Decades of export integration and supplier development turned Turkey into a major manufacturing economy. Ankara is now attempting a harder transition — from making products to controlling more of the technologies that determine their value.
Turkey’s industrial rise was not built on self-sufficiency. It was built on learning to import inputs, manufacture at scale and progressively capture more of the value chain at home.
Over several decades, the country moved from basic industry and assembly towards components, engineering and sophisticated supplier networks. Today, it is attempting another transformation: moving further up the technological stack into electric vehicles, batteries, semiconductors, renewable-energy equipment and advanced manufacturing.
Turkey still imports substantial quantities of energy, raw materials and intermediate goods. Its success lies not in eliminating those dependencies, but in developing enough industrial depth to convert imported inputs into higher-value products and compete internationally.
From assembly to industrial depth
Turkey’s industrial foundations date to state-led development in the 1930s, when Ankara established capacity across textiles, steel, chemicals and other basic industries.
Economic liberalisation accelerated from the 1980s, but the decisive shift came through deeper integration with Europe. The EU-Turkey Customs Union, which entered into force at the end of 1995, connected Turkish manufacturers more closely with European production networks.
Access to Europe did more than increase exports. Turkish companies had to compete on quality, cost, technical standards and delivery, encouraging investment in machinery, skills and domestic suppliers.
Automotive manufacturing demonstrates the model. International producers established substantial operations, initially relying heavily on foreign technology and components. Domestic companies subsequently developed around them, supplying everything from wiring and castings to plastics, electronics and precision-engineered parts. Some eventually became international suppliers themselves.
Turkey had moved beyond attracting individual factories towards building something more difficult to replicate: an industrial ecosystem.
Manufacturing accounted for 93.8 percent of Turkish exports during the first five months of 2026, while intermediate goods represented 71.5 percent of imports.
That apparent contradiction captures the Turkish model. Turkey has not replaced global supply chains; it has moved into more valuable positions within them.
European integration reinforced the process. EU-Turkey goods trade reached a record €217.6bn in 2025, with the EU receiving 42.7 percent of Turkish goods exports.
Foreign investment, domestic supplier development and export competition became mutually reinforcing: international manufacturers provided production and technology, Turkish suppliers accumulated scale and expertise, and export markets supported further investment.
The next industrial leap
Turkey is now trying to repeat that progression at a technologically more demanding level.
The first transformation was from imports and assembly towards manufacturing. The second is from manufacturing towards greater technological capability.
That transition may prove harder. Building factories requires capital, infrastructure and supply chains; controlling strategic technologies also demands intellectual property, research capacity, specialised skills and sustained investment.
At the centre of the effort is the HIT-30 High Technology Investment Program, under which Ankara has outlined $30bn in incentives and support through 2030 for strategic industries.
Its priorities reveal the logic of the next phase.
Electric-vehicle manufacturing creates demand for batteries, motors, power electronics, charging equipment, software and advanced materials. Semiconductor capabilities can support automotive production as well as defence, telecommunications, appliances and industrial machinery. Renewable-energy manufacturing can build on Turkey’s established machinery and electrical-equipment industries.
These are therefore not simply isolated industrial bets. They have the potential to form parts of an interconnected technological ecosystem.
Turkey’s EV strategy is among the clearest examples. Alongside development of the domestic Togg brand and efforts to attract international manufacturers, Ankara has allocated a $5bn incentive package aimed at raising annual electric-vehicle production capacity to at least 1mn units.
But assembling more EVs is only the first step.
Capturing more of their value requires localisation further down the supply chain, particularly in batteries, electronics, motors and software. Turkey is consequently seeking investment in battery manufacturing and associated technologies alongside vehicle production.
Semiconductors represent a more difficult frontier. Full self-sufficiency is unrealistic given the complexity of global chip supply chains. The more achievable objective is to establish capabilities in selected segments that reduce vulnerabilities and support industries where Turkey already possesses manufacturing scale.
Renewable energy follows the same logic. As Turkey expands wind and solar generation, greater domestic production of components, power electronics, storage and grid equipment could turn the energy transition itself into an industrial-development strategy.
Automation, industrial software and advanced manufacturing technologies form another layer, potentially raising factory productivity while allowing Turkish companies to capture more value from the technologies used to manufacture goods.
The progression is increasingly clear: from making products towards making more of the technologies that make the products.
Resilience rather than self-sufficiency
Industrial depth matters little if factories cannot reliably obtain energy, materials and access to export markets. Turkey has therefore paired localisation with diversification rather than attempting economic autarky.
At Beylikova in Eskişehir, the country has established a pilot facility to process rare-earth resources. The longer-term opportunity lies not simply in extraction but in processing minerals and eventually incorporating them into higher-value applications such as magnets, electric motors and advanced equipment.
Turkey remains heavily dependent on imported energy, but pipelines, LNG infrastructure, domestic Black Sea gas production and diversified suppliers reduce reliance on individual routes. The Baku-Tbilisi-Ceyhan pipeline, for example, brings Caspian crude to the Mediterranean without passing through the Strait of Hormuz.
Turkey is also supporting Iraq’s proposed Development Road linking Grand Faw Port with Turkey and onward towards Europe.
None of these measures eliminates external dependence. Instead, they seek to make that dependence more diversified and resilient — an increasingly important industrial advantage as geopolitical disruption exposes vulnerabilities across global supply chains.
The lesson from Turkey
Turkey’s transformation took decades and remains incomplete.
The country continues to depend heavily on imported energy, intermediate goods and sophisticated foreign technologies. But that dependence does not negate its industrial progress; it helps explain the model.
Turkey progressed from importing machinery and technology to assembling products; from assembly towards domestic components; and from components towards supplier ecosystems, engineering and export manufacturing.
It is now attempting a more technologically demanding stage: developing greater control over the technologies that determine industrial value.
Assembly → Components → Suppliers → Engineering → Technology
For Egypt, the implications are significant.
Egypt possesses strategic advantages of its own: the Suez Canal, a domestic market of more than 100mn people, proximity to European, Gulf and African markets, established petrochemical and fertiliser industries and growing manufacturing capacity.
But attracting assembly plants represents only the first rung of industrial localisation.
The deeper challenge is developing Egyptian companies capable of supplying those factories — alongside the engineering skills, research capacity and industrial financing eventually needed to design the components, machinery, software and technologies they require.
Turkey’s experience suggests that localisation should therefore not be measured simply by how many finished products carry a “made locally” label. The more important measure is how much domestic value, engineering and technological capability sits inside them.
Industrialisation is ultimately a process of climbing the value chain. Assembly creates factories; supplier networks create industrial depth; engineering creates competitiveness; and technological capability determines how much value remains at home.
Turkey has spent decades building the first three. Whether its push into strategic technologies succeeds will determine whether it can convert manufacturing scale into lasting technological advantage.
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