Saudi Arabia’s Space Program: The Saudi Space Agency, Astronaut Missions, Satellites, and Axiom

Saudi Arabia has entered the space race with the same intensity and ambition that characterizes its broader Vision 2030 transformation. What was once a peripheral interest for the Kingdom has become a strategic priority, backed by billions of riyals in investment, a dedicated national space agency, successful human spaceflight missions, and an expanding satellite infrastructure that serves both commercial and national security objectives.

The Kingdom’s space ambitions are not driven by prestige alone. Space technology underpins critical capabilities in telecommunications, Earth observation, navigation, and climate monitoring that directly support Saudi Arabia’s economic diversification, urban development, and environmental goals. A sovereign space capability reduces dependence on foreign providers for these essential services and creates high-value jobs in engineering, science, and technology that align with the Kingdom’s human capital development objectives.

Saudi Arabia’s geographic position also confers natural advantages for space activities. The Kingdom’s low-latitude location is favorable for launching satellites into equatorial orbits. Its vast, sparsely populated desert areas offer potential sites for launch facilities, ground stations, and space-related research installations. And its clear skies and minimal light pollution in remote areas create excellent conditions for astronomical observation.

The Saudi Space Agency

The Saudi Space Agency (SSA), established by royal decree in 2018, serves as the institutional anchor of the Kingdom’s space program. The agency is responsible for formulating national space policy, coordinating space activities across government and the private sector, and representing Saudi Arabia in international space organizations and bilateral space cooperation agreements.

Mandate and Structure

The SSA reports directly to the Council of Ministers, reflecting the strategic importance Saudi leadership places on space activities. The agency’s mandate encompasses the full spectrum of space activities including satellite development and operations, human spaceflight, space science research, space applications, and the development of a domestic space industry.

The agency is organized into five major directorates: Space Technology, which oversees satellite and launch vehicle programs; Space Science, which manages research activities and international scientific collaborations; Space Applications, which develops and promotes the use of space data and services; Human Spaceflight, which manages astronaut selection, training, and mission planning; and Space Industry, which works to build domestic manufacturing capabilities and support space-related startups.

National Space Strategy

The SSA’s National Space Strategy, published in 2023 and updated in 2025, lays out a comprehensive roadmap for the Kingdom’s space activities through 2040. The strategy identifies five strategic objectives: achieving self-sufficiency in critical space capabilities, developing a competitive domestic space industry, advancing scientific knowledge through space research, building human capital in space-related disciplines, and strengthening Saudi Arabia’s position in international space governance.

Key targets include deploying a constellation of domestically manufactured Earth observation satellites by 2030, establishing a national satellite manufacturing facility capable of producing small and medium satellites, conducting regular astronaut missions to the International Space Station and commercial space stations, and developing a suborbital launch capability by 2035.

Budget and Investment

Saudi Arabia’s annual space budget has grown significantly since the SSA’s establishment. While the exact figures are not publicly disclosed, industry estimates place the Kingdom’s annual space spending at approximately SAR 3.5 billion, making it one of the largest space budgets in the Middle East and among emerging space nations globally.

Public investment is supplemented by private sector activity, with several Saudi companies and investment funds active in the space sector. The Public Investment Fund (PIF) has made strategic investments in international space companies, including a significant stake in Virgin Galactic and investments in several satellite technology firms. These investments provide Saudi Arabia with access to advanced space technology while also generating financial returns.

The Astronaut Program

Saudi Arabia’s astronaut program captured global attention in 2023 when Rayyanah Barnawi and Ali Al-Qarni flew to the International Space Station aboard the Axiom Space AX-2 mission. The mission marked a milestone for the Kingdom’s space aspirations and generated enormous public enthusiasm for space exploration.

The AX-2 Mission

The AX-2 mission, launched on May 21, 2023, carried four crew members to the International Space Station for an eight-day stay. Barnawi, a biomedical researcher, became the first Saudi woman in space, while Al-Qarni, a Royal Saudi Air Force pilot, became the first Saudi to fly on a commercial spaceflight. Both were selected from a pool of more than 13,000 applicants through a rigorous selection process managed by the SSA in partnership with Axiom Space.

During their time aboard the ISS, the Saudi crew members conducted 14 scientific experiments in areas including human physiology, materials science, and Earth observation. The experiments were designed by Saudi research institutions and aligned with the Kingdom’s scientific priorities. Results from the cloud formation and seeding experiment contributed to Saudi Arabia’s ongoing research into rain enhancement technologies, while the stem cell experiment advanced understanding of how microgravity affects cell differentiation.

The mission’s impact on Saudi society extended well beyond its scientific contributions. Television broadcasts of the mission attracted record viewership within the Kingdom, and both astronauts became prominent public figures whose stories inspired a new generation of Saudi youth to pursue careers in science and engineering. University applications to STEM programs increased by 23 percent in the academic year following the mission.

Astronaut Corps Expansion

Building on the success of the AX-2 mission, the SSA has expanded its astronaut corps to include eight active astronauts in various stages of training. The selection criteria balance scientific expertise, operational capability, and diversity, with the SSA committed to maintaining gender balance in its astronaut corps.

Training takes place both in Saudi Arabia and at international facilities. Basic astronaut training covers spacecraft systems, spacewalk procedures, robotics operations, and emergency protocols. Specialized scientific training prepares astronauts for the specific experiments they will conduct during their missions. Physical fitness and psychological resilience training ensures that candidates can withstand the physical and mental demands of spaceflight.

Future Missions

The SSA has contracted with Axiom Space for additional crew missions, with the next Saudi astronaut flight scheduled for 2027. The agency is also exploring opportunities for Saudi astronauts to participate in missions to commercial space stations being developed by Axiom, Blue Origin, and Vast Space, as well as potential participation in international lunar exploration programs.

The long-term vision for Saudi Arabia’s human spaceflight program extends beyond short-duration orbital missions. The SSA has expressed interest in participating in the Artemis program’s broader objectives and in contributing to the eventual development of a permanent human presence on the Moon. While Saudi astronauts on the lunar surface remains a distant prospect, the Kingdom’s investment in astronaut training and mission experience positions it to participate when opportunities arise.

Satellite Programs

Satellites represent the most tangible and immediately useful component of Saudi Arabia’s space program. The Kingdom operates a growing fleet of communications, Earth observation, and research satellites that serve both government and commercial users.

Communications Satellites

Saudi Arabia’s satellite communications infrastructure is anchored by the Arabsat system, a regional satellite communications organization headquartered in Riyadh. Though Arabsat serves the entire Arab world, Saudi Arabia is its largest shareholder and primary customer.

Arabsat operates a fleet of geostationary communications satellites that provide television broadcasting, internet connectivity, and telecommunications services across the Middle East, Africa, and parts of Europe and Asia. The latest generation of Arabsat satellites, built by Airbus Defence and Space and Lockheed Martin, offer high-throughput capabilities that support broadband internet services in areas where terrestrial infrastructure is limited.

Beyond Arabsat, Saudi Arabia is developing its own national communications satellite capability. The SSA has contracted with Saudi defense and technology companies to develop a next-generation communications satellite that will provide secure, sovereign communications for government and military users. The satellite, expected to launch in 2028, will use advanced encryption and anti-jamming technologies to ensure the integrity of sensitive communications.

Earth Observation

Earth observation satellites provide Saudi Arabia with critical data for urban planning, environmental monitoring, agriculture management, and disaster response. The Kingdom’s Earth observation capabilities have expanded significantly in recent years.

The Saudi Geostationary Satellite 1 (SGS-1), launched in 2019, provides high-resolution imaging of the Arabian Peninsula and surrounding regions. The satellite’s multispectral imaging capability supports a wide range of applications, from monitoring urban growth and infrastructure development to tracking vegetation health and water resources.

A constellation of small Earth observation satellites is currently under development, with the first units expected to reach orbit by 2028. These satellites will provide more frequent revisit times than the single SGS-1, enabling near-real-time monitoring of the Kingdom’s territory. Applications include detecting oil spills in the Red Sea and Arabian Gulf, monitoring construction progress at megaproject sites, tracking desert locust swarms, and supporting emergency response during natural disasters.

Research Satellites

Saudi universities and research institutions have launched several small research satellites, providing hands-on experience for Saudi engineers and scientists while advancing the Kingdom’s scientific capabilities.

King Abdulaziz City for Science and Technology (KACST) has developed and launched multiple small satellites, including the SaudiSat series. These satellites have been used for remote sensing research, communications experiments, and technology demonstration. KACST’s satellite development program has trained hundreds of Saudi engineers in satellite design, integration, testing, and operations.

King Abdullah University of Science and Technology (KAUST) has contributed to satellite-based Earth observation research, developing algorithms for processing satellite imagery to monitor coral reef health in the Red Sea, track air quality across the Kingdom, and model solar energy potential for renewable energy planning.

Axiom Space Partnership

Saudi Arabia’s partnership with Axiom Space, the Houston-based company building the world’s first commercial space station, extends well beyond individual astronaut missions. The relationship represents a strategic investment in the future of commercial space infrastructure.

Commercial Space Station

Axiom Space is constructing a commercial space station that will initially attach to the International Space Station before separating to operate independently. Saudi Arabia has expressed interest in becoming a long-term customer and potential partner in the Axiom station, using it as a platform for scientific research, technology development, and astronaut training.

The Axiom station’s modular design allows for dedicated laboratory modules that can be configured for specific research programs. Saudi Arabia is exploring the possibility of sponsoring a dedicated research module focused on areas aligned with the Kingdom’s scientific priorities, including materials science, biotechnology, and Earth observation.

Technology Transfer

The Axiom partnership includes technology transfer provisions that benefit Saudi Arabia’s domestic space industry. Saudi engineers participate in Axiom’s station development activities, gaining experience in space station design, life support systems, and mission operations. This knowledge transfer supports the Kingdom’s long-term goal of developing indigenous space station capabilities.

Axiom’s expertise in space habitability also has terrestrial applications relevant to Saudi Arabia’s development projects. Technologies developed for life support, environmental control, and resource recycling in space can be adapted for extreme terrestrial environments, including the desert communities and industrial facilities that are part of Saudi Arabia’s development landscape.

Building a Domestic Space Industry

Perhaps the most strategically significant element of Saudi Arabia’s space program is the effort to build a domestic space industry capable of designing, manufacturing, and operating space systems.

Satellite Manufacturing

The SSA has established a national satellite assembly, integration, and testing (AIT) facility near Riyadh. The facility, equipped with clean rooms, thermal vacuum chambers, vibration testing equipment, and electromagnetic compatibility testing capabilities, can accommodate satellites up to the medium class.

The initial focus is on assembling satellites from components manufactured by international suppliers, with a progressive increase in domestically produced content. The SSA’s target is to achieve 50 percent domestic content in satellite manufacturing by 2035, with full domestic production capability for small satellites and increasing capability for larger platforms.

Saudi companies are already producing some satellite components domestically. Advanced Electronics Company (AEC), a subsidiary of the Saudi Arabian Military Industries (SAMI), manufactures electronic subsystems for satellite and ground station applications. Several startups are developing satellite components including solar panels, reaction wheels, and communications subsystems.

Ground Segment

Saudi Arabia operates an expanding network of satellite ground stations that provide command and control, data reception, and telemetry services for its satellite fleet. The primary ground station complex, located near Riyadh, is supplemented by stations in Jeddah and the northern regions of the Kingdom.

The ground segment also includes data processing facilities that transform raw satellite data into usable products for government agencies and commercial customers. These facilities employ AI and machine learning algorithms to automate the extraction of information from satellite imagery, including building detection, vegetation mapping, and change analysis.

Space Startups

Saudi Arabia’s startup ecosystem has begun to produce space-focused companies, supported by venture capital, government contracts, and the SSA’s incubation programs. Notable startups include companies working on satellite data analytics, ground station as a service, space debris tracking, and small satellite manufacturing.

The SSA runs an annual space innovation competition that provides funding and mentorship to early-stage space companies. Winners receive access to SSA facilities, introductions to potential government customers, and opportunities to present their technologies at international space conferences.

International Cooperation

Saudi Arabia’s space program is deeply embedded in a web of international partnerships that provide access to technology, knowledge, and launch capabilities.

Bilateral Partnerships

The Kingdom has signed space cooperation agreements with more than 20 countries, including the United States, China, France, Russia, Japan, and the UAE. These agreements cover a range of activities from satellite data sharing and joint scientific research to astronaut training and launch services.

The partnership with NASA is particularly significant, encompassing collaboration on Earth observation, planetary science, and human spaceflight. Saudi researchers participate in NASA-funded research programs, and NASA scientists have collaborated with Saudi counterparts on studies using Saudi satellite data.

The relationship with China’s space program has grown in recent years, with cooperation in satellite technology, space science, and lunar exploration research. Saudi Arabia participated as an observer in China’s Chang’e lunar sample return program, gaining insights into deep space mission planning and operations.

Regional Cooperation

Within the Middle East, Saudi Arabia collaborates with the UAE Space Agency, Bahrain’s National Space Science Agency, and other regional space organizations. The Arab Space Coordination Group, in which Saudi Arabia plays a leading role, promotes cooperation on satellite data sharing, space science research, and the development of common standards for space activities.

Challenges and Opportunities

Saudi Arabia’s space program faces challenges common to emerging space nations, including the need to build deep technical expertise, the long development timelines inherent in space systems, and the high costs and risks of space activities.

Talent development remains the most critical challenge. While Saudi universities are producing increasing numbers of aerospace engineering and space science graduates, the depth of experience needed for complex space programs takes years to build. The SSA has addressed this through a combination of international partnerships that provide on-the-job training, scholarship programs that send Saudi students to leading space engineering programs abroad, and knowledge transfer requirements in commercial contracts.

The opportunities, however, are substantial. The global space economy is projected to reach $1 trillion by 2040, and Saudi Arabia’s early investment positions it to capture a meaningful share of that market. The Kingdom’s financial resources, geographic advantages, and strategic vision provide a strong foundation for building a space program that contributes to both national development and global scientific progress.

Saudi Arabia’s journey into space is still in its early stages, but the trajectory is clear. From the first Saudi astronauts orbiting Earth to the satellites watching over the Kingdom’s territory, from the engineers assembling satellites in Riyadh to the startups dreaming of the stars, Saudi Arabia is building a space program that reflects its ambitions for the future. The cosmos, like the Kingdom itself, is undergoing a transformation, and Saudi Arabia intends to be a significant part of that story.