.
The strategic logic lies elsewhere. The UAE government has explicitly described the space programme as an instrument of economic diversification, human capital development, and national identity formation. Space missions create demand for advanced manufacturing capabilities, precision engineering talent, systems integration expertise, and project management discipline that spill over into the broader economy. Every engineer trained to build spacecraft is an engineer who can subsequently contribute to defence technology, autonomous systems, semiconductor development, or renewable energy infrastructure.
This spillover logic is borrowed directly from the American experience. NASA’s Apollo programme generated an estimated return of $7 to $14 for every dollar invested, not through the lunar rocks retrieved but through the technologies, talent pipelines, and institutional capabilities developed to get there. The UAE leadership has studied this history carefully and concluded that the multiplier effects of a space programme justify the investment even if the Mars 2117 settlement remains aspirational.
The Mohammed bin Rashid Space Centre and Institutional Capacity
The Mohammed bin Rashid Space Centre (MBRSC) in Dubai serves as the operational hub of the UAE’s space programme. Established in 2006, MBRSC has evolved from a satellite development laboratory into a full-spectrum space organisation capable of designing, manufacturing, testing, and operating spacecraft.
The centre’s progression has been methodical. DubaiSat-1 (2009) and DubaiSat-2 (2013) were earth observation satellites built in partnership with South Korea’s Satrec Initiative, with knowledge transfer agreements that required Emirati engineers to participate in every phase of design and assembly. KhalifaSat (2018) was the first satellite designed and manufactured entirely by Emirati engineers at MBRSC facilities in Dubai — a milestone that demonstrated sovereign capability in spacecraft development.
The Hope Probe represented a quantum leap in complexity. An interplanetary mission requires capabilities orders of magnitude beyond earth orbit satellites: deep space navigation, autonomous fault management, precision orbital insertion, and science instruments capable of operating millions of kilometres from ground control. MBRSC assembled a team of approximately 200 engineers, with an average age of 27, who designed and built the probe in partnership with the University of Colorado Boulder, Arizona State University, and the University of California, Berkeley. The partnership model was deliberately structured to maximise knowledge transfer — Emirati engineers worked on-site at American laboratories, gaining hands-on experience with interplanetary mission design while retaining intellectual property for the UAE.
The probe carries three science instruments: the Emirates Mars Infrared Spectrometer (EMIRS), the Emirates Mars Ultraviolet Spectrometer (EMUS), and the Emirates Exploration Imager (EXI). Together, these instruments provide the first complete picture of Mars’s atmosphere across all seasons and times of day, generating data that is shared freely with the international scientific community through the Mars Data Node.
The Science Returns: What Hope Has Discovered
More than five years into its science mission, the Hope Probe has delivered findings that have significantly advanced the global understanding of Martian atmospheric dynamics.
The probe’s observation of discrete aurora events on Mars — ultraviolet emissions occurring in localised regions of the planet’s nightside atmosphere — provided the first comprehensive mapping of proton aurora distribution across the Martian surface. These auroral events are caused by interactions between solar wind protons and the remnant magnetic fields that persist in certain regions of Mars’s crust, a relic of the planet’s ancient global magnetic field that collapsed billions of years ago.
EMUS observations revealed unexpected variability in the distribution of atomic oxygen in the upper atmosphere, with implications for understanding Mars’s ongoing atmospheric loss to space. The data suggests that the rate at which Mars loses its atmosphere to solar wind stripping is more variable and more dependent on seasonal factors than previous models predicted.
For the broader scientific community, these findings are valuable. For the UAE, they are also strategic. Every peer-reviewed paper published from Hope Probe data elevates the country’s scientific credibility, attracts international research partnerships, and validates the investment thesis that a young spacefaring nation can contribute meaningfully to planetary science.
The Mars 2117 Programme: Ambition at Civilisational Scale
The Mars 2117 programme, announced by Sheikh Mohammed bin Rashid Al Maktoum in 2017, describes the UAE’s intention to establish a human settlement on Mars by the year 2117 — the 200th anniversary of the nation’s founding (using the 1917 establishment of the Trucial States as the reference date, though the modern UAE was formally established in 1971).
The programme is explicitly framed as a multi-generational undertaking. No technology currently exists to sustain a permanent human presence on Mars, and the UAE government makes no claim to possess a near-term solution. Instead, the Mars 2117 programme establishes a directional intent — a civilisational aspiration that orients the nation’s research priorities, talent development, and institutional capacity building toward a defined goal over the coming century.
The near-term manifestation of this ambition is the Mars Science City, a $135 million complex in the desert outside Dubai designed to simulate Martian living conditions. The 1.9 million square foot facility, designed by Bjarke Ingels Group, incorporates pressurised domes, hydroponic food production systems, water reclamation technologies, and energy generation systems intended to replicate the challenges of sustaining human life in an environment with thin atmosphere, extreme temperatures, and no indigenous biological resources.
Mars Science City serves multiple functions: it is a research facility for life support technologies, a training environment for future mission crews, an educational attraction that inspires Emirati youth, and a technology testbed whose innovations — in water purification, closed-loop agriculture, and energy efficiency — have direct applications to sustainability challenges on Earth.
The Broader Space Ecosystem
The UAE’s space ambitions extend well beyond Mars. The Emirates Lunar Mission, launched in 2023 aboard a SpaceX Falcon 9, deployed the Rashid rover — the Arab world’s first lunar exploration vehicle. Although the rover was lost during the landing attempt by the Japanese ispace Hakuto-R lander, the mission demonstrated the UAE’s capability to design and build a planetary surface exploration vehicle. A second-generation Rashid 2 rover is under development with enhanced capabilities and an alternative landing architecture.
The UAE Space Agency, distinct from MBRSC, operates as the national regulatory and policy body. It has established bilateral space cooperation agreements with more than 30 countries and plays an active role in the United Nations Committee on the Peaceful Uses of Outer Space (COPUOS). The agency’s regulatory framework for commercial space activities positions the UAE as a potential launch and manufacturing hub for the emerging commercial space industry.
Satellite communications represent the most commercially mature segment of the UAE’s space ecosystem. Yahsat, the Abu Dhabi-based satellite operator majority-owned by Mubadala, operates a constellation of geostationary communications satellites serving government, military, and commercial customers across the Middle East, Africa, Central Asia, and Europe. Yahsat’s Thuraya mobile satellite telephony subsidiary provides voice and data services in regions with limited terrestrial telecommunications infrastructure.
The Human Capital Multiplier
The space programme’s most enduring contribution to the centennial plan may be its effect on human capital. The UAE’s first astronaut, Hazzaa Al Mansoori, flew to the International Space Station in 2019. Sultan Al Neyadi followed in 2023 with a six-month long-duration mission aboard the ISS — the first Arab astronaut to conduct an extended stay on the station. Nora Al Matrooshi was selected in 2021 as the first female Arab astronaut candidate and is training for a future mission assignment.
These individual achievements are amplified through their cultural impact. Survey data from the UAE Ministry of Education indicates that applications to STEM programmes at UAE universities have increased by more than 40 percent since the Hope Probe launch, with the most significant gains among female students. The UAE National Space Programme reports that more than 1,500 Emirati professionals are now employed in space-related roles across government and private sector, up from fewer than 100 in 2010.
The talent pipeline extends beyond space-specific roles. Engineers who gain experience in spacecraft systems engineering, thermal management, power systems, and embedded software subsequently move into defence technology, autonomous vehicles, renewable energy systems, and advanced manufacturing — precisely the sectors that the centennial plan identifies as pillars of the post-oil economy.
Space as National Identity
For a nation that celebrates its 55th anniversary in 2026, the space programme provides something that economic diversification statistics and GDP growth rates cannot: a narrative of civilisational ambition. The UAE’s Bedouin ancestors navigated the desert by the stars. Today, their descendants are sending instruments to orbit Mars and training astronauts for long-duration spaceflight.
The centennial plan explicitly connects the Mars mission to national identity. The 2071 vision describes a UAE that is “the best country in the world” — a bold claim that requires achievements beyond economic prosperity. The space programme provides the Emirates with an unambiguous demonstration of what a small nation can accomplish through strategic investment, institutional discipline, and intergenerational ambition.
Whether humans walk on Mars under a UAE flag by 2117 is unknowable. What is certain is that the journey toward that goal is already transforming the Emirates — building capabilities, inspiring generations, and anchoring the centennial vision in something that transcends quarterly earnings and oil price fluctuations. In a region too often defined by conflict and stagnation, the UAE’s space programme stands as evidence that ambition, properly resourced and patiently executed, can reshape what is possible.