Why more European companies are choosing rail for freight transport. The benefits of multimodal solutions, delivery speeds, and carbon footprint reduction.
Multimodal Logistics: Rail as the Strongest Alternative to Road Transport in 2026
For a long time, rail freight in Europe was considered slow, heavily bureaucratized, and suitable only for transporting coal, ore, or grain. However, in 2026, against the backdrop of macroeconomic shocks, the railway is rapidly transforming into a key element of modern supply chains for Fast-Moving Consumer Goods (FMCG), electronics, and the automotive industry. This renaissance has been made possible by the development of multimodal technologies and the strict environmental regulations of the European Union.
Multimodal Logistics: Rail as an Effective Alternative to Road Transport in 2026
Environmental Taxes and the Driver Shortage
Two main factors are forcing logistics companies to switch from trucks to trains. First is the absolute shortage of Heavy Goods Vehicle (HGV) drivers (CE category). According to the IRU, Europe lacks over 500,000 drivers in 2026, leading to fleet downtime and a 30-40% surge in salaries. Second, the implementation of the Emissions Trading System (ETS 2) for road transport has rendered diesel trucks economically inefficient on mainline routes exceeding 800 kilometers. Road tolls (Maut) in Germany and Austria for Euro-5 and Euro-6 trucks have reached record highs.
Under these conditions, multimodal logistics—where 80% of the route is covered by rail, while road transport only handles "first mile" pickup and "last mile" delivery—proves to be 20-30% cheaper. Furthermore, the European Commission provides substantial subsidies to companies that shift their cargo flows to environmentally friendly rail transport (modal shift).
Piggyback Trains and Terminal Digitalization
The technological foundation of this breakthrough is piggyback transport—loading standard truck semi-trailers (curtainsiders, reefers) onto special low-floor rail flatcars. Modern terminals equipped with reach stackers and gantry systems can transfer an entire train (40 semi-trailers) in just 2-3 hours. Meanwhile, the truck driver avoids spending days driving exhaustingly across Europe, instead working locally within a 150 km radius of the terminal.
Digitalization has also eliminated the railway's main historical problem: "blind spots." In 2026, all railcars are equipped with battery-powered GPS/GLONASS sensors. In their CRM system, a forwarder can track the movement of a railcar as clearly as a truck, down to the meter. Algorithms predict the Estimated Time of Arrival (ETA) at the terminal with a margin of error of no more than 15 minutes, allowing road carriers to perfectly schedule the arrival of tractors to pick up the trailers.
Integration of Ukrainian Railways into the European Network
For Ukraine, 2026 marked a turning point in overcoming the "gauge barrier" (1520 mm versus the European 1435 mm). Unprecedented investments in building a network of "dry ports" and transshipment hubs on the borders with Poland, Slovakia, and Romania have borne fruit. Automated terminals capable of handling both containers and truck semi-trailers have been commissioned in Chop, Kovel, and Mostyska.
Moreover, direct, regular piggyback trains have started running on routes such as Kyiv–Warsaw and Lviv–Vienna. This has enabled Ukrainian exporters to completely bypass the problem of blocked road border crossings and guarantee "just-in-time" delivery to their European counterparts. The railway is no longer an archaic monopoly; it has become the high-tech backbone around which all modern continental logistics is built.