What It Takes to Move a City And Who Benefits
India is quietly building one of the largest urban transport networks in the world. From just 248 km of metro lines in 2014 to over 1,000 km across 23 cities by 2025, the scale is historic. Cities like Delhi, Mumbai, Bengaluru and Chennai are being reshaped above and below the ground.
As cities grow, roads slow down. Beyond a point, adding more flyovers does not solve congestion. A metro creates a separate corridor that can move 60,000+ people per hour in one direction. But building it is capital-intensive. Elevated corridors cost ~₹200 crore per km. Underground lines can cross ₹600 crore per km.
These projects are executed by special purpose vehicles such as Delhi Metro Rail Corporation, Mumbai Metro Rail Corporation and Bangalore Metro Rail Corporation Limited. Funding often comes from the Government plus institutions like Japan International Cooperation Agency and Asian Development Bank.
Metros rarely make commercial profits. They survive because the economic benefit of time saved, fuel saved, and pollution reduced outweighs the financial losses.
When a metro line rises in a city, it is not just trains that move. Cement trucks move first. Steel follows. Tunnel machines arrive. Engineers, contractors, and financiers step in quietly.
Behind every elevated pillar stands companies supplying cement and construction materials like UltraTech Cement, ACC, and Ambuja Cements. Steel demand flows toward Tata Steel and JSW Steel.
Large engineering contracts often involve players such as Larsen & Toubro