Türkiye is preparing to allocate more than 20 billion Turkish lira, about $398.7 million at current budget assumptions, to the Turkish Space Agency between 2027 and 2029, while beginning construction of a three-phase spaceport in Somalia. The programme links a planned lunar mission, domestically developed launch technology and an equatorial launch site on the Indian Ocean. For international investors, it also signals the formation of a state-backed supply chain spanning advanced materials, propulsion, satellites, ground systems, construction, logistics and secure digital infrastructure.
A Larger Budget, but Several Numbers to Distinguish
According to TRT World, the Turkish Space Agency’s three-year allocation is scheduled to rise from approximately $117.2 million in 2027 to $134.5 million in 2028 and $147.4 million in 2029. About $398.5 million is earmarked for the Space and Aviation Program, with roughly $533,400 assigned to management and support.
This agency-level package should not be confused with Türkiye’s broader aviation and space expenditure. Anadolu Agency, citing the 2027 central government budget draft and its justification, reported in October 2026 that Ankara expects to allocate nearly 100 billion lira, or approximately $2.01 billion, across aviation and space activities over the same three years. That larger total includes air transport facilities and aviation infrastructure as well as space-related spending.
Exchange-rate movements also mean the dollar values are indicative. The legally relevant amounts are appropriated in lira, creating currency and inflation exposure for foreign suppliers whose components, software licences or technical services are priced in dollars or euros.
The planned increase nevertheless represents a substantial policy commitment. Anadolu Agency said the wider space and aviation programme’s annual budget is expected to rise from $176 million in 2026 to $495.7 million in 2027, followed by $616.9 million in 2028 and $745 million in 2029. The Turkish Space Agency’s own allocation forms only one part of that expansion.
The agency says the funding will support research and development, high-technology entrepreneurship, domestic production, testing infrastructure and key space subsystems. It will also finance work on space weather monitoring and an advanced research centre intended to study fusion technologies for future propulsion. Public reporting indicates that the research centre is targeted to reach 60 percent completion in 2027 and full completion in 2029.
From Satellite Production to Independent Launch Capacity
Türkiye’s space policy has moved beyond symbolic participation in international missions. The Turkish Space Agency, established in 2018, presented its National Space Program in February 2021. Its stated objectives include reducing dependence on foreign technology, developing domestic skills and infrastructure, creating a regional positioning and timing system, conducting lunar research and securing independent access to space.
Recent achievements have provided a technical base for that strategy. Türkiye launched İMECE, its first domestically designed and manufactured sub-metre-resolution Earth observation satellite, in April 2023. Türksat 6A, the country’s first domestically produced communications satellite, was launched aboard a SpaceX Falcon 9 in July 2024. Türkiye also sent Alper Gezeravcı to the International Space Station on Axiom Mission 3 in January 2024, followed by Tuva Cihangir Atasever’s suborbital research flight that June.
The next flagship objective is an uncrewed lunar mission. Budget documents and official reporting indicate that a spacecraft led by TÜBİTAK UZAY is expected to conduct research in lunar orbit and attempt a hard landing in 2027 using a domestically developed hybrid propulsion system. A hard landing is technically less complex than a controlled soft landing, but it would still require deep-space communications, navigation, thermal management and reliable propulsion.
These programmes create investable demand below the level of complete spacecraft. Potential openings include radiation-tolerant electronics, sensors, optical systems, composite structures, propulsion components, test equipment, cybersecurity, simulation software and satellite-derived data services. However, investors must distinguish between opportunities open to private participation and technologies reserved for national or security-controlled programmes.
Türkiye’s wider industrial base is relevant. The Presidency of the Republic of Türkiye Investment Office reports that the country had more than 3,500 defence companies and $15.1 billion in defence and aerospace turnover in 2023. The Presidency of Defence Industries said exports reached a record $10.05 billion in 2025, compared with $7.2 billion in 2024. Space remains a much smaller segment, but it can draw on engineering capabilities developed by Turkish Aerospace, ASELSAN, Roketsan, TÜBİTAK UZAY, Türksat and an expanding network of specialist suppliers.
Why Somalia Matters to the Launch Strategy
Somalia offers an advantage that Türkiye cannot reproduce domestically. Its position near the equator allows eastward launches to benefit from the Earth’s rotational speed, potentially increasing payload performance for suitable orbits. Its long Indian Ocean coastline also provides a flight path over open water, reducing the risk that spent stages or failed vehicles fall over populated areas or neighbouring states.
President Recep Tayyip Erdoğan said on December 30, 2025 that project design for the three-phase facility had been completed and construction had begun through the Turkish Space Agency. Industry and Technology Minister Mehmet Fatih Kacır subsequently confirmed that feasibility and design work was finished and that the first phase was being built on land allocated under a bilateral agreement. Public information on the precise site, financing structure, construction schedule and operating model remains limited, so commercial assumptions should be treated cautiously until procurement documents or implementing agreements are disclosed.
The project sits within a much deeper Turkish presence in Somalia. Türkiye has operated the TURKSOM military training facility in Mogadishu, while Turkish companies have managed important transport infrastructure, including the capital’s port and airport. A ten-year defence and economic cooperation framework signed in February 2024 commits Türkiye to help build, train and equip Somalia’s navy. Ankara and Mogadishu have also expanded energy cooperation.
In December 2025, Erdoğan said the Oruç Reis seismic vessel had surveyed 4,465 square kilometres of Somali maritime territory over nine months and that drilling was planned for 2026. The combination of maritime security, energy exploration, transport operations and the proposed spaceport indicates a long-term strategic relationship rather than an isolated construction contract.
A Commercial Opportunity With Sovereign Characteristics
The global demand argument is substantial, although the direct launch market is smaller than broad space-economy forecasts suggest. McKinsey and the World Economic Forum estimated that the overall space economy could expand from $630 billion in 2023 to $1.8 trillion by 2035, driven by connectivity, navigation, Earth observation and space-enabled services. The OECD’s 2026 space-economy review placed the narrower global launch market at approximately $12 billion to $16 billion in 2025.
A Somali facility could eventually serve Turkish government missions and third-party customers seeking alternative access to orbit. It might also generate demand for range control systems, tracking stations, telecommunications, meteorological services, fuel handling, power generation, roads, port logistics, accommodation and specialist training.
Yet a spaceport is not automatically a profitable launch business. It needs reliable launch vehicles, a recurring mission pipeline, insurance availability, internationally accepted safety systems and competitive total mission costs. SpaceX and other established providers have sharply reduced launch prices, while several emerging launch ventures have struggled with delays and financing. Türkiye will therefore need to demonstrate cadence and reliability, not merely complete physical infrastructure.
For foreign companies, the most realistic early opportunities may lie in enabling technologies and services rather than operating rockets. Joint ventures with Turkish manufacturers, licensed production, specialised engineering and integration into local supply chains may align more closely with Ankara’s localisation objectives. Türkiye’s HIT-30 high-technology programme includes communications and space technologies, while the restructured incentive system introduced by Presidential Decree No. 9903 in May 2025 offers project-based support for qualifying strategic investments. The Ministry of Industry and Technology says HIT-30 projects generally require at least 2 billion lira in fixed investment, making proper incentive screening essential before capital is committed.
Security, Regulation and Execution Risks
Somalia’s location is commercially valuable, but its operating environment raises material risks. United Nations experts reported in December 2025 that al-Shabaab retained the ability to conduct complex asymmetric attacks and remained the greatest immediate threat to peace in Somalia and the region. Security costs, personnel protection and supply-chain redundancy will therefore be integral parts of project economics.
Macroeconomic capacity is another consideration. The World Bank estimated that Somali growth slowed to about 3 percent in 2025 from roughly 4 percent in 2023 and 2024, reflecting aid reductions, drought and higher living costs. It also identified institutional weakness, dependence on imports and an incomplete federal architecture as continuing constraints. These conditions do not preclude major projects, but they increase the importance of sovereign agreements, political-risk insurance, dispute-resolution clauses and clarity over land and revenue rights.
Space technology also sits at the intersection of civil, defence and dual-use regulation. Foreign suppliers may face export-control approvals in their home jurisdictions, Turkish import licensing, end-user restrictions and cybersecurity requirements. Hardware shipped onward to Somalia can add another customs and compliance layer. Investors will need to map which entity owns imported equipment, which jurisdiction taxes project income, how technical personnel are permitted to work at the site and whether data generated by launch and tracking systems can be transferred across borders.
Environmental and community issues will also affect bankability. Launch operations require impact assessment, controlled safety zones, hazardous-material procedures and consultation with nearby communities. Compensation, local employment, fisheries access and emergency-response responsibilities should be settled before construction advances too far.
What This Means for Foreign Investors
Türkiye’s funding plan provides a visible public-sector demand signal, but the opportunity must be approached as a regulated industrial programme rather than a conventional technology market. A prospective investor should first identify where it fits within the value chain, whether in satellite components, propulsion, testing, secure communications, construction, logistics or downstream data services. That market-entry assessment should separate Turkish domestic opportunities from work physically performed in Somalia.
Corporate structuring may require a Turkish subsidiary or joint venture, combined with contractual arrangements for Somali operations. Incorporation decisions should address ownership of intellectual property, procurement eligibility, liability allocation and the tax treatment of cross-border equipment and services. Legal and tax compliance work must also account for dual-use controls, sanctions screening, data rules, customs classification and the movement of specialist staff.
Investment-incentive analysis should begin before land, machinery or financing commitments are finalised. Eligibility under HIT-30, project-based support, R&D schemes, technology development zones or customs and VAT relief can depend on project scale, location, local content and approval sequencing.
Government relations will be unusually important because the Turkish Space Agency, the Ministry of Industry and Technology, the Presidency of Defence Industries, customs authorities and Somali institutions may all have roles. Import-export facilitation will matter for sensitive equipment and time-critical components, while project management must coordinate technical milestones, security, permitting, local contractors and logistics across two jurisdictions.
Expo representation, particularly around specialist aerospace and defence events, can help foreign suppliers test demand and identify qualified Turkish partners before establishing a permanent presence. The practical role of an FDI adviser such as fdiconsultancy.com is therefore to connect market entry, incorporation, incentives, compliance, government liaison, trade facilitation and on-the-ground execution into one investment plan. Türkiye’s space ambition is becoming financially more concrete, but commercial returns will depend on how effectively investors navigate the institutional complexity surrounding it.