Market evolution: Motor vehicle bodies (CN 870710) — 2015–2025

Introduction

This report examines the evolution of EU extra-EU trade in motor vehicle bodies classified under CN 870710 ("Bodies for motor cars and other motor vehicles principally designed for the transport of persons") over the period 2015–2025. The product includes both complete knock-down (CKD) bodies for industrial assembly (subheading 87071010) and finished bodies for other purposes (subheading 87071090). Over the decade, the EU's trade in this sector was shaped by dramatic geopolitical upheavals—including Brexit, the COVID-19 pandemic, Western sanctions on Russia, and the accelerating global transition to electric vehicles. The data reveals a striking divergence between rising export values and falling trade volumes, the near-total collapse of certain traditional trade routes, and a fundamental reshaping of both sourcing and destination patterns.

1. A market that gained value while losing mass: the quantity–value divergence

The most striking feature of the 2015–2025 period is a pronounced decoupling between trade values and physical volumes, both for exports and imports. EU export values grew by 21% while export mass fell by 24%; import values fell by 54% while import mass fell by 35%. The EU's trade surplus expanded from €90 million to €455 million (+404%), confirming that the bloc strengthened its net exporter position in this product category.

1.1 Rising unit values masked falling physical throughput

Source: General Overview — trade

Export unit values per tonne rose by 59%, reflecting a shift toward higher-value, potentially lighter body components. Meanwhile, import prices per tonne fell by 29%, consistent with the growing dominance of Chinese imports (discussed below) which tend to be competitively priced.

1.2 Supplementary units reveal a different picture of trade dynamics

The supplementary unit data (number of items in p/st) tells a strikingly different story from the tonnage figures:

Source: General Overview — trade

EU exports of bodies in unit terms nearly quintupled while the price per unit fell by three-quarters. This implies a massive increase in the volume of lighter, lower-unit-value body components being exported—likely reflecting the growing export of EV-related body parts (battery enclosures, lightweight subframes, plastic/composite body panels) that weigh less per unit than traditional complete body shells. Conversely, import units fell, suggesting that the EU's import needs for traditional body components have declined.

2. A dramatic reshuffling of trade partners

Over the decade, the EU's trade geography in vehicle bodies underwent a profound transformation. Traditional partners were displaced, sanctions and geopolitical shifts rewrote trade maps, and new sourcing relationships emerged—particularly with China on the import side.

2.1 Import sourcing: from US dominance to Chinese ascendancy

The most dramatic shift on the import side was the near-total collapse of US-sourced imports and the explosive growth of Chinese supplies.

Source: General Overview — top import partners

US imports, which stood at €426 M in 2015 (and peaked at €792 M), collapsed to just €3.4 M by 2025. Russian imports similarly evaporated under the weight of EU sanctions following 2022. Into this vacuum stepped China, which grew from a negligible €2.9 M to €182 M—making it by far the EU's largest single import source by value by 2025. This growth likely reflects the increasing footprint of Chinese automakers (e.g., BYD, Geely/Zeekr) in the European market and the sourcing of body components for European assembly of Chinese-branded vehicles. The volatility data confirms China's highly volatile coefficient of variation (CV = 2.30), consistent with a rapidly scaling trade relationship.

2.2 Export destinations: the UK consolidated, Russia vanished, Kazakhstan surged

On the export side, the partner mix also shifted dramatically.

Source: General Overview — top export partners

The UK became the EU's overwhelmingly dominant export market, growing from €157 M to €375 M—absorbing more than half of all extra-EU export value by 2025. This likely reflects post-Brexit supply-chain restructuring: UK-based vehicle assembly plants now source body components from the EU as third-country trade rather than intra-EU flows. Meanwhile, Russian exports collapsed from €209 M to a negligible €0.2 M following the 2022 sanctions. Kazakhstan emerged as a surprisingly large destination (€67 M in 2025), possibly serving as a re-export hub to other Eurasian markets following the closure of direct Russian trade routes. A price shock to Kazakhstan (abnormality score 25.4, −63.4% price shift in 2022) coincides with the ramp-up period of this new trade relationship.

2.3 Import concentration diversified while export concentration increased

Source: General Overview — concentration

Import sourcing became less concentrated as the EU diversified away from US dependence toward a broader set of suppliers. Paradoxically, export concentration increased, largely because the UK now accounts for such a dominant share of extra-EU exports—a structural vulnerability given the UK's own industrial policy ambitions in the EV sector.

3. Structural transformation: from CKD kits to a transformed production base

Beneath the aggregate trade figures lies a fundamental restructuring of the product composition, the intra-EU production geography, and the EU's overall industrial orientation in vehicle body manufacturing.

3.1 CKD assembly bodies (87071010) collapsed; finished bodies (87071090) now dominate

The two subheadings within CN 870710 moved in opposite directions over the period.

Exports by subheading (volume in tonnes):

Source: Product Segment Breakdown — exports

Imports by subheading (volume in tonnes):

Source: Product Segment Breakdown — imports

The near-disappearance of CKD body exports (from 22,481 t to 922 t) is the single most dramatic structural change in the data. CKD kits were historically shipped to assembly plants in third countries (notably Russia and North Africa); their collapse reflects both the sanctions-driven cessation of Russia-bound flows and a broader shift in industrial strategy where European OEMs increasingly retain final assembly within the EU or its near-abroad. The subheading 87071090 now accounts for virtually all extra-EU exports by mass.

On the import side, the decline in 87071090 imports (−67%) suggests that the EU's need for finished body imports has diminished as domestic production has expanded. The relative stability of 87071010 import volumes (−19%) despite massive value fluctuations (from €434 M in 2015 to €186 M in 2025) points to volatile pricing and shifting source markets for CKD kits.

3.2 EU production surged, driven by the EV transition

PRODCOM data reveals a dramatic expansion of intra-EU body production, measured in production volumes:

Source: Market Structure — production

EU production of vehicle bodies expanded by over 20 times in unit terms, from roughly 407,000 to 8.7 million items, while value grew more than sevenfold. This extraordinary growth reflects the massive industrial investments associated with the transition to electric vehicles, which require new body architectures (e.g., skateboard platforms, battery housing integration) and have driven OEMs to expand and modernise European production capacity. The unit value of production fell from roughly €3,847/item to €1,379/item, consistent with the shift toward higher-volume, more standardised components.

3.3 Specialisation patterns reveal a concentrated but geographically shifting production base

The specialisation data for 2025 shows that EU body production is concentrated among a handful of member states:

Source: Market Structure — most specialised reporters

Germany accounts for one-third of EU production value, followed by Italy (16.6%) and Czechia (14.7%). The strong specialisation of Czechia (RSCA = 0.51) reflects its role as a major automotive manufacturing hub, with plants operated by Škoda, Toyota, and Hyundai. Meanwhile, at the intra-EU export level, Czechia's extra-EU exports surged from €26 M to €111 M (+320%), and Italy's from €2.6 M to €47 M (+1,742%), while Slovakia's collapsed from €173 M to €1.2 M (−99.3%) and Romania's from €25 M to €0.1 M (−99.6%)—suggesting a reorientation of production flows within Central and Eastern Europe, likely tied to the specific models being produced and the shift toward EV platforms.

3.4 The EU maintained net self-sufficiency throughout

Despite all the turbulence, the EU's net import reliance remained negative throughout the period (first: −6.3%, last: −6.0%), meaning the EU consistently exported more vehicle bodies than it imported. Trade intensity (exports plus imports as a share of production) fell from 7.1% to 6.2% (−13.2%), and export propensity (exports as a share of production) declined from 6.5% to 5.9% (−9.3%). These figures indicate that the EU's booming domestic production base has absorbed a growing share of its own output, reducing the relative importance of extra-EU trade flows.

Conclusion

The EU's trade in motor vehicle bodies (CN 870710) underwent a profound structural transformation between 2015 and 2025. The bloc consolidated its position as a net exporter, with the trade surplus growing from €90 million to €455 million, while its domestic production base expanded more than twentyfold in unit terms. However, this headline stability masks dramatic underlying shifts. The near-total disappearance of CKD assembly body exports, the collapse of Russia and the US as trade partners, the meteoric rise of China as the dominant import source, and the emergence of the UK as the EU's overwhelmingly largest export market all point to a fundamentally reconfigured trade geography. The divergence between rising unit values and falling mass—paired with exploding supplementary unit counts—signals a transition in the product mix, consistent with the broader shift toward lighter EV-compatible body architectures. Looking ahead, the EU's growing concentration of exports on the UK market and its increasing reliance on Chinese imports represent two structural vulnerabilities that policymakers and industry actors will need to monitor closely.