Europe Trucks Market Size & Share 2026-2035

Europe Trucks Market Size

The Europe trucks market is valued at USD 53.4 billion across 387,700 units in 2025 and is projected to reach USD 97.6 billion and 554,700 units in 2035. Revenue is expected to expand at a 6.2% CAGR, outpacing the 3.7% volume CAGR as average selling prices rise from USD 137,700 to USD 175,900. The widening value-to-volume gap reflects the growing share of higher-specification vehicles, including zero-emission powertrains, advanced driver-assistance systems, connectivity hardware, and application-specific bodies.

The 2025 base year follows an uneven recovery cycle. European truck volume rose from 320,000 units in 2022 to 426,767 units in 2024 before moderating to 387,700 units in 2025. EU registrations of heavy trucks above 16 tonnes fell 5.4% in 2025, while medium trucks contracted 9.9%, illustrating the sensitivity of fleet investment to industrial activity, financing costs, and replacement timing ^{[1]ACEA, New commercial vehicle registrations: vans -8.8%, trucks -6.2%, buses -7.5% in 2025, 2026, acea.auto}. The correction affects near-term order intake, but it does not eliminate the longer replacement requirement created by an aging fleet and increasingly stringent emissions rules.

Diesel remains the operating baseline for European freight fleets, accounting for 93.2% of EU medium- and heavy-truck registrations in 2025. At the same time, electric trucks are moving from narrow municipal and depot applications into regional distribution and selected long-haul routes. Regulation (EU) 2024/1610 requires manufacturers to reduce average CO₂ emissions from new heavy-duty vehicles by 45% from 2030, 65% from 2035, and 90% from 2040 relative to the applicable reference period ^{[2]EUR-Lex, Regulation (EU) 2024/1610, 2024, eur-lex.europa.eu}. The regulation changes the economics of product planning: OEMs must scale zero-emission platforms, while fleet operators must assess replacement decisions against future compliance costs, route access, and energy infrastructure.

Fleet aging provides an important counterweight to cyclical weakness. The average EU truck is 13.9 years old, with substantial variation among member states. Older equipment can remain serviceable, but it typically carries a higher maintenance burden and is less suited to urban access restrictions, lower-emission toll structures, and data-enabled fleet-management practices. Replacement demand should therefore be led first by vehicles with predictable operating cycles and concentrated depot infrastructure, then broaden as public charging and hydrogen networks become more usable for long-distance freight.

Revenue growth is expected to remain materially stronger than unit growth because the replacement vehicle is changing. Fleet buyers increasingly specify safety, fuel-efficiency, telematics, battery, charging, and body-integration content that was less prevalent in older fleets. The commercial opportunity is consequently concentrated in applications where higher acquisition cost can be offset by utilization, route predictability, toll treatment, or compliance value, rather than in a uniform transition across all truck categories.

Key Drivers

Freight intensity from parcel, retail, and industrial logistics

Road freight remains integral to European supply chains because it connects ports, factories, regional distribution centres, retail networks, and final-mile delivery operations. Parcel networks are particularly important for light- and medium-duty demand because they require frequent routes between hubs, lockers, stores, and urban consolidation points. These operations favor box/cargo bodies and return-to-depot cycles, which improve the operational case for battery-electric trucks.

The heavier end of the market is supported by cross-border industrial flows. Poland and Lithuania together account for more than half of European cross-trade and cabotage activity, illustrating the role of Central and Eastern European carriers in continental road freight. Manufacturing investment, port activity, and distribution corridor development therefore support demand for Class 7 and Class 8 vehicles even when consumer-facing freight volumes soften.

Deferred replacement of aging fleets

An aging fleet creates a demand floor that is distinct from short-term freight growth. The EU truck fleet has aged as operators extended asset lives during supply-chain disruption, high vehicle prices, and elevated borrowing costs. Replacement decisions are increasingly shaped by maintenance risk, fuel efficiency, access to urban zones, and the ability to meet shipper sustainability requirements, rather than by mileage alone.

The effect is strongest where fleets operate older equipment in markets with gradually tightening environmental restrictions. A newer Euro VI diesel truck may remain a practical interim asset for many long-haul operators, while an electric or hybrid vehicle is increasingly suited to controlled urban and regional routes. This produces a staggered replacement cycle: early demand is concentrated in high-utilization fleets and regulated city operations, whereas smaller operators transition more gradually.

Eastern European infrastructure and manufacturing integration

Eastern Europe is gaining importance as a production and logistics base for European supply chains. Poland's road-freight position, Romania's industrial expansion, and corridor investment across Czechia, Hungary, Slovakia, Bulgaria, Croatia, and Slovenia increase demand for construction, component, and consumer-goods transport. These markets also have older fleets in several countries, making fleet renewal and economic convergence mutually reinforcing demand drivers.

The region's significance is not limited to unit growth. It provides the operational corridor linking Western European ports and manufacturing centres with Central European factories and southeastern markets. Truck demand is therefore tied to both domestic investment and cross-border asset utilization, supporting flatbeds, trailers, tractor units, and specialized vocational vehicles.

Urban delivery and municipal electrification

Urban freight restrictions create more immediate procurement pressure than broad national decarbonization targets. Municipal services, parcel delivery, food distribution, and retail replenishment are well suited to electrification because vehicles often return to a defined depot and operate on repeatable routes. Charging can be scheduled around overnight dwell time, and lower noise emissions can support deliveries during restricted hours.

The same operating characteristics make refuse trucks, refrigerated distribution vehicles, and medium-duty box trucks early electrification candidates. The addressable opportunity is commercially meaningful because body integration, thermal management, and charging design are often as important as the truck chassis itself. Suppliers able to combine vehicle, infrastructure, finance, and uptime support are better positioned than manufacturers offering hardware alone.

Key Restraints

Truck-driver shortages

Europe's driver shortage constrains the productive use of existing truck assets. Approximately 500,000 truck-driver positions were unfilled in late 2024, representing about 12% of available positions. The shortage is compounded by an aging workforce, limited younger-worker participation, and operational conditions that remain difficult for many prospective drivers.

For fleets, the constraint affects more than labor cost. A vehicle that cannot be staffed cannot generate revenue, which can increase the appeal of route optimization, driver-assistance technology, drop-and-hook operations, and carefully selected autonomous pilots. However, autonomous freight systems remain application-specific and are not an immediate substitute for Europe's broad driver base. The near-term effect is more likely to be higher logistics costs and an increased premium on dependable, driver-friendly equipment.

Electric-truck acquisition and infrastructure costs

Battery-electric trucks can be commercially attractive in particular duty cycles, but the business case remains uneven. The purchase price of a heavy battery-electric truck is commonly above that of a comparable diesel vehicle, and the economic result depends on electricity prices, toll treatment, charging access, annual mileage, payload requirements, and financing terms. Hydrogen fuel-cell trucks face a separate challenge: vehicle and fuel economics remain difficult where hydrogen production and refuelling networks are limited.

Infrastructure introduces another layer of complexity. Depot charging can require grid upgrades and extended coordination with distribution-network operators, while public megawatt charging is still developing. The European Commission and member states are using AFIR to create a corridor-level framework, but physical deployment, grid connection, and interoperable payment systems will determine whether the regulation translates into operational confidence. These constraints are most burdensome for small fleets and for operators in markets with less mature charging infrastructure.

This distinction will shape competitive outcomes. The strongest demand for new technologies is likely to emerge first in logistics corridors, municipal fleets, port operations, and large shipper-controlled networks where asset utilization can be designed around charging or refuelling. The broader fleet will continue to require efficient diesel and transitional powertrains while infrastructure, financing, and residual-value confidence develop.

Europe Trucks Market Segment Analysis

By Class

Class 2 trucks serve light urban distribution, service trades, and courier operations. Short daily mileage and depot return patterns make this class suitable for early BEV adoption where payload and charging requirements are manageable.

Class 3 vehicles are used for food distribution, retail replenishment, refrigerated delivery, and light construction. Their body flexibility makes them relevant to the expansion of e-grocery and temperature-controlled logistics.

Class 4 trucks occupy the transition between light urban delivery and heavier regional work. They are used in box/cargo, flatbed, and municipal applications, where regulatory pressure and controlled routes can support electrification.

Class 5 vehicles serve regional distribution, public services, beverage delivery, and specialized urban freight. The class benefits from a balance between payload capability and feasible battery sizing.

Class 6 trucks are important in regional freight, utilities, refuse collection, and vocational applications. Vehicle utilization varies materially by body type, limiting one-size-fits-all powertrain decisions.

Class 7 trucks support higher-payload regional logistics, retail distribution, and intercity freight. These vehicles increasingly require opportunity charging at logistics nodes when deployed as BEVs.

Class 8 trucks represent the highest-value category, serving long-haul freight, bulk cargo, construction materials, and cross-border logistics. Heavy trucks above 16 tonnes remain the centre of OEM competition and accounted for 254,488 EU registrations in 2025. Their decarbonization pathway is more complex because range, payload, charging time, and corridor infrastructure all affect fleet economics.

By Vehicle

Light-duty trucks are closely tied to parcel, retail, service, and last-mile operations. Their predictable urban routes make them the most accessible starting point for zero-emission deployment.

Medium-duty trucks serve mixed urban and regional routes, including retail, municipal, and food logistics. Manufacturers are expanding electric offerings in this category because overnight depot charging can support a substantial share of daily operating cycles.

Heavy-duty trucks dominate market revenue and continental freight capacity. Diesel retains a strong role because of refuelling density, long-range performance, and established service networks, while BEV and FCEV platforms are being positioned for different long-haul use cases.

By Propulsion

Gasoline is limited to niche light-duty applications and has little strategic relevance in medium- and heavy-duty freight.

Diesel remains the dominant powertrain because it offers established operating economics and infrastructure across diverse duty cycles. Its share is expected to decline gradually, but it will remain important through the forecast period, especially for long-distance, price-sensitive, and infrastructure-constrained operations.

BEV is the fastest-growing zero-emission propulsion category. BEV revenue is projected to increase from USD 3.54 billion in 2025 to USD 16.64 billion in 2035. Growth is supported by urban access rules, fleet CO₂ targets, depot charging, and an expanding portfolio of medium- and heavy-duty platforms. Public charging deployment will determine how far the technology extends beyond dedicated routes.

PHEV offers a transitional option for selected mixed-route applications, though it is less central to current European OEM strategies than BEV and FCEV platforms. Its projected revenue rises from USD 0.43 billion in 2025 to USD 1.55 billion in 2035.

HEV can reduce fuel consumption in stop-start use without reliance on charging infrastructure. The category is projected to grow from USD 1.21 billion in 2025 to USD 4.10 billion in 2035, particularly where operators need lower-emission capability but cannot yet commit to full electrification.

FCEV is projected to expand from USD 0.13 billion in 2025 to USD 0.64 billion in 2035. It is most relevant to long-haul operations where refuelling time and range are decisive, but its growth depends on dependable hydrogen supply and refuelling infrastructure. Hyundai's XCIENT Fuel Cell fleet had accumulated 20 million kilometres in European operation by early 2026, providing one of the larger practical operating references for the technology.

Others include CNG, LNG, biomethane, HVO-based, and dual-fuel solutions. These options can provide transitional emissions benefits in locations with established fuel infrastructure, but their strategic role narrows as zero-emission alternatives become more capable.

By Body

Pickup trucks serve rural, utility, light-construction, and multi-purpose commercial applications. Europe's pickup market is smaller than North America's, but electrified commercial variants are widening the available choice.

Box/cargo bodies are central to parcel, retail, pharmaceutical, and consumer-goods transport. This is the most important body category for urban and regional BEV adoption because it is linked to repeatable routes and depot-based fleets.

Flatbed trucks support construction materials, machinery, timber, and agricultural equipment transport. Demand is tied to infrastructure projects and industrial activity, particularly in Eastern and Southern Europe.

Dump trucks serve construction, aggregates, mining, and infrastructure work. High payload requirements and variable terrain make electrification more difficult, although the inclusion of vocational vehicles in future CO₂ requirements increases the need for alternative solutions.

Refrigerated trucks are used in food, beverage, pharmaceutical, and cold-chain logistics. Electrification must account for refrigeration load as well as traction energy, making integrated thermal systems commercially important.

Tanker trucks serve liquid fuels, chemicals, food-grade liquids, and waste transport. Their specifications are shaped by safety requirements, route risk, and specialized body design.

Concrete mixer trucks depend on construction demand and must balance payload, drum operation, and route reliability. They remain a difficult but increasingly relevant vocational decarbonization category.

Refuse trucks are strong BEV candidates because they operate on predictable municipal routes and return to base for charging. Their high stop frequency also benefits from regenerative braking.

Tow truck applications remain niche and are more difficult to electrify where heavy recovery, payload, and long-range operation are required.

Others include crane, logging, livestock, vehicle-carrier, military, and other specialized configurations.

By End Use

Construction supports demand for dump, flatbed, mixer, and crane-body trucks. Infrastructure investment and industrial facility construction are particularly important in Central and Eastern Europe.

Logistics & transportation is the largest end-use category, spanning national distribution, international freight, port drayage, and contract logistics. It is the principal market for Class 7 and Class 8 tractor and rigid trucks.

Mining includes quarrying, aggregates, and specialist extraction operations. Demand is concentrated in vocational heavy equipment and off-road applications.

Oil & gas requires tanker, service, construction-support, and fuel-distribution trucks. Demand remains tied to industrial activity and energy infrastructure despite the region's long-term decarbonization direction.

Municipal services include waste collection, street maintenance, utility work, and public-service fleets. Controlled routes and public procurement policies make this one of the earliest large-scale BEV opportunities.

Agriculture uses tippers, livestock carriers, bulk transport, and specialist rural vehicles. Seasonal utilization and local operating conditions influence replacement cycles.

Defense demand is supported by logistics, recovery, tactical transport, and off-road requirements. It favors suppliers with certified heavy-duty and specialized chassis capability.

Retail & e-commerce drives demand for parcel trucks, replenishment vehicles, refrigerated delivery units, and urban box/cargo fleets. Operators increasingly procure vehicles around route density, delivery windows, and city-emissions compliance.

The most valuable transition opportunities combine a defined route, a known dwell pattern, and an operator able to invest in infrastructure. Box/cargo logistics, municipal services, refrigerated distribution, and selected regional freight meet those conditions more often than long-haul bulk transport. That distinction explains why Europe can simultaneously sustain diesel demand, rapid BEV revenue growth, and early FCEV activity without implying that one powertrain will fit every truck application.

Europe Trucks Market Regional Analysis

Western Europe

Western Europe accounts for 226,800 units and USD 31.55 billion in 2025, representing 58.5% of European volume and 59.1% of revenue. It is projected to reach 324,500 units and USD 57.66 billion by 2035. Germany, Austria, France, Switzerland, Belgium, Luxembourg, the Netherlands, and Portugal combine dense freight corridors, major manufacturing bases, and the region's most advanced electrification ecosystem.

Germany is Europe's largest individual truck market and a leading market for heavy BEVs. France adds substantial urban logistics and regional distribution demand, while the Netherlands combines port logistics with rapidly developing electric-truck adoption. Belgium's Antwerp-Bruges port complex provides a useful test environment for connected and autonomous freight. Einride operated a Level 4 autonomous heavy-duty vehicle on a public road at the Port of Antwerp-Bruges in September 2025, demonstrating the role of controlled freight environments in technology commercialization.

Western Europe's revenue share exceeds its volume share because fleet buyers more frequently specify premium long-haul, safety, connectivity, and zero-emission equipment. This makes the region critical to margin and technology leadership even when annual registration growth is modest.

Eastern Europe

Eastern Europe is projected to rise from 60,100 units and USD 7.69 billion in 2025 to 86,000 units and USD 14.06 billion in 2035. Poland, Romania, Czechia, Slovenia, Hungary, Bulgaria, Slovakia, and Croatia benefit from industrial investment, cross-border freight, and relatively large replacement requirements.

Poland is central to European road freight because of its carrier base and position on east-west and north-south corridors. Romania's manufacturing development and transport-network improvements add a second source of demand. Czechia, Slovakia, Hungary, Slovenia, Bulgaria, and Croatia contribute through automotive, industrial, agricultural, and Adriatic-linked freight flows.

The region's opportunity is primarily volume-led. ASP remains below Western and Northern European levels, reflecting a higher share of conventional trucks and tighter fleet financing. As infrastructure improves and European CO₂ standards apply more broadly, replacement demand should increasingly incorporate higher-specification vehicles, supporting revenue growth ahead of unit growth.

Northern Europe

Northern Europe is expected to increase from 73,660 units and USD 10.46 billion in 2025 to 105,390 units and USD 19.13 billion in 2035. The United Kingdom, Denmark, Sweden, Finland, and Norway are characterized by high equipment specification, demanding climate conditions, and early adoption of connected, electric, and autonomous freight technologies.

The UK is the largest market in the sub-region and is important for urban distribution, cross-channel supply chains, and right-hand-drive product development. Sweden is a major development base for Volvo Trucks and Scania. Scania and PlusAI have advanced autonomous hub-to-hub testing in Sweden, while Einride began daily autonomous freight operations between Apotea sites in Morgongåva in December 2024. Norway's renewable-power and hydrogen ambitions, alongside Nordic policy support, make the region an important reference market for zero-emission freight.

Northern Europe has the highest 2025 regional ASP at USD 142,010 and is projected to reach USD 181,520 by 2035. The premium reflects demand for safety, cold-climate capability, powertrain innovation, and advanced fleet-management systems.

Southern Europe

Southern Europe is projected to expand from 56,220 units and USD 7.36 billion in 2025 to 80,430 units and USD 13.48 billion in 2035. Italy, Spain, Greece, Bosnia and Herzegovina, and Albania combine replacement-driven demand with uneven infrastructure and financing conditions.

Spain and Italy represent the largest demand centres. Spain supports international and domestic freight flows across the Iberian Peninsula, while Italy combines industrial logistics, port-related activity, and an aging fleet. Italy opened its first heavy-goods-vehicle hydrogen refuelling station in Lombardy in July 2025 as part of a planned northern Italian corridor. Greece, Bosnia and Herzegovina, and Albania are more dependent on conventional replacement demand in the near term because fleet age, charging availability, and investment capacity constrain the immediate transition to zero-emission vehicles.

Southern Europe's growth should be supported by renewal of older fleets, city-access policies, and infrastructure investment. The market is likely to electrify later and less uniformly than Western Europe, preserving a substantial role for efficient diesel and transitional powertrains through much of the forecast period.

These differences matter for product and go-to-market strategy. A uniform European vehicle offer will be less effective than region-specific propositions that pair the appropriate powertrain with local financing, charging, service coverage, and application bodies. The strongest suppliers will use Western and Northern Europe to validate new technology, while tailoring cost-effective replacement and infrastructure-led packages for Eastern and Southern European fleets.

Europe Trucks Market Share & Competitive Landscape

The competitive landscape combines incumbent European OEMs with emerging electric, hydrogen, autonomous, and specialist manufacturers. Volvo Trucks led the European heavy-truck market above 16 tonnes with a 19.0% share in 2025. Daimler Truck, Scania, MAN Truck & Bus, DAF Trucks, Iveco, and Renault Trucks remain central to Europe's installed fleet, dealer infrastructure, and long-haul product development. New entrants must therefore compete not only on vehicle specifications, but also on uptime, financing, servicing, charging integration, and residual-value confidence.

Global Players

BelAZ focuses on ultra-class mining and quarry trucks for specialized extraction and heavy industrial applications.

BYD is expanding its European electric commercial vehicle presence. The company introduced the ETH8 and ETM6 electric trucks at IAA Transportation 2024 and announced a CEVA Logistics delivery arrangement.

Daimler Truck combines the Mercedes-Benz conventional truck portfolio with the eActros electric range and GenH2 fuel-cell development. Its order for more than 200 eActros 600 trucks from Amazon illustrates demand from high-volume, route-controlled logistics operations.

Ford is primarily positioned in the light commercial and truck-adjacent market through Transit and Ranger-derived commercial vehicles serving urban logistics, trades, and service applications.

Fuso provides light- and medium-duty trucks, including the eCanter electric platform for urban logistics and municipal use.

Hyundai Motor is a significant FCEV truck participant through XCIENT Fuel Cell. Its European operating fleet offers practical evidence for hydrogen use in selected commercial applications.

Isuzu serves light- and medium-duty vocational, construction, and urban-logistics applications through its European distribution network.

Nikola withdrew its direct European market focus after its former joint venture with Iveco, leaving the Ulm manufacturing operation under Iveco control.

Tesla remains a potential long-haul electric-truck entrant in Europe, but its regional commercial proposition will depend on local vehicle specifications, high-power charging availability, service coverage, and fleet operating economics.

Volvo Trucks combines a major heavy-truck installed base with electric models, fuel-efficiency development, and connected-freight capabilities. Its market leadership reinforces the advantage of combining established dealer support with a credible zero-emission roadmap.

Regional Players

DAF Trucks serves European long-haul and distribution fleets with its XF, XG, XG+, XD, and electric product ranges. Its strength lies in established heavy-truck operations and its PACCAR-backed service network.

Einride combines electric freight operations, autonomous driving, and fleet-management software. Its Swedish and Belgian autonomous milestones demonstrate a focused approach to controlled logistics environments.

Iveco offers light-, medium-, and heavy-duty trucks and is expanding the S-eWay electric range. Its control of the former Nikola joint-venture facility supports its zero-emission manufacturing strategy.

MAN Truck & Bus is developing electric offerings from 12 to 44 tonnes, including the eTGL for urban distribution. It also received Germany's first Level 4 autonomous truck test approval for a commercial vehicle manufacturer.

Quantron operates in battery-electric and fuel-cell commercial vehicles, with a focus on conversion, distribution, and specialist fleet applications. It appears in both the regional and emerging-player groups because of its position as a technology-focused German entrant.

Renault Trucks is expanding its E-Tech electric range across urban, regional, and long-haul applications. The company benefits from Volvo Group industrial and service support.

Scania combines strong European heavy-truck presence with continued investment in electric vehicles and autonomous hub-to-hub systems. Its autonomous work with PlusAI illustrates the strategic importance of software integration for future freight operations.

Sisu Auto focuses on heavy-duty, forestry, military, and arctic operating environments where customized chassis and vocational capability are important.

Tatra specializes in off-road and heavy-duty vehicles using its distinctive backbone chassis architecture. Construction, defense, mining, forestry, and Central European vocational demand are key applications.

TATA has a limited direct mainland European truck presence, with its European commercial relevance shaped more by affiliated manufacturing and brand relationships than by broad TATA-branded truck sales.

Emerging Players

Tevva Motors developed electric and hydrogen-range-extender medium-duty trucks in the UK before entering administration in 2024, highlighting the financing risks faced by capital-intensive electric-truck start-ups.

E-Trucks Europe BE focuses on refurbishing and converting existing trucks to electric powertrains, offering an alternative for fleets that cannot immediately replace their full vehicle base.

SuperPanther is pursuing European electric-truck production through cooperation with Steyr Automotive. Its eTopas 600 was presented at IAA Transportation 2024.

Windrose Technology has pursued EU homologation and long-range battery-electric truck development, targeting heavy-duty operators that require higher battery capacity and international route capability.

Recent Industry Developments

May 2024 - Regulation (EU) 2024/1610 strengthened heavy-duty vehicle CO₂ standards. The revised framework sets manufacturer targets of 45% CO₂ reduction from 2030, 65% from 2035, and 90% from 2040, broadening the regulatory pressure on heavy-duty vehicle product portfolios.

September 2024 - BYD presented electric commercial trucks for Europe at IAA Transportation. The company introduced the ETH8 and ETM6 and announced its CEVA Logistics arrangement, expanding the competitive set in European electric trucks.

December 2024 - Einride began daily autonomous freight operations in Sweden. The company launched autonomous cargo transport between Apotea locations in Morgongåva under a public-road permit.

April 2025 - Daimler Truck confirmed an order for more than 200 eActros 600 trucks from Amazon. The order is intended for Germany and the UK and is Daimler Truck's largest electric-truck order to date.

July 2025 - Italy opened a heavy-goods-vehicle hydrogen refuelling station in Lombardy. The facility forms part of a planned northern Italian hydrogen corridor supported by national and EU funding.

September 2025 - Einride operated a Level 4 autonomous heavy-duty truck on a public road at the Port of Antwerp-Bruges. The event demonstrated the use of port logistics environments as a path toward commercial autonomous freight deployment.

January 2026 - Volvo Trucks confirmed European heavy-truck market leadership for 2025. Volvo reported a 19.0% share of the European heavy-truck market above 16 tonnes.

February 2026 - Hyundai reported 20 million cumulative kilometres for its European XCIENT Fuel Cell fleet. The fleet operated across Switzerland, Germany, France, the Netherlands, and Austria, providing a practical reference for fuel-cell truck deployment.