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Japan may already have carriages with noise cancellation, windows with 5G and his bullet train is a veteran and that China has the most futuristic trains and supersonic, but the network European high speed railway It represents one of the most advanced transportation infrastructures in the world. This system has transformed the continent’s mobility since 1981, when France laid the foundation inaugurating its first TGV line. Today, high-speed trains have a route of approximately 65,000 kilometers, transporting 2.5 billion passengers a year with 4,900 trains, according to data from the International Union of Railways (UIC). But since a picture is worth a thousand words, it is better to see them displayed on the map of the old continent. This map of Europe’s high-speed rail network is the fruit of the collaborative effort of several Wikimedia Commons users, who update it annually with new projects from from official UIC data. Of course, macro data is one thing and the reality of this train grid is another, because within the network there are huge differences between some areas and others. Even within the “high speed” classification itself. The map uses a color code based on the maximum operating speed allowed on each section, with black for non-high-speed lines: The lines in pink represent the maximum high speed category, 310-320 km/h. State-of-the-art infrastructure with wide curvature radii, controlled slopes and advanced signage. The red lines are the European speed standard: 270 to 300 km/h. The yellow and orange lines are for those trains that reach 200 to 260 km/h, generally on sections with topographical limitations. The dotted green lines correspond to roads under construction or updating, essential to glimpse the future evolution of the network. Europe by high speed train Broadly speaking, Western Europe concentrates the highest density of this infrastructure, especially highlighting the axis that connects Spain, France, Germany and Benelux, while Eastern Europe maintains significantly less development. High-speed lines operational in Europe in December 2025. Wikimedia Because as we move east on the map, the colored lines disappear and space out, evidencing a dramatic infrastructural gap: Poland, the Czech Republic, Hungary, Romania and the Baltic countries practically lack operational high-speed infrastructure, depending on slow conventional lines that severely limit the competitiveness of the railway. And boy does it show: according to the Romanian Ministry of Transportthe Budapest-Bucharest high-speed project with a 590-kilometer line would reduce the current trip from more than 11 hours to approximately 3.5 hours. The project dates back to September 2024 and has an estimated budget of 17 billion euros. With 3,974 kilometers in service (September 2024 data) Spain holds a title: is the high-speed rail network largest in Europe and the second in the whole world, only surpassed by China. And as you can see on the map, it continues to grow. From a technical point of view and as is usual in the state, it has a radial model focused on Madrid. His constructive efficiency is remarkable: Spain has developed the second high-speed network in the world with one of the lowest construction costs per kilometer compared to the rest of the countries with this mode of transport and the lowest among the countries of the European Union. Among the most notable connections is the Eurostar, which connects Paris and London in approximately 2 hours and 16 minutes through the Channel Tunnel. It may not have as much fanfare as crossing a sea, but the Figueres-Perpignan line constitutes an essential 44.4 km link that connects the Spanish railway network with the French network and the rest of the European states, with a double-track section in UIC gauge. The main bottlenecks They are concentrated in mountainous border crossings and pending connections between national networks. Between Austria and Italy, the Brenner Base Tunnel is under construction to improve the Berlin-Palermo railway axis, connecting northern and southern Europe through the Alps. The Pyrenees are another critical point: although there is a Figueres-Perpignan connection, at the border crossing there is a single platform to concentrate everything. From an engineering point of view, the fundamental problem is the saturation of infrastructures that absorb mixed traffic of goods and people. In any case and although the EU since 2000 has invested large sums in high-speed railway infrastructure, faces a heterogeneous and fragmented scene insofar as it cannot force member states to build lines, which, together with the diversity of signaling systems, electrification and national technical standards, constitutes the true structural bottleneck of the European high-speed network. In Xataka | The countries with the most kilometers of high-speed train, displayed in a graph with a brutal dominator: China In Xataka | The big problem of the AVE that Japan has already solved: a bullet train with windows with 5G and noise cancellation to travel in peace Cover | Bernese media via Wikimedia