[IN] High-Speed Transport Is About More Than Speed

[Eurorapid]

[IN] India's Vande Bharat Shows Why High-Speed Transport Is About More Than Speed
Source: Urban Acres

Original title:
India's Vande Bharat Shows Why High-Speed Rail Is About More Than Speed
Author: Urban Acres

Date: September 30, 2026
Original language: English

Web link: https://urbanacres.in/indias-vande-bhar ... han-speed/
Accessed: October 1, 2026

Summary:

An analysis situating India's Vande Bharat Express within a global context argues that railway modernization depends on technology, tracks, routes, and networks rather than headline speed alone.

Shanghai Maglev: China's Shanghai Maglev tops the comparison at approximately 460 km/h. Unlike conventional trains, it employs magnetic levitation to travel above a dedicated guideway rather than relying on wheels running on rails. The service connects Shanghai Pudong International Airport with Longyang Road Station, exemplifying a specialized urban–airport link built around very high speed. Notably, a maglev system requires a dedicated guideway and a technology platform distinct from that of standard railways; its speed therefore does not constitute a benchmark transferable to conventional networks.

Further comparisons: China's CR450 Fuxing reaches approximately 400 km/h (roughly 10% more energy-efficient than its predecessor), the CR400 operates at about 350 km/h, and the CRH380A recorded 486.1 km/h in trials versus approximately 350 km/h in service. France's TGV M attained 574.8 km/h in testing while operating at approximately 320 km/h in regular service—underscoring the critical distinction among trial, design, and operating speeds.

Global examples: Spain's Talgo 350/Avril (~350 km/h), Germany's ICE 3 (~330 km/h), Japan's E5/H5 Shinkansen (~320 km/h), South Korea's KTX-Cheongyong (~320 km/h), the Eurostar e320 (linking London, Paris, and Brussels), Italy's Frecciarossa 1000, and Morocco's Al Boraq illustrate diverse national approaches to high-speed rail.

India's dual trajectory: The Vande Bharat Express (design speed ~180 km/h, lower in regular operation depending on route) represents incremental modernization of India's conventional rail system, whereas the Mumbai–Ahmedabad project, employing Japanese Shinkansen technology, constitutes a separate dedicated-corridor model. The analysis concludes that progress should be measured by reliable corridors and integrated networks rather than by the maximum figure displayed beside a train's name.