Ladder track is a railway track design that uses longitudinal supports connected by transverse beams to keep the rails correctly spaced. Originating in early British railways, it was largely replaced by sleeper tracks by 1860 due to certain limitations. Today, ladder tracks are experiencing a revival thanks to modern advancements that increase stability, lower noise, and reduce maintenance, particularly in specialized areas like mining and urban transit systems.

Ladder track is a railway track system using longitudinal supports with transverse connectors. Originally embraced by British railways in the 19th century, it offers smoother rides and reduced maintenance costs, making a comeback in the late 20th century. With modern advancements like Tubular Modular Track and RTRI Japan's innovations, ladder tracks are now better suited for various environments. Its resurgence highlights lower roadbed pressure and improved track stability over traditional designs.

Ladder track, with its unique system of longitudinal supports and transverse connectors, has evolved significantly from its early British roots. Modern adaptations aim to reduce maintenance and improve stability, using innovations like Tubular Modular Track and Japan's advanced designs. This article explores the practical benefits and drawbacks of ladder tracks and considers why today’s railways are revisiting these concepts.