Manufacturing in Ukraine: When Does Local Production Make Commercial Sense?
Ukraine has moved from a market foreign manufacturers supply to one some of them are choosing to produce in. Manufacturing in Ukraine can be commercially defensible, and Kronospan, Unilever and Peikko have committed capital to production facilities here. The case holds only where a company can identify one specific economic reason for producing locally and that reason survives a realistic test of total cost, workforce availability, energy reliability, operating capability and resilience. Lower wages do not constitute an investment case. Neither does the scale of assessed reconstruction needs, which the World Bank puts at almost USD 588 billion over the coming decade, since an aggregate figure of that kind says nothing about accessible demand for a particular product.
What follows addresses the decision that precedes location, project design and contracting: whether local production belongs in the company's footprint at all.
Start with the reason for producing locally
Three distinct rationales lead foreign companies towards production in Ukraine, and each rests on different economics. The first is Ukrainian demand. The company already sells here, or expects to, and local capacity shortens delivery times, reduces landed cost and improves service. This case depends on accessible demand rather than on market size, and accessible demand is narrower than national figures suggest once regional access, customer creditworthiness and established local competition are taken into account.
The second is production localisation for market or procurement access. Manufacturing locally can change how certain buyers assess eligibility, alter their view of supply security, or remove the lead times that lose contracts. What carries the case here is access gained, and the analysis has to identify the specific customers or procurement processes that treat local production differently.
The third treats Ukraine as a production base for export, principally into the EU. The relevant comparator is then no longer the Ukrainian market but the company's existing or alternative European sites, and the economics turn on landed cost into the destination market.
These rationales can coexist within one project. The investment case becomes difficult to defend when several are combined without establishing which one actually carries the economics, because a proposal claiming domestic demand, procurement access and export advantage at once often cannot demonstrate sufficient volume from any single source. Reviewers are then left with no primary assumption to test.
Table 1. Three rationales for manufacturing in Ukraine
Rationale | Economics that must carry the case | Evidence required | Reason to reject |
|---|---|---|---|
Serving Ukrainian demand | Accessible domestic volume at a price that supports local fixed cost | Named customers or segments, regional access, payment behaviour, existing local competition | Demand is national in theory but inaccessible in practice, or already served competitively |
Localisation for market or procurement access | Access or contract value gained through local manufacture | Identified buyers or procurement processes that treat local production differently, quantified | Access advantage is assumed rather than demonstrated with specific buyers |
Ukraine as an export production base | Landed cost into the destination market against existing or alternative sites | Full comparison with current footprint, including freight, resilience and management cost | Advantage disappears once resilience and overhead are priced, or existing capacity is under-utilised |
What production capability is actually available today
A foreign manufacturer needs to know what capability it can draw on now, which is a narrower question than how Ukrainian industry has performed. The OECD's 2025 economic survey records that the full-scale invasion damaged capital stock and forced a relocation of industrial activity, and that relocation carries the greatest operational consequence. Capacity has moved westward, been rebuilt and in places expanded, while the capability to staff and maintain it has not kept pace.
Four practical questions determine whether a given process can be run here. The first is whether the required equipment can be installed and commissioned by contractors already present in the country, since importing an installation team lengthens the schedule and raises cost. The second is whether local engineering and maintenance capability exists for the specific process, because the alternative is that every technical intervention requires travel. The third concerns the depth of the supplier base for inputs the company assumed it could buy locally. The fourth, and often the binding constraint, is whether management of the required calibre can be recruited.
Observable commitments give a partial answer about where capability runs deepest. The foreign manufacturers that have built or are building production facilities in Ukraine cluster in wood panels, consumer goods, construction products and heavy equipment, which is consistent with established local competence in metalworking, plastics processing, food processing, woodworking and building materials. Higher-precision and heavily automated processes generally depend on imported machinery, imported spares and a limited pool of qualified technicians, which affects both the commissioning schedule and the ongoing cost of keeping a line available.
Manufacturing economics: calculate total cost, not labour cost
Wage comparison dominates this analysis and is the least reliable part of it. Several items that European cost models either omit or underweight carry real weight in a Ukrainian operation.
Energy is the clearest. Where a process cannot tolerate interruption, backup generation or a degree of autonomy becomes a permanent cost line with its own capital, fuel and maintenance requirements, and it should be modelled that way from the outset. Inbound material dependency matters wherever inputs are imported, because freight, customs handling and buffer inventory tie up working capital that a site inside the EU would not require. Insurance is priced differently, utilisation assumptions have to be built on the availability of power and people, since nameplate capacity will overstate output, and commissioning takes longer than planned where installation resource is scarce. Management overhead is higher for any operation a group cannot visit easily, and it is real even when it appears in no project budget.
Labour cost itself behaves differently from the headline. Non-wage costs vary widely across the countries a manufacturer might compare, from 4.8 per cent of total labour cost in Romania to an EU average of 24.8 per cent in 2025 according to Eurostat, so gross wage differentials translate unevenly into employer cost. What belongs in the model is cost per unit produced, since cost per hour worked ignores productivity.
What the model has to establish is whether risk-adjusted total economics outperform the realistic alternative for this specific operating model, which may be continued import, contract production or acquisition of existing capacity.
Labour is a capacity constraint before it is a cost advantage
Labour availability has become one of the most widely reported constraints on Ukrainian business, although its severity varies materially by occupation, region and production model. In a survey of Ukrainian enterprises across the economy, 67 per cent reported labour shortages by March 2026, well above the 42 per cent citing workplace security and the 30 per cent citing power and heating outages. Among European Business Association members, 78 per cent reported a shortage of skilled workers at the start of 2026, and in a separate 2026 survey 79 per cent of enterprises identified mobilisation as the principal factor affecting availability while 58 per cent pointed to constraints on retaining staff.
Figure 1. Reported constraints among surveyed Ukrainian enterprises, March 2026
Source: OSW Centre for Eastern Studies, May 2026, drawing on enterprise survey data for March 2026. Surveyed Ukrainian enterprises overall, not manufacturing companies specifically. Severity varies by sector, occupation and region.
Wages have responded. Average monthly nominal pay across the economy rose from UAH 17,453 in 2021 to roughly UAH 26,913 at the end of 2025. Earnings remain well below those in neighbouring EU countries, but the gap is narrowing while availability tightens, which is the opposite of a durable cost advantage.
None of this makes staffing impossible, and it does not apply uniformly. Availability is occupation-specific and location-specific, and the westward relocation of industry has produced regions with industrial premises but no established pool of workers holding the relevant competences. The National Bank of Ukraine expects continued net outward migration of around 200,000 people a year in 2025 and 2026, with return flows anticipated only from 2027. A staffing plan built on European recruitment speed and cost will not hold, and it should be tested against the specific trades the process requires, not against national employment figures.
Energy resilience can change the production economics
Restrictions on electricity supply remain part of the operating environment, and industrial consumers are included in them. The DiXi Group's scenario analysis for summer 2026 modelled conditions under which Ukrenergo would apply rolling restriction schedules, with up to four queues implemented simultaneously during peak hours under stress conditions and outcomes varying by region according to damage and local generation. Those are modelled peaks, not a description of normal daily operation, but they set the level of interruption a production plan should be able to absorb.
What matters commercially is the cost of interruption to a particular process. Continuous processes, temperature-controlled production and anything with a long restart cycle carry a resilience requirement that batch assembly does not. Where that requirement is high, the cost of autonomy has to enter the case before a site is chosen, because it can move unit economics far enough to change the decision. Our analysis of energy security and resilience for business in Ukraineexamines that cost structure in more detail.
Ukraine against realistic alternative production locations
Comparison with Poland, Romania or Turkey is often run on labour cost alone, which produces a misleading answer in both directions. Ukraine is not automatically cheaper once resilience, inventory and management overhead are priced, and it is not automatically weaker once wage levels, asset costs and proximity to particular customers are weighed. The appropriate comparator depends on the economic reason for considering Ukrainian production in the first place.
For a company pursuing the export rationale, the comparison is between production sites, and it should hold product specification, volume and destination market constant. On that basis the dimensions worth comparing are total labour economics and productivity, energy exposure and the cost of resilience, and the depth of the inbound supply base. To these should be added outbound logistics, working capital, capital expenditure and the availability of suitable assets, management complexity, market access, and the time required to reach stable output.
For a company serving Ukrainian demand the alternative is not the absence of an option. Producing in Poland or Romania and importing into Ukraine remains a genuine route, and the comparison should be made between local production and imported supply on landed cost, lead time, service level, working capital tied up in transit and inventory, and exposure to border and logistics disruption. Local production wins that comparison where lead time or service materially affects contract value, and loses it where volumes are too low to carry fixed cost.
Market access sits behind both comparisons. The upgraded EU–Ukraine Deep and Comprehensive Free Trade Areaentered into force on 29 October 2025 and provides, in the European Commission's terms, a longer-term and more stable legal framework with additional reciprocal liberalisation, a new safeguard clause and progressive alignment of Ukrainian and EU production standards. Industrial goods were already largely liberalised under the original agreement, with only 5.3 per cent of industrial tariff lines outstanding before the review. For most manufacturers the significant change is therefore the greater stability of the framework, tempered by a safeguard mechanism that either side may invoke.
Build, acquire or subcontract
Concluding that production in Ukraine makes sense does not determine how capacity is obtained, and the three routes carry different capital, control and reversibility profiles.
Table 2. Routes to production capacity in Ukraine
Route | When it deserves consideration | Main advantage | Main uncertainty | Next analysis |
|---|---|---|---|---|
Owned production | Process requirements existing operators cannot meet; volumes sufficient to carry fixed cost | Full control over specification, quality and schedule | Commissioning timeline, staffing at required skill level, resilience cost | Site and investment regime selection |
Acquisition | A suitable operating asset exists and its capabilities are genuinely transferable | May provide faster access to existing capacity, workforce, customer relationships or operating infrastructure | Whether the asset fits the buyer's model and what liabilities transfer with it | Target and transaction assessment |
Contract manufacturing | Volume remains uncertain, or the production thesis has not yet been tested | Commercial thesis can be tested without capital commitment | Control over quality and schedule, and the durability of the arrangement | Partner qualification and commercial terms |
Each route opens its own body of analysis, and each will be addressed separately.
Proceed, test further, or do not commit
A company should proceed where one rationale visibly carries the economics, the process tolerates the local resilience requirement at acceptable cost, the specific occupations required can be recruited in the intended location, and the case still stands if wages continue rising and supply restrictions persist.
It should test further where the thesis is credible but one or two critical assumptions remain unproven. Those assumptions concern accessible demand, staffing at the required skill level, or the true cost of energy autonomy, each of which can be established before capital is committed. Doing so is feasibility work rather than a decision, and it costs a fraction of a wrong commitment.
It should not commit yet where the case depends on wage arbitrage alone, on reconstruction demand not traced to identified buyers, on optimistic utilisation, on staffing assumptions the labour market will not support, on a resilience requirement whose cost erases the advantage it was meant to protect, or on management attention the group cannot supply. Continued import or contract production will sometimes be the economically superior answer, and remaining a supplier while the position clarifies is a legitimate outcome.
Resilience deserves particular attention in this final test, because it has to be designed into the operating model rather than added after a first disruption. Duplicated capacity, dual sourcing, buffer inventory, backup utilities and transferable production each address a different failure, and the appropriate combination depends on the process, customer commitments and acceptable recovery time. Not every plant requires the most expensive of them.
Where a production case has reached the point of needing formal testing, our investment and project advisory work examines whether a specific project is deliverable as designed. Sector context is set out under Industrials & Manufacturing.
