In less than two decades, the United Arab Emirates has transformed from a nation with no space program into a global space power commanding international respect. From sending the Hope Probe into Mars orbit in a historic achievement that made it the fifth country to reach the Red Planet, to developing the Rashid lunar rover and preparing for the ambitious asteroid belt mission in 2028 — the UAE has charted a unique path combining scientific ambition, strategic international partnerships, and national capacity building. The UAE space sector is now worth more than AED 22 billion ($5.9 billion) according to the 2025 Space Economic Survey, with over 170 companies operating in this vital sector.

The Hope Probe: The First Arab Interplanetary Mission and Its Lasting Scientific Legacy

The Hope Probe (Al Amal) remains the cornerstone of the UAE space program’s success story. Launched in July 2020 from the Tanegashima Space Center in Japan, the probe successfully entered Mars orbit in February 2021, making the UAE the fifth nation in human history to successfully reach the Red Planet — and the first in the Arab world. The probe was developed in collaboration with leading American universities including the University of Colorado Boulder, Arizona State University, and University of California, Berkeley, under the supervision of the Mohammed bin Rashid Space Centre (MBRSC).

In July 2025, the UAE celebrated the fifth anniversary of the probe’s launch, which continues to orbit Mars and transmit valuable scientific data about the Martian atmosphere. The probe has delivered unprecedented scientific contributions including:

• The first comprehensive map of Mars’ atmosphere across a full Martian day through all seasons
• Discovery of “Discrete Aurora” on Mars — the largest auroral structure ever observed on the Red Planet
• Observations of Martian dust dynamics and their climate impact in unprecedented detail
• Free sharing of data with more than 200 universities and research centers worldwide through NASA and international partners

“The Hope Probe is not just a space mission — it is a message from 50 million young Arabs that there are no limits to our ambitions. We proved that a nation less than 50 years old can compete at the highest levels of space exploration.”
— Sarah Al Amiri, Chair of the UAE Space Agency

The probe’s scientific findings have been published in top-tier peer-reviewed journals including Nature Astronomy and Geophysical Research Letters, reinforcing the UAE’s standing in the international scientific community. The probe continues transmitting daily data that contributes to a deeper understanding of how Mars’ climate has evolved over billions of years.

Rashid Lunar Rover: The UAE Heading to the Moon’s Far Side in 2026

The Rashid Rover 2 mission represents the next giant leap in the UAE space program. In May 2025, the Mohammed bin Rashid Space Centre announced a partnership with American company Firefly Aerospace to transport the rover to the Moon’s far side in 2026, aboard the Blue Ghost lander stacked on the Elytra Dark orbital vehicle. The mission will also carry scientific payloads from NASA, the European Space Agency (ESA), and Australia.

This announcement came after the failure of the first attempt in April 2023, when the Japanese HAKUTO-R lander carrying Rashid Rover 1 crashed on the lunar surface. However, the UAE transformed this setback into motivation for an even more ambitious mission.

In December 2025, the Mohammed bin Rashid Space Centre confirmed that Rashid Rover 2 had successfully completed deployment and drive-off tests in the United States in collaboration with Firefly Aerospace. MBRSC also renewed its strategic collaboration with the French National Centre for Space Studies (CNES), which is supplying two cameras and a CASPEX module for high-resolution lunar imaging.

Scientific objectives of Rashid Rover 2 include:

• Studying the lunar plasma environment on the far side
• Analyzing lunar geology and soil properties and their physical characteristics
• Measuring surface temperatures and thermophysical properties
• Studying the lunar photoelectron sheath

This mission will place the UAE in an exclusive group of nations that have explored the Moon’s far side — an achievement accomplished only by China so far. This development is part of the broader context of the UAE space race that is redrawing the global map of space exploration.

UAE Space Agency and the National Space Strategy 2030

The National Space Strategy 2030 provides the comprehensive framework guiding the UAE space sector. Adopted by the government in 2019, it encompasses 6 main objectives, 21 programs, and 79 initiatives benefiting more than 85 entities across the country. The strategy aims to increase the space sector’s contribution to the national economy and transform the UAE into a global hub for space industry.

The six main strategic objectives include:

1. Delivering competitive and leading space services at the global level
2. Developing advanced local capabilities in space technology manufacturing, research, and development
3. Launching inspiring scientific and exploration missions that elevate the UAE’s global profile
4. Growing specialized human capital in space science and technology
5. Strengthening the regulatory environment to attract investments and support innovation
6. Building strategic international partnerships with major space powers

The UAE Space Agency launched its comprehensive digital platform in 2025 to streamline space licensing procedures and support innovation, including the Space Economic Zones program designed to attract the private sector and stimulate investment. The agency now oversees more than 170 companies in the UAE space sector, making it one of the most diverse space ecosystems in the region.

UAE Astronauts: From Hazza Al Mansouri to the International Space Station

The UAE Astronaut Programme represents one of the nation’s most prominent achievements in human spaceflight. On September 25, 2019, Hazza Al Mansouri launched aboard the Russian Soyuz MS-15 spacecraft to become the first Emirati and Arab astronaut to reach the International Space Station, on a mission carrying the slogan “Zayed’s Ambition.” Al Mansouri spent eight days aboard the station, conducting 16 scientific experiments and filming the first-ever Arabic-language tour of the ISS.

But the greater milestone came with Sultan Al Neyadi, who launched in March 2023 as part of Crew-6 aboard a SpaceX Dragon capsule from the Kennedy Space Center. Al Neyadi achieved a series of historic firsts:

• First Arab astronaut to reside on the ISS for a full 6-month mission
• First Arab astronaut to perform a spacewalk (EVA) alongside NASA’s Stephen Bowen in a mission lasting 7 hours and 1 minute
• Serving as lead flight engineer during Expedition 69
• Conducting more than 200 scientific experiments during his stay aboard the station

“When I looked at Earth from the station window, I didn’t see borders between nations. I saw one beautiful planet that deserves all of us working together to protect it and explore what lies beyond.”
— Sultan Al Neyadi, Emirati Astronaut

As part of its partnership with NASA, the UAE will receive a seat on a future Artemis mission in exchange for developing the Crew and Science Airlock Module for the Lunar Gateway station. MBRSC signed a contract with Italian-French firm Thales Alenia Space in February 2025 to design and build the module, which measures 10 meters long, 4 meters wide, with a mass of 10 tonnes, scheduled for launch by 2030.

Satellite Manufacturing and Earth Observation Capabilities: Emirati Technological Prowess

The UAE has achieved quantum leaps in domestic satellite manufacturing, pursuing a clear strategy of technological self-reliance. The MBZ-SAT, launched in January 2025, represents the flagship achievement of this approach — developed entirely by Emirati engineers with 90% of its mechanical and electronic components manufactured locally in the UAE, representing the fruit of 20 years of accumulated expertise at the Mohammed bin Rashid Space Centre.

In March 2025, the Etihad-SAT radar satellite was launched to enhance the UAE’s Earth observation capabilities. Space42 (formed from the merger of Yahsat and Bayanat) announced the expansion of its domestic Earth observation satellite fleet to seven spacecraft in partnership with ICEYE to cover the Middle East region.

The UAE satellite constellation includes:

• KhalifaSat: The first Earth observation satellite built entirely by Emirati hands
• MBZ-SAT: The most advanced in the region, with imaging resolution exceeding one square meter
• Etihad-SAT: A radar satellite for all-weather Earth observation
• Thuraya-4: Launched in January 2025 by SpaceX to provide narrowband connectivity across Europe, Africa, Central Asia, and the Middle East

According to Bloomberg, Space42 won a AED 378 million contract from Fada to enhance Earth observation capabilities in the UAE over the next five years, with a focus on AI-powered satellite imagery analysis. Abu Dhabi is also positioning itself as a global hub for Earth observation satellite manufacturing by establishing a Synthetic Aperture Radar (SAR) satellite manufacturing center. This trajectory intersects with the UAE defense industry, which increasingly leverages space-based technologies.

The Emirates Mission to the Asteroid Belt 2028: The Most Ambitious Arab Space Mission

The Emirates Mission to the Asteroid Belt (EMA) is the most ambitious Arab space project ever conceived. The MBR Explorer spacecraft will launch in March 2028 during a narrow three-week launch window aboard a Japanese rocket, embarking on a 5-billion-kilometer journey to explore seven asteroids in the belt between Mars and Jupiter.

In February 2025, the spacecraft design received final approval, and approximately 40 Emirati engineers temporarily based in Colorado, USA, began building the 2,300-kilogram spacecraft. According to Space.com, the mission remains on schedule.

Mission timeline:

1. March 2028: Launch from Japan
2. February 2030: First asteroid encounter — beginning of flyby operations
3. 2030-2034: Close flybys of six asteroids for detailed study
4. 2035: Attempted landing on asteroid Justitia — a unique asteroid believed to be rich in organic materials

The Technology Innovation Institute (TII) was selected to develop and execute the lander that will separate from MBR Explorer upon approaching the seventh asteroid. Scientific objectives include determining the geologic history and volatile content of multiple asteroids, investigating their interior structure, and collecting remote-sensing data to assess the potential for future asteroid resource utilization.

According to SpaceNews, this will be one of the most complex asteroid exploration missions in history, surpassing NASA’s Lucy mission in terms of the number of targeted celestial bodies.

Commercial Space Partnerships: SpaceX, Northrop Grumman, and Beyond

The UAE space strategy is distinguished by an extensive network of international commercial partnerships that accelerate knowledge transfer and enable the execution of ambitious missions. SpaceX stands at the forefront of strategic partners, having launched the Thuraya-4 satellite in January 2025 and transported astronaut Sultan Al Neyadi to the ISS aboard a Dragon capsule.

Partnerships extend to include:

• Firefly Aerospace: Partner for transporting Rashid Rover 2 to the Moon in 2026
• Thales Alenia Space: Designing and building the Crew and Science Airlock for the Lunar Gateway station
• Northrop Grumman: Collaboration in satellite systems and space defense technologies
• CNES (France): Providing scientific instruments for Rashid Rover 2
• Airbus: Building the Thuraya-4 satellite platform on the Eurostar Neo bus
• ICEYE: Partnership with Space42 to expand the SAR satellite fleet

This collaborative approach reflects a clear Emirati philosophy: building local capabilities through smart partnerships rather than relying on imports. With each new project, the percentage of locally manufactured components and participating Emirati expertise increases. This fits within a broader vision for advanced technologies in the Gulf states, spanning AI, robotics, and space.

The Gulf Space Race: UAE Versus Saudi Arabia

The Arabian Gulf is witnessing an escalating space race between two regional powers: the UAE and Saudi Arabia. While the UAE holds a clear lead in terms of achieved milestones, Saudi Arabia is moving rapidly to narrow the gap.

The UAE leads in several key areas:

• Interplanetary missions: The Hope Probe to Mars (2021) — Saudi Arabia has no comparable mission
• Deeper astronaut program: Two Emirati astronauts (one spending 6 months on the ISS) compared to two Saudi astronauts on a short-duration mission (2023)
• Domestic satellite manufacturing: 20 years of expertise with MBZ-SAT as the exemplar
• Integrated strategy: The most developed in the GCC according to Reuters

In contrast, Saudi Arabia holds competitive advantages:

• Larger budget: Allocated $2.1 billion to its space program
• First Arab woman in space: Rayyanah Barnawi, who launched in 2023
• US space agreement: A recent strategic deal opening new horizons

Experts at the Middle East Institute note that the UAE represents “the most developed space sector player in the GCC in terms of an articulated strategy with funding tied to it,” but Saudi Arabia is clearly demonstrating its intention to become a major spacefaring country. Ultimately, this competition drives the entire region forward in space exploration. This mirrors the competitive dynamics in other sectors such as education reform and innovation between the two nations.

The STEM Pipeline and Space Tourism: Building the Future

The UAE recognizes that sustaining its space program requires continuous investment in human capital. Accordingly, it has launched multiple programs to feed the talent pipeline in Science, Technology, Engineering, and Mathematics (STEM):

• UAE Astronaut Programme: Selects and trains Emirati candidates for future space missions
• Space Academy: Specialized educational and training programs in partnership with global universities
• Scholarships: Sponsoring Emirati students to study space engineering at the world’s top universities
• Youth space competitions: Inspiring the next generation’s interest in space science

In the space tourism domain, the UAE is closely monitoring this emerging sector. As companies like SpaceX, Blue Origin, and Virgin Galactic expand commercial spaceflight offerings, the UAE is positioning itself as a potential destination for commercial spaceflight training and launch facilities in the region. The country’s geographic location near the equator provides a natural advantage for launch operations.

The global space tourism market stands at approximately $848 million in 2024, with projections to grow to $5.5 billion by 2032. The UAE aims to capture a share of this expanding market by building the necessary infrastructure and developing an appropriate regulatory framework.

“Our mission is not just to reach space, but to inspire an entire generation of Arab scientists and engineers. Every dirham we spend on space returns tenfold in innovation, education, and national pride.”
— Salem Al Marri, Director General of the Mohammed bin Rashid Space Centre

In conclusion, the United Arab Emirates presents a unique model of a small nation that has transformed its ambitious vision into tangible achievements in space exploration. From Mars to the Moon and onward to the asteroid belt, from manufacturing satellites domestically to building modules for international space stations — the UAE has proven that political will, strategic investment, and smart partnerships can forge a global space power in record time. With the launch of Rashid Rover 2 toward the Moon and MBR Explorer toward the asteroids approaching, the most exciting chapters in the UAE’s space story have yet to be written.

This article is for educational and informational purposes only and does not constitute investment or financial advice. Please refer to official sources for the latest information on the UAE space program.