Serbia’s export performance has entered a stronger phase in 2026, driven by a combination of recovering automotive production, resilient demand from Germany, expanding copper output and a manufacturing base that is becoming progressively more integrated into European supply chains. The improvement is visible not only in headline exports but in a sizeable reduction in the merchandise trade deficit, although Serbia still faces a more difficult question over how much domestic value is actually captured from every euro of goods leaving the country.
During the first six months of 2026, Serbia exported goods worth €17.97bn, an increase of 8.3% year on year, while imports rose only 3.7% to €21.68bn. The merchandise deficit consequently narrowed by 14.1% to €3.71bn, while exports covered 82.9% of imports, compared with 79.4% during the same period of 2025. Total merchandise trade reached €39.65bn, up 5.8%.
The half-year figures strengthen a trend that was already visible after five months. Between January and May, Serbian exports had increased 7.7% to €14.70bn, while imports were almost flat, rising just 1% to €17.68bn. The trade deficit at that stage had fallen almost 23% to €2.98bn.
The change is significant because Serbia has traditionally run a substantial merchandise deficit. A stronger export sector does not eliminate the country’s dependence on imported energy, machinery, industrial inputs and consumer goods, but faster export growth reduces the financing burden created by that structure.
Germany sits at the centre of the improvement.
It remains Serbia’s largest individual export destination and one of the most important sources of industrial investment. German companies have established extensive production networks across automotive components, electrical equipment, engineering, machinery and industrial services, while Serbian factories have become increasingly embedded in German and Central European manufacturing chains.
The relationship is therefore substantially deeper than bilateral trade in finished products.
A wiring harness produced in Serbia may eventually be installed in a vehicle assembled elsewhere in Europe. Electrical equipment, mechanical components and industrial systems manufactured by Serbian subsidiaries of German companies can pass through several countries before appearing in the final consumer product.
That structure helps explain why stronger German industrial demand can translate relatively quickly into improved Serbian exports.
The second major factor is automotive production.
The Stellantis factory in Kragujevac has moved into a new production cycle centred on the Fiat Grande Panda, replacing the Fiat 500L era and giving Serbia a renewed finished-vehicle export platform.
The transformation is strategically important because Kragujevac had lost much of its previous export contribution after production of the 500L wound down. For years, Serbian automotive exports remained substantial because of the large component industry, but the country lacked the finished-car volumes that had once placed Fiat among its largest exporters.
Grande Panda changes that equation.
Stellantis modernised the Kragujevac plant for the new vehicle architecture and launched Serbia’s first domestically produced electric passenger car there. The Grande Panda is based on the group’s Smart Car platform and has developed into a broader global model programme with electric, hybrid and conventional powertrain versions.
The Serbian plant’s impact is already visible in export statistics.
Passenger vehicles have returned to the group of major Serbian export products, while vehicle wiring systems and automotive components remain among the country’s most important manufacturing exports. The combination means automotive is contributing at several levels simultaneously: finished vehicles from Kragujevac, wiring harnesses, tyres, electronic systems, metal components, plastics and other parts produced across Serbia.
This is where the scale of previous investment starts to matter.
More than 135 automotive-industry investment projects have been implemented in Serbia since 2012, encompassing Stellantis and a wide range of suppliers and component manufacturers. The network now extends well beyond one vehicle plant and includes companies producing electronics, wiring systems, tyres, drivetrain components and other specialised automotive products.
For Serbia, that diversification is more important than simply maximising the number of cars assembled in Kragujevac.
A vehicle factory can generate impressive gross exports while still importing much of the value embedded in each car. Batteries, electronics, drivetrains, specialised materials and other high-value components can arrive from abroad before final assembly.
The economic benefit to Serbia is determined by the difference between the exported vehicle value and the imported content required to produce it.
That makes supplier localisation one of the central unresolved issues in Serbia’s export model.
The country has attracted a large number of international manufacturers, but Serbian-owned companies remain insufficiently integrated into some of the strongest foreign-investor supply chains.
The distinction matters for productivity, wages and the trade balance.
A foreign-owned factory importing €800 of components and exporting a €1,000 finished product technically creates €1,000 of exports, but only €200 of direct domestic production value before other local costs are considered.
A factory that sources half of its components from Serbian suppliers creates a very different economic footprint even if the headline export value remains identical.
Localisation also helps domestic companies acquire international certifications, production standards and engineering capabilities that can later be used to sell directly into foreign markets.
The strongest phase of Serbia’s automotive development would therefore come not simply from producing more Grande Pandas, but from increasing the amount of Serbian engineering, materials, components and services embedded in each vehicle.
The same issue applies across foreign direct investment more broadly.
Serbia’s export transformation over the past 15 years has been heavily supported by multinational manufacturing companies attracted by its labour base, geographic position, state incentives and trade access.
That strategy has materially increased industrial exports and created production clusters outside Belgrade. It has also produced an economy in which the performance of individual multinational plants can significantly influence national trade statistics.
The Kragujevac factory is a particularly visible example.
At its previous production peak, Fiat was one of Serbia’s largest exporters. When vehicle volumes declined, national export composition changed noticeably. The new Stellantis cycle therefore creates considerable upside, but it also demonstrates the risks of relying heavily on a small number of large plants.
Copper provides Serbia with a second powerful export engine that has very different economics.
Mining and processing expansion around Bor and Čukaru Peki has pushed copper ore, concentrates and refined copper towards the top of Serbia’s export rankings.
Unlike automotive manufacturing, copper demand is tied less directly to European consumer cycles and more heavily to global infrastructure, electricity networks, renewable energy, electrification and industrial investment.
That gives Serbia exposure to one of the commodities most directly linked with global grid expansion and the energy transition.
It also creates commodity-price risk.
Higher copper prices can rapidly increase Serbia’s export receipts even without an equivalent increase in physical production. Falling prices can have the opposite effect.
Automotive and copper therefore complement one another in Serbia’s export structure: one is a complex manufacturing ecosystem heavily integrated into Europe, while the other provides exposure to global metals and energy-transition investment.
Agriculture, food processing, electrical equipment, machinery and ICT services add further diversification, although there remains substantial room to increase their contribution.
The geographical composition of trade shows why Serbia’s connection to the European economy remains decisive.
European Union countries accounted for approximately 58.7% of Serbia’s total merchandise trade in the first half of 2026. That makes European industrial conditions considerably more important for Serbian exporters than demand from any individual non-European partner.
This creates both stability and vulnerability.
The EU provides Serbia with a large, wealthy and geographically close market. Manufacturing investments made in Serbia frequently make sense precisely because goods can move relatively quickly into factories and customers across Central and Western Europe.
At the same time, Serbia becomes exposed to changes in European industrial policy.
Carbon regulation, steel safeguards, increasingly demanding environmental standards and changes affecting professional transport operators all influence the economics of Serbian exports.
The Carbon Border Adjustment Mechanism is particularly important because Serbia’s electricity system remains carbon-intensive and several major export industries rely on significant amounts of energy.
A Serbian product can be manufactured competitively in terms of wages and conventional production costs but still become less competitive in Europe when its embedded carbon footprint is priced.
This gives electricity policy a direct connection to export strategy.
More renewable electricity is not simply an environmental objective. It can eventually reduce the embedded carbon intensity of Serbian metals and manufactured goods, protecting access to the market that absorbs roughly three-fifths of Serbia’s foreign trade.
Steel producers face a different form of pressure from European safeguard quotas and tighter market-access conditions.
Transport companies also face operational friction from changing EU border and entry rules.
Serbia therefore enters a period where its privileged commercial relationship with Europe remains exceptionally valuable but increasingly requires regulatory convergence and lower-carbon production.
The alternative is not simply to redirect all exports towards China or other non-European markets.
China has become one of Serbia’s most important commercial partners, but the structure of that relationship remains highly asymmetric.
Serbia imports a broad range of Chinese machinery, electronics, industrial equipment and consumer goods, while exports are significantly more concentrated, particularly around copper and other commodities.
That is fundamentally different from the German relationship, where Serbia participates more deeply in manufacturing supply chains.
The strongest long-term Chinese relationship would involve Chinese-owned factories in Serbia exporting increasing amounts of higher-value manufactured goods to third markets while purchasing more inputs locally.
Without that evolution, growing bilateral trade can coexist with a large structural Serbian deficit.
Regional trade provides Serbia with almost the opposite structure.
CEFTA markets remain relatively small compared with the EU but generate an exceptionally large Serbian surplus. During the first half of 2026, Serbia exported €2.37bn of goods to CEFTA countries while importing only €782mn, producing a surplus of approximately €1.59bn and export coverage above 300%.
That regional surplus is economically valuable because it is supported by a broader range of Serbian-owned companies.
Food producers, beverage companies, pharmaceutical manufacturers, agricultural exporters and industrial businesses have established strong distribution networks across Montenegro, Bosnia and Herzegovina, North Macedonia and other nearby markets.
Regional commerce therefore provides a useful counterweight to the multinational-dominated manufacturing structure visible in some EU export sectors.
The first-half improvement also needs to be separated from one-off statistical effects.
Export growth of 8.3% is strong, but Serbia is not yet experiencing a broad export boom across every sector. Much of the current acceleration is concentrated in identifiable areas such as automotive production and mining.
That does not make the improvement less real. It means sustainability depends on what happens next.
Stellantis needs to maintain competitive Grande Panda production and develop significant European sales volumes.
Automotive suppliers need to win additional programmes rather than relying indefinitely on existing contracts.
Copper output needs to expand without excessive dependence on favourable commodity prices.
Domestic manufacturers need deeper integration into multinational supply chains.
Agriculture and food processing need greater productivity and more value-added exports.
Energy investment needs to reduce the carbon intensity and import dependence of Serbian industry.
These are substantially harder objectives than increasing gross exports through one large factory.
There is also the import side of the trade equation.
The first five months of 2026 looked particularly strong because imports grew only 1%, allowing the merchandise deficit to fall almost 23%. By the end of June, import growth had accelerated to 3.7%, while the reduction in the deficit moderated to 14.1%.
That development is not necessarily negative.
Serbia is implementing large infrastructure projects, preparing for EXPO 2027 and continuing industrial investment. These activities require imported equipment, machinery and materials.
Rising household incomes also generate additional demand for imported consumer products.
A widening deficit caused by machinery imports that subsequently generate higher productive capacity is economically different from a deficit driven entirely by consumption.
The challenge is ensuring that today’s imports eventually create tomorrow’s exports.
That is especially relevant to Serbia’s current infrastructure and FDI cycle.
Large investments can temporarily worsen the trade balance during construction because equipment is purchased abroad. Once the factory or infrastructure asset starts operating, the investment may increase exports, reduce imports or improve productivity.
The trade deficit therefore needs to be analysed together with the composition of imports rather than treated simply as a scorecard.
The same principle applies to energy.
Serbia’s dependence on imported oil and gas is structural, while electricity imports have become more significant during periods of weak domestic generation.
Every additional euro spent importing energy reduces the external benefit produced by stronger manufacturing exports.
An industrial strategy built around electric vehicles, copper processing, data centres and advanced manufacturing will also increase electricity demand.
The competitiveness of Serbia’s export economy therefore increasingly depends on its ability to expand domestic power generation, particularly from lower-carbon sources.
This connection between industrial policy, energy policy and export policy is becoming tighter.
The Grande Panda is an electric vehicle. Serbian copper increasingly serves industries linked with electrification. European customers are demanding lower-carbon products. CBAM increases the cost of carbon-intensive production.
Serbia cannot sustainably expand these sectors while treating electricity investment as a separate policy question.
A cleaner and more reliable domestic power system improves industrial competitiveness, reduces import exposure and protects access to European customers simultaneously.
Germany remains particularly important within that transition.
German manufacturers are themselves restructuring supply chains around electric mobility, automation, renewable energy and lower-carbon industrial processes. Serbian factories tied to those companies will increasingly be required to meet the same standards.
This can create pressure on costs but also an opportunity to move into higher-value production.
The next stage of German investment in Serbia is unlikely to be driven exclusively by inexpensive labour. Wage convergence has already made that model less powerful than it was a decade ago.
Future competitiveness will depend more heavily on engineering capability, automation, productivity, logistics, energy availability and access to qualified workers.
Serbia’s export growth therefore provides evidence that the country’s industrial model is still capable of generating competitive results, but it also illustrates where the next constraints are emerging.
After five months of 2026, exports were rising 7.7%, imports just 1%, and the deficit had fallen almost 23%. By the end of June, exports had accelerated further to 8.3% growth, producing almost €18bn of foreign sales in six months.
Germany and Stellantis are central to that performance, but neither should become the entire explanation.
Serbia’s stronger trade position increasingly reflects a combination of automotive manufacturing, copper mining and processing, electrical equipment, regional trade and European industrial integration.
The remaining weakness is the domestic content beneath those figures.
The country can continue increasing gross exports by attracting multinational factories and expanding commodity production. The larger economic gain comes when Serbian-owned suppliers, engineers and technology companies capture a greater share of the value generated inside those export chains.
That is the distinction between becoming a larger export location and becoming a stronger export economy.
Serbia has made substantial progress on the first. The durability of the current export acceleration will increasingly depend on progress on the second.
