Road Infrastructure

This chart shows the average distance (in km) that can be covered per hour by road between the two largest cities in the world’s most populous countries. It provides a useful proxy for road infrastructure quality and travel efficiency.

The United States ranks highest, reflecting its extensive highway system and well-developed intercity road network. China follows closely behind, which is notable given how rapidly it has expanded and modernised its infrastructure over the past few decades.

Indonesia and Pakistan fall in the middle, suggesting moderate road quality and connectivity between major cities. Pakistan slightly outperforming expectations highlights some relatively efficient key transport corridors despite broader economic challenges.

India stands out with the lowest average speed by a significant margin. This reflects persistent infrastructure bottlenecks, congestion, and variability in road quality, even along major routes such as Mumbai to Delhi.

Overall, while the ranking broadly aligns with levels of economic development, India’s comparatively low figure highlights how infrastructure development has lagged behind its economic size and population.

This chart shows total paved road length by country, highlighting the sheer scale of infrastructure in the world’s largest economies. China leads with the largest network, slightly ahead of the United States, reflecting decades of rapid investment in highways and urban development. The U.S., however, built much of its vast network earlier in the 20th century and still maintains one of the most extensive and mature road systems globally.

India ranks third, which is notable given its level of development. Its large population and geographic size necessitate an extensive road network, although, as seen in the previous chart, quality and efficiency can vary significantly despite the high total length.

European countries such as France, Germany, Spain, and Italy appear further down the list, not due to lack of development but because of their smaller geographic size. These countries tend to have very dense and high-quality road networks rather than extremely long ones.

Overall, the chart shows that total road length is driven primarily by country size and population, while efficiency and quality depend on broader infrastructure development.

This chart shows road network density (km of road per 100 km²) across G7 countries, highlighting how geography and population distribution shape infrastructure. Japan has by far the highest density, reflecting its relatively small land area, large population, and highly urbanised landscape. Germany also ranks very high, consistent with its dense population and strong emphasis on transport connectivity.

The United States and France sit in the middle, balancing large land areas with significant infrastructure development. The United Kingdom and Italy also have relatively dense networks due to their smaller size and long-established transport systems.

Canada stands out with an extremely low road density compared to the other G7 nations. This is not due to a lack of development, but rather its vast land area combined with a relatively small and highly concentrated population. Much of Canada’s territory is sparsely populated or remote, meaning there is less need for dense road coverage.

Overall, the chart shows that road density is driven as much by geography and population distribution as by economic development.