Country Comparison > Railways > TOP 50

RankCountryRailways (km)
1United States293,564
2China131,000
3Russia87,157
4Canada77,932
5India68,525
6Argentina36,917
7Germany33,590
8Australia33,343
9Brazil29,850
10France29,640
11Japan27,311
12Ukraine21,733
13South Africa20,986
14Mexico20,825
15Italy20,182
16Poland19,231
17United Kingdom16,837
18Kazakhstan16,614
19Spain15,333
20Sweden14,127
21Turkey12,710
22Pakistan11,881
23Romania11,268
24Czech Republic9,408
25Iran8,484
26Cuba8,367
27Indonesia8,159
28Hungary8,049
29Korea, North7,435
30Chile7,282
31Sudan7,251
32Finland5,926
33Austria5,800
34Switzerland5,690
35Belarus5,528
36Saudi Arabia5,410
37Bulgaria5,114
38Turkmenistan5,113
39Egypt5,085
40Burma5,031
41Mozambique4,787
42Uzbekistan4,642
43Tanzania4,567
44Ireland4,301
45Norway4,200
46New Zealand4,128
47Thailand4,127
48Congo, Democratic Republic of the4,007
49Korea, South3,979
50Algeria3,973

Definition: This entry states the total route length of the railway network and of its component parts by gauge, which is the measure of the distance between the inner sides of the load-bearing rails. The four typical types of gauges are: broad, standard, narrow, and dual. Other gauges are listed under note. Some 60% of the world's railways use the standard gauge of 1.4 m (4.7 ft). Gauges vary by country and sometimes within countries. The choice of gauge during initial construction was mainly in response to local conditions and the intent of the builder. Narrow-gauge railways were cheaper to build and could negotiate sharper curves, broad-gauge railways gave greater stability and permitted higher speeds. Standard-gauge railways were a compromise between narrow and broad gauges.

Source: CIA World Factbook - Unless otherwise noted, information in this page is accurate as of January 1, 2020

See also: Railways map

Embed this graph in your blog:

Only the top 10 countries will show.
Preview