The development of combined transport (rail + road) within the European Union and Eastern European logistics corridors. Business advantages, key terminal hubs, and process management in 2026.
Intermodal Transport in Europe: Combined Logistics in 2026
In 2026, the intermodal transport sector is entering a critical execution phase, with the Trans-European Transport Network (TEN-T) corridor upgrades translating into real operational changes across the continent. Intermodal transport — combining road and rail through standardized loading units — is no longer a niche alternative but a strategic necessity for European supply chains.
Advantages of the Combined Approach
Intermodal logistics provides businesses with several strategic advantages over traditional road-only transport:
Sustainability (Green Deal compliance): The rail leg of an intermodal route can reduce CO2 emissions by up to 70% compared to diesel road transport on certain routes, which is increasingly becoming a mandatory requirement for doing business in European markets.
Cost efficiency on long distances: Container delivery by rail on legs exceeding 500 km is significantly more economical than full road transport. For food, pharma, and high-value shippers, intermodal routes provide steadier delivery times with a smaller environmental footprint.
Resilience during disruptions: Intermodal logistics keeps cargo in the same loading unit — container, swap body, or trailer — across all transport modes, reducing handling risk and dependency on any single mode or border crossing.
Cargo security: The container is sealed by the shipper and opened only by the consignee, minimizing theft risk throughout the journey.
How the First and Last Mile Model Works
In the combined rail-road model, trucks handle the first and last mile — delivering containers to and from rail terminals — while rail handles the long-haul main leg, without unloading goods from the loading units.
For effective coordination of these processes, carriers and cargo owners need modern IT solutions. The CarGoPro platform allows you to quickly find container trucks and yard slots via transport search, calculate routes using the rate calculator, and automatically coordinate drivers via the Telegram bot with real-time GPS tracking.
Key Intermodal Terminals and Dry Ports in Europe
In 2026, terminal performance has become the limiting factor in combined transport efficiency, as TEN-T corridor upgrades create operational disruptions at key nodes. Major intermodal hubs actively handling EU freight include:
Małaszewicze (Poland) — one of the largest rail gauge-change terminals in Eastern Europe, handling containers between standard European gauge (1435 mm) and broad gauge (1520 mm) from the east.
Chop (Ukraine-Slovakia border) — an open-access terminal equipped with two track systems — European standard gauge (1435 mm) and broad gauge — serving as a key gateway between Eastern and Western European rail networks.
Vienna Freight Centre (Austria) — an expanding hub making efficient EU-wide transport easier while keeping emissions down.
Novi Sad (Serbia) — Herne (Germany) — a new intermodal rail service launched in March 2026, offering three weekly departures with a transit time of around 45 hours, connecting South-Eastern Europe with the Rhine-Ruhr industrial region.
The electronic Freight Transport Information (eFTI) framework now enables digital exchange of regulatory freight information, which is especially important for intermodal chains that multiply documentation touchpoints at terminals, mode changes, and cross-border checks.
