7.1. Roadways

India has the second largest road networks in the world, aggregating to about 62.16 lakh km (2020–21). Roadways have preceded railways and still have an edge over railways in view of the ease with which they can be built and maintained.

India's extensive road network is vital for the country. Having the second largest road network in the world, it stretches around 62.16 lakh kilometers. Roads have developed faster than railways because they can be constructed and maintained more easily, which is important for improving transportation efficiency.

Think of roads as the 'blood vessels' of a country; just as blood vessels transport essential nutrients across the body, roadways transport goods and people across the nation. The smoother and wider these vessels, the better the overall health of the body.

The growing importance of road transport vis-à-vis rail transport is rooted in several reasons: (a) construction cost of roads is much lower than that of railway lines, (b) roads can traverse comparatively more dissected and undulating topography, (c) roads can negotiate higher gradients of slopes, (d) road transport is economical in the transportation of few persons and smaller amounts of goods over short distances, (e) it also provides door-to-door service, and (f) road transport feeds into other transport modes.

Road transport has become increasingly preferred over rail due to its lower construction costs and ability to navigate complex terrains where railways cannot. It is particularly cost-effective for transporting small groups of people and lighter goods over short distances. Additionally, roadways connect to other transport systems, acting as a crucial link.

Imagine trying to deliver a pizza. Using a bicycle on streets (road transport) is often quick and direct compared to a train that follows strict scheduled routes, making roadways essential for timely and efficient delivery.

In India, roads are classified into six categories according to their capacity: Golden Quadrilateral Super Highways, National Highways, State Highways, District Roads, Other Roads (rural roads), and Border Roads.

India's road network is classified into various categories based on capacity and purpose. This classification helps in organizing road infrastructure to ensure that all regions are connected and accessible. For instance, the Golden Quadrilateral Super Highways link major cities, while rural roads help connect villages to towns.

Consider a library with books organized by category. Just as categorized sections make it easier to find what you need, categorizations of roads ensure efficient connectivity and travel routes across different regions.

The government has launched a major road development project linking Delhi-Kolkata-Chennai-Mumbai by six-lane Super Highways. The North-South and East-West Corridors are part of this project, aiming to reduce time and distance between mega cities.

The Golden Quadrilateral is one of the largest highway projects aimed at improving road connectivity between four of India's major metropolitan cities. By creating six-lane highways, the project aims to facilitate faster travel and improve economic integration across regions.

Think of this project as creating a direct flight path between busy airports instead of multiple layovers. It streamlines travel, making it quicker and more efficient.

National Highways link extreme parts of the country and are the primary road systems, while State Highways connect state capitals with different district headquarters.

National Highways serve as main arterial roads connecting critical parts of the nation, while State Highways focus on connecting different regions within a particular state. This structure ensures that essential routes for travel and trade are established both across the country and within individual states.

Consider national highways as major interstate highways and state highways as the well-maintained roads connecting neighborhoods and local businesses. Both are crucial, just as both parts of a community are needed to foster connections.

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