The significance of the mission will be measured not only by whether Turkey reaches the moon on schedule, but also by whether the technologies, partnerships and industrial capabilities developed in the process can strengthen its position

Turkey is preparing to take a significant step in its space program with its first lunar mission scheduled for 2027, an ambitious undertaking that reflects Ankara’s broader efforts to strengthen technological independence and establish itself as an emerging player in an increasingly competitive international space sector.

Beyond the scientific objective of reaching the moon, the program forms part of a larger strategy involving domestic satellite development, aerospace technologies, international partnerships and the construction of a spaceport in Somalia. Together, these initiatives could expand Turkey’s geopolitical influence as outer space becomes an increasingly important domain of competition between major powers, particularly the United States and China.

The Scientific and Technological Research Council of Turkey (TÜBİTAK) developed the mission, which is expected to launch in the first half of 2027. In September 2026, Turkish authorities announced the completion of the spacecraft’s manufacturing, assembly, and integration, with the next phase involving environmental testing.

According to the announced mission plan, the uncrewed spacecraft will travel for approximately two months before entering a polar orbit around the Moon, roughly 100 kilometers above its surface. It is expected to conduct scientific observations for at least three months, with the possibility of extending operations depending on its performance. After the orbital phase, it will make a controlled descent toward the lunar surface.

Yet the mission’s importance extends beyond its technical objectives. For Ankara, developing advanced space technologies could also translate into greater strategic autonomy, industrial competitiveness, and diplomatic leverage.

“Turkey’s lunar ambitions should be interpreted as an integral component of Ankara’s broader pursuit of strategic autonomy, technological sovereignty, and international influence. While the scientific significance of reaching the Moon is undeniable, the geopolitical implications extend considerably beyond the immediate objectives of space exploration,” Dr. Hande Gül, an academic researcher in Political Science and International Relations, told The Media Line.

Turkey’s lunar program reflects a broader effort to position itself as an emerging space actor within a changing international order

“From the perspective of International Relations, outer space has increasingly evolved from a predominantly scientific domain into an arena of strategic competition, technological leadership, economic opportunity, and diplomatic influence. In this context, Turkey’s lunar program reflects a broader effort to position itself as an emerging space actor within a changing international order,” she added.

Turkey’s efforts have accelerated since the Turkish Space Agency’s establishment in December 2018 and the announcement of its National Space Program in 2021. The initiative outlined ten strategic objectives, including lunar exploration, satellite development, independent access to space and human spaceflight.

Several milestones have already been achieved. In April 2023, Turkey launched its domestically developed high-resolution Earth observation satellite, İMECE. In January 2024, Alper Gezeravcı became the first Turkish astronaut to travel to the International Space Station. Later that year, the country launched TÜRKSAT 6A, its first domestically-developed communications satellite, aboard a SpaceX Falcon 9 rocket from the United States.

For Mustafa Metin Kaşlılar, vice president of the Turkish Foreign Policy Research Center, these developments demonstrate the expanding scope of Ankara’s technological ambitions.

“In this regard, Turkey’s space projects cover a particularly broad spectrum. Significant progress has been made in the development of indigenous satellites. In July 2024, Turkey’s first domestically developed communications satellite, TÜRKSAT 6A, was launched into space. Furthermore, Turkey is expected to continue its efforts in this field through the development and deployment of high-resolution Earth observation satellites, including the İMECE satellite program,” Kaşlılar told The Media Line.

For Kaşlılar, these developments should be examined within the transformation of international competition.

Space has become one of the most critical arenas of strategic competition among countries such as the United States, China, and Russia

“The space dimension of international relations has transcended the boundaries of traditional geopolitics, introducing a new and critical domain in which interstate competition, cooperation, and strategic security policies extend beyond the Earth. In particular, I would argue that space has become one of the most critical arenas of strategic competition among countries such as the United States, China, and Russia,” Kaşlılar told The Media Line.

“Unlike the initial space race during the Cold War, today’s space domain is no longer exclusively state-driven. Rather, it has evolved into a multidimensional sphere involving private companies, military integration, and commercial interests,” he continued.

Unlike the initial space race during the Cold War, today’s space domain is no longer exclusively state-driven

The growing importance of private aerospace companies and commercial launch infrastructure has created opportunities for emerging space actors, but it has also highlighted the technological dependencies that countries such as Turkey are attempting to reduce.

Despite its progress in satellite manufacturing, Ankara continues to rely on external launch infrastructure. Its planned 2027 lunar mission is expected to use a SpaceX launch vehicle, demonstrating the distinction between developing a spacecraft domestically and possessing independent access to space.

Gül considers this dependency one of the central geopolitical questions surrounding Turkey’s program.

“For an emerging middle power such as Turkey, dependence on external technological suppliers can create significant strategic vulnerabilities. These vulnerabilities become particularly apparent during periods of geopolitical tension, export restrictions, sanctions, or disruptions in international supply chains,” she explained.

“Consequently, investment in indigenous space technologies should be understood as part of a long-term national strategy aimed at strengthening technological sovereignty and improving the country’s capacity to act independently in strategically sensitive sectors,”she added.

Nevertheless, questions remain over how quickly Turkey can transform its ambitions into operational capabilities.

Although Turkish authorities have reported substantial progress on the spacecraft and its domestically-developed hybrid propulsion system, the 2027 deadline remains contingent on the successful completion of testing and other technical preparations. The program has also undergone schedule adjustments since its initial announcement in 2021.

“The feasibility of Turkey’s 2027 lunar mission requires a careful distinction between political ambition, technological readiness, and operational capability,” Gül said.

“In Turkey’s case, the 2027 objective should therefore be understood as an ambitious target rather than an outcome that can be considered technologically guaranteed,”she added.

She stressed that the technical complexity of lunar exploration varies considerably according to the mission’s objectives.

“A lunar flyby, an orbital mission, a controlled impact on the lunar surface, and a soft landing represent fundamentally different levels of technological complexity. Reaching the vicinity of the moon is a significant achievement, but successfully navigating a spacecraft through deep space, establishing reliable communications, performing orbital maneuvers, and executing a controlled terminal descent each involve additional technical requirements,” she noted.

However, even if the mission encounters delays, the technological investments associated with it could produce benefits across other sectors, including defense and aerospace.

“Advanced propulsion research, autonomous navigation, precision guidance, secure communications, high-performance sensors, and sophisticated materials may contribute to civilian scientific missions while also possessing relevance for aerospace and defense-related industries,” Gül explained.

Turkey’s existing experience in defense technologies could create opportunities for knowledge transfer between the space sector and other strategic industries

“Turkey’s existing experience in defense technologies could create opportunities for knowledge transfer between the space sector and other strategic industries,” she added.

One of the most consequential components of Ankara’s longer-term strategy is taking shape not in Turkey itself, but in Somalia.

The spaceport project, currently under construction, is intended to provide Turkey with greater independence in launching satellites and other spacecraft. Somalia’s proximity to the equator benefits certain orbital trajectories, while its coastline provides access to launch corridors over the Indian Ocean.

The project also reflects Turkey’s expanding relationship with Somalia, where Ankara has developed cooperation involving security, infrastructure, economic development and diplomatic engagement.

Kaşlılar considers the facility essential to the broader national program.

“One of the most significant aspects of Turkey’s National Space Program is undoubtedly the spaceport project currently under construction in Somalia. Through this initiative, Turkey aims to secure independent access to space. In this respect, I would argue that Somalia represents a cornerstone of Turkey’s broader space ambitions,” he said.

“More generally, space activities constitute a strategic investment area in which Turkey is allocating substantial financial resources to projects that could enhance its international standing and strengthen its position among the world’s leading spacefaring nations,” he added.

Nevertheless, the construction of a spaceport does not by itself guarantee independent launch capabilities. Rocket development, operational infrastructure, technical personnel and sustained investment remain necessary.

Gül cautioned against equating the establishment of launch infrastructure with technological independence.

“Therefore, the existence of a planned spaceport should not automatically be equated with independent access to space.

Strategic independence will emerge only if Turkey develops or secures reliable control over the critical technological and operational components necessary for sustained launch activities,” she explained.

Gül also emphasised that the project has wider implications for Turkey’s regional presence.

“A spaceport project could potentially expand this relationship into an advanced technological sector, thereby strengthening Turkey’s long-term strategic presence in the Horn of Africa,” she said.

“Nevertheless, it is essential to distinguish between the strategic potential of the project and its actual operational feasibility,” she added.

These ambitions also intersect with the growing rivalry between Washington and Beijing, whose competing space programs increasingly encompass technological development, commercial infrastructure, lunar exploration and influence over international rules.

As a NATO member with longstanding Western security ties, Turkey is seeking to expand its domestic capabilities while maintaining international cooperation. Its strategy does not necessarily require choosing exclusively between competing space powers.

“Rather than viewing space cooperation exclusively through the binary framework of American-Chinese competition, Turkey may seek to maximize its strategic opportunities by engaging with multiple international actors while developing selected indigenous capabilities,” Gül explained.

“However, this approach should not be confused with geopolitical neutrality. Turkey’s institutional commitments, security relationships, technological dependencies, and economic partnerships continue to shape the boundaries of its strategic choices,” she added.

An important development came on August 31, 2026, when Turkey became the 71st country to sign the Artemis Accords, a US-led framework establishing principles for the peaceful and sustainable exploration of outer space.

The agreement does not automatically grant participation in NASA missions, but it provides a framework for future cooperation at a time when the United States is seeking to expand international engagement around lunar exploration.

“Turkey has also joined the Artemis Accords. Through this framework, Turkish scientists, engineers, and domestic aerospace companies have gained opportunities to participate in future civilian space missions, supply chains, and technological development processes alongside NASA and other signatory countries,” Kaşlılar said.

“For Turkey, this historic step can be regarded as one of the most significant milestones in its space diplomacy, following the country’s achievements in human spaceflight,” he added.

The diplomatic dimension of lunar exploration could become increasingly significant as governments and private companies examine the potential use of resources found on the moon.

Water ice, particularly in lunar polar regions, has attracted scientific interest because of its potential applications in life-support systems and the production of propellants. However, technological costs and unresolved regulatory questions continue to limit the commercial prospects of resource extraction.

Under the 1967 Outer Space Treaty, celestial bodies cannot be appropriated through national sovereignty claims, although the interpretation and regulation of resource utilization remain matters of international debate.

For Turkey, participation in these discussions could eventually become another source of diplomatic influence, even without the financial or technological resources required to compete directly with established space powers.

“As an emerging space actor with established experience in multilateral diplomacy, Turkey could contribute to international discussions concerning the governance of lunar resources and the prevention of excessive concentration of strategic advantages among a limited number of technologically dominant states,” Gül explained.

Yet the more immediate economic benefits of the program are likely to emerge on Earth through research, manufacturing and industrial development.

“More tangible economic benefits are likely to emerge through technological innovation and industrial development on Earth. Investment in space technologies can stimulate research-intensive industries, strengthen advanced manufacturing, encourage the development of specialized engineering expertise, and generate opportunities for high-value employment,” Gül said.

“It can also create pathways for Turkish companies to participate in international aerospace supply chains and technological partnerships.”she added.

Kaşlılar similarly sees the lunar mission as part of a longer-term effort to elevate Turkey’s international position.

“The lunar program will undoubtedly remain one of Turkey’s primary strategic objectives in the coming period. Its successful implementation could represent a significant step towards securing Turkey’s place among the world’s leading spacefaring nations,” he said.

However, the gap between Turkey and established space powers remains considerable, particularly in sustained lunar operations, launch infrastructure and financial resources.

Gül stressed that Turkey’s ambitions should be assessed in relation to the capabilities of countries that have already established extensive space programs.

“Nevertheless, it would be analytically misleading to portray Turkey as an immediate competitor to established space powers such as the United States or China.

It would be analytically misleading to portray Turkey as an immediate competitor to established space powers such as the United States or China

The technological, institutional, and financial asymmetries between these actors remain substantial.

Instead, Turkey’s most realistic strategic objective is to establish itself as a credible emerging space power capable of developing selected indigenous technologies, participating in international scientific partnerships, and contributing to the governance of an increasingly contested strategic domain.”she noted.

For Ankara, the immediate challenge is therefore not necessarily to compete directly with the United States or China, but to develop a durable technological and institutional foundation capable of supporting future space activities.

As the planned mission approaches, its significance will be measured not only by whether Turkey reaches the moon on schedule, but also by whether the technologies, partnerships and industrial capabilities developed in the process can strengthen its position over the longer term.

“The greatest strategic achievement would not necessarily be the establishment of a Turkish presence on the lunar surface,” Gül concluded.

“Rather, it would be the emergence of Turkey as a technologically capable, diplomatically relevant, and institutionally credible actor in shaping the future of space exploration. Ultimately, the geopolitical significance of Turkey’s lunar program will be determined not by the distance it travels into space, but by the extent to which it transforms scientific ambition into sustainable technological capacity, economic development, and international influence.,” she concluded.