INTRODUCTION
This page shows statistics about railways and trains including high speed rail operation by country and rail network length by country.
Charts
1. High Speed Rail in Operation by Country and Region of World
2. High Speed Rail in China and Europe by Completion
3. Rail Network Length by Region of World
4. Rail Network Density by Region of world
This chart shows the global distribution of high-speed rail in operation by country and region. The most striking feature is China’s overwhelming dominance, accounting for nearly 69% of all high-speed rail lines. Over the past two decades, China has rapidly built the world’s largest high-speed rail network, connecting major cities across vast distances with a level of scale unmatched anywhere else.
Europe ranks a distant second with around 20%, reflecting long-established networks in countries such as France, Germany, and Spain. Northeast Asia (excluding China), including Japan and South Korea, also contributes a notable share, having pioneered high-speed rail technology.
The United States is surprisingly low, with only a minimal share. Despite being a wealthy and technologically advanced country, it has not invested heavily in high-speed rail, relying instead on air travel and highways for long-distance transport.
The contrast between China and the U.S. highlights how different economic and political systems can shape infrastructure development. China’s centralized planning has enabled large-scale, coordinated investment, whereas the U.S.’s more decentralized, market-driven system has made such projects more difficult to implement.
This chart compares high-speed rail networks in China and Europe by stage of completion. These two regions dominate globally, and both show strong ongoing investment, indicating that high-speed rail is widely seen as a key part of future transport infrastructure.
China clearly leads in lines already in operation, with a massive existing network far larger than Europe’s. It also has a significant amount still under construction, reflecting its continued rapid expansion and ability to move projects from planning to execution relatively quickly.
Europe, while smaller overall, shows a different pattern. A larger proportion of its network is in the “planned” category rather than already under construction. This suggests that while there is strong long-term commitment to expanding high-speed rail, projects often take longer to move through planning, approval, and funding stages.
Overall, both regions are continuing to expand, but China’s approach is more immediate and execution-focused, while Europe’s expansion appears more gradual and longer-term, shaped by coordination across multiple countries and regulatory systems.
This chart highlights how global rail infrastructure is heavily concentrated in a few key regions, with North America leading by a significant margin. The United States alone accounts for a large portion of this, reflecting its vast geography and historical reliance on rail for freight rather than passenger transport.
Eastern Europe and the former Soviet states also have extensive networks, a legacy of centrally planned economies where rail was prioritised for both industrial and military logistics. Similarly, Northeast Asia—driven largely by China—has developed a large and rapidly expanding network, particularly in recent decades.
Western Europe’s network is smaller in total length but far denser and more focused on passenger travel, especially high-speed rail. In contrast, regions such as Sub-Saharan Africa and Southeast Asia have relatively limited rail infrastructure, reflecting lower levels of investment and different development priorities.
Overall, rail length correlates strongly with geography, economic development, and historical policy choices, particularly the balance between freight and passenger transport systems.
This chart shifts the focus from total rail length to rail density, revealing a very different picture of global rail infrastructure. Western Europe stands out overwhelmingly, with by far the highest rail density. This reflects its relatively small land area, high population density, and long-standing emphasis on integrated passenger rail networks connecting cities efficiently.
Northeast Asia and North America also rank relatively high, though for different reasons. Northeast Asia combines dense urban populations with strong investment in both conventional and high-speed rail, while North America’s density is boosted mainly by freight-heavy networks concentrated in key corridors rather than evenly distributed coverage.
Regions such as Sub-Saharan Africa, Latin America, and Southeast Asia have much lower densities, highlighting gaps in infrastructure and investment. Even where rail exists, it is often limited in coverage or focused on specific export routes rather than comprehensive national systems.
Overall, rail density better captures accessibility and usability than total length, showing how Europe in particular has prioritised connectivity over sheer scale.