Strategic restructuring of European road freight: digitalization, decarbonization, and supply chain resilience

Strategic Restructuring of European Road Freight: Digitalization, Decarbonization, and Supply Chain Resilience

The global road freight market is undergoing profound changes. According to the latest industry forecasts, the market size will grow from $616.3 billion in 2025 to $994.4 billion in 2035, representing a compound annual growth rate of 4.9%. Freight demand continues to rise, driven jointly by economic expansion, e-commerce penetration, and supply chain restructuring. In Europe, road transport carries approximately 77% of inland freight volume, and its strategic position far exceeds that of other transport modes. This is not merely a reflection of commercial figures—it also mirrors Europe's deep strategic interplay across three main threads: green transition, digital upgrading, and strategic autonomy.

Market Size and Europe's Role

Road freight is the artery of Europe's economy. According to Eurostat data, road transport holds a dominant share of inland freight transport, with cross-border trade and regional distribution highly dependent on truck networks. The International Transport Forum predicts that global transport activity will grow by more than 50% by 2050, and road transport will continue to maintain its core position. For Europe, this represents both a growth opportunity and a governance challenge. Mature markets such as Germany, France, and the United Kingdom boast highly developed highway systems and logistics infrastructure, while Central and Eastern European countries, supported by manufacturing relocation and EU funding, are emerging as new freight growth poles.

However, the European freight market does not operate in isolation. The reconfiguration of global supply chains—from nearshoring to friend-shoring—is changing the traffic flows and directions of traditional transport corridors. Events such as the energy crisis triggered by the Russia-Ukraine conflict and the Red Sea shipping disruptions have made Europe more acutely aware of the critical role of road freight in supply chain resilience. Road freight is no longer merely "moving from A to B"; it is a component of Europe's economic security and strategic autonomy.

Policy Drivers: Decarbonization as an Irreversible Variable

The European Green Deal is the most important policy framework shaping the future of European road freight. The European Commission has identified road transport as a key area for emission reduction, pushing for progressively stricter CO2 emission standards for heavy-duty trucks and investing heavily in alternative fuel infrastructure. Starting in 2023, the EU began implementing stricter CO2 emission standards for heavy-duty vehicles, requiring new vehicles to cut emissions by 15% compared to 2019 levels, by 30% by 2030, and to achieve zero emissions by 2050. This regulation directly forces fleet operators to accelerate the phasing out of diesel vehicles and shift toward electric, hydrogen fuel, or biofuel powertrains.

Policy pressure is not an isolated case. Several European countries have introduced carbon taxes, low-emission zones, and timelines for banning diesel vehicle sales. Freight companies are incorporating environmental compliance costs into their long-term strategic planning, and operators that take the lead in building ultra-low-emission fleets will gain an edge in government contracts and the supply chains of large enterprises. This "policy-market" interaction is reshaping the competitive landscape of the European freight industry: small independent carriers face funding pressure, while large logistics groups accelerate consolidation through mergers and economies of scale.

Technology Integration: From Vehicle Systems to Digital Ecosystems In the technological dimension, telematics and the Internet of Things (IoT) have become the main players in European freight fleet management. Through the integration of GPS, engine diagnostics, and camera systems, operators can monitor vehicle health and driving behavior in real time, shifting from reactive maintenance to predictive maintenance. The widespread adoption of Electronic Logging Devices (ELDs) has reduced hours-of-service violations, enhancing both operational efficiency and compliance. As 5G network coverage expands and hardware costs decline, the penetration of these technologies will approach saturation, becoming standard equipment in road freight.

Europe has unique advantages in the field of digital logistics. The electronic consignment note (eCMR) and single window systems promoted by the EU are lowering the administrative barriers to cross-border transport. Digital platforms integrate freight matching, route optimization, and warehouse scheduling into one, transforming the traditional brokerage model. Manufacturers such as Germany's Daimler Truck and France's Renault are working with technology companies to develop autonomous trucks; although full commercialization is still some time away, L2+ level assisted driving has already been deployed at scale. This technological evolution is not merely an efficiency improvement; it is one of the paths for Europe to build "digital logistics sovereignty" and reduce dependence on non-European technology platforms.

Corporate Strategy: Giants' Strategic Moves and Ecosystem Co-opetition

Participants in the European road freight market are undergoing strategic divergence. European logistics giants represented by DB Schenker, DHL, and GEODIS are strengthening their multimodal transport capabilities through mergers and acquisitions. For example, DB Schenker has in recent years stepped up road-rail intermodal transport in response to customers' demand for low-carbon transportation. Switzerland's Kuehne+Nagel, for its part, is betting on digital freight forwarding platforms to bring road freight into a global visibility management system. The common logic of these companies is to transform from single-mode transport service providers into supply chain solution providers, securing customers through data-driven and integrated services.

Meanwhile, new forms of co-opetition have also emerged in the European market. Large enterprises outsource part of their fleet operations to specialized "fulfillment-as-a-service" platforms, while cooperating with independent owner-operators to form a flexible capacity pool. This model is particularly effective in Europe's highly fragmented road freight market — the EU has hundreds of thousands of small transport companies that together form a flexible and complex capacity network. Policymakers are attempting to bring these fragmented participants into a more standardized system through rule harmonization and digital interconnection, enhancing industry transparency and bargaining power.

Supply Chain Resilience: From Efficiency First to Security First

Over the past decade, the core pursuit of European road freight has been "just-in-time" efficiency. But the pandemic, geopolitical conflicts, and extreme weather have exposed the fragility of this model. Today, European companies place greater emphasis on inventory buffers, multi-source procurement, and transport route redundancy. As the most flexible and accessible mode of transport, road freight plays an irreplaceable role in supply chain emergency response. For example, when sea and rail transport are interrupted for any reason, trucks can quickly fill the gap via alternative routes, ensuring the supply of critical goods.At the EU level, the Connecting Europe Facility and the strategic autonomy agenda further link road infrastructure upgrades to supply chain security. The intelligent transformation of transnational highway corridors, including vehicle-infrastructure cooperation, dynamic tolling, and charging pile deployment, is enhancing the resilience of the entire European freight network. This is not simple physical infrastructure investment, but a systematic restructuring of institutions, data, and service standards, aimed at enabling Europe to maintain basic goods flows even under extreme circumstances.

Future Outlook: Four Trends in European Freight

Looking ahead to 2035, European road freight will present four major trends. First, zero-emission fleets will become mainstream, but technology routes will coexist in diversity—electric heavy trucks are suitable for short-haul and regional distribution, hydrogen fuel for long-haul heavy-load transport, and biofuels as a transitional solution. Second, autonomous trucks will be first applied on closed routes and highway operating conditions, with human-machine collaboration becoming the norm. Third, digital freight platforms will integrate fragmented capacity, forming ecosystem-level infrastructure akin to a "freight operating system." Fourth, Europe will strengthen carbon border adjustments for cross-border freight, and the carbon footprint accounting of road freight will be connected to the broader CBAM system, becoming a bargaining chip in international trade negotiations.

Of course, these trends are accompanied by challenges. High technology retrofit costs, insufficient infrastructure investment, driver shortages, and an increasingly complex geopolitical environment may all slow down the pace of transformation. But Europe's uniqueness lies in the fact that its policy tools, market forces, and industrial traditions can form a combined force. Through the three-dimensional framework of "Green Deal + Digital Agenda + Supply Chain Resilience," European road freight is writing a development path different from North America and Asia. This is not only a story of industrial upgrading, but also a microcosm of Europe redefining its own economic position amid global changes.

For global business observers, the evolution of European road freight provides an important reference: how a mature industrial structure balances efficiency and safety, growth and sustainability. As road freight moves from behind the scenes to the strategic forefront, what it carries is not only goods, but also Europe's vision for the future economic order.