BUILDING CASTLE IN THE AIR: Gujarat’s ₹30,000-Crore Concrete Road Dream: Why the Push for Pothole-Free Internal Roads Faces a Severe Reality Check
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Summarized by AI; it may make mistakes. Check important info
Gujarat Cabinet on Monday decided to replace all internal asphalt roads across Gujarat's municipal bodies with Cement Concrete (CC) promises a permanent end to monsoon potholes. However, behind the ambitious civic policy announced by the Government lies a staggering financial and logistical mountain.
Converting an estimated 5,000 kilometres of internal urban streets across six major municipal corporations—Ahmedabad, Surat, Vadodara, Rajkot, Jamnagar, and Bhavnagar—will require an outlay of ₹22,500 crore to ₹32,500 crore, raising uncomfortable questions about execution timelines, civic disruption, and municipal capacity.
Municipal Corporation Total Road Network (km) Internal / Local Roads Range (km)
- Ahmedabad ~2,500 km 1,370 km – 1,400 km
- Surat ~1,914 km 1,050 km – 1,150 km
- Vadodara ~1,150 km 600 km – 700 km
- Rajkot ~1,900 km 1,000 km – 1,150 km
- Jamnagar ~1,190 km 650 km – 750 km
- Bhavnagar ~400 km 200 km – 260 km
- TOTAL ~9,054 km 4,870 km – 5,410 km (~5,000 km baseline)
(Note these includes six major municipal corporation data only, it excludes newly formed municipal corporations and towns in the state)
While the promise of long-lasting roads appeals to commuters exhausted by annual monsoon repairs, civil engineers and urban planners warn that the sheer scale of the proposal makes an immediate transformation virtually impossible.
A Bill That Rivals the State's Entire Highway Budget
To understand the magnitude of the directive, one only needs to look at the numbers. Building standard Plain Cement Concrete (PCC) roads costs roughly ₹4.5 crore per kilometre, while heavy-duty Reinforced Cement Concrete (RCC)—essential for waterlogged zones and heavy traffic—averages between ₹6 crore and ₹6.5 crore per kilometre.
Across the 5,000-kilometre internal road network of Gujarat's primary urban centres, the bill quickly escalates to a minimum of ₹22,500 crore for plain concrete, rising well beyond ₹30,000 crore if steel-reinforced RCC is deployed.
To put that in perspective, the state’s total annual budget for the Roads and Buildings (R&B) Department stands at ₹29,709 crore. Converting internal residential lanes in just six major cities would cost more than what the state spends on its entire highway and rural road network in a single year. While municipal grants under the Swarnim Jayanti Mukhya Mantri Shaheri Vikas Yojana (SJMMSVY) will cushion the financial blow, local urban bodies already struggling with revenue collection face an unprecedented capital challenge.
The Unspoken Bottleneck: Curing Times and Urban Gridlock
Beyond the financial hurdle lies an even bigger operational nightmare that policy announcements often overlook: construction time.
Unlike bituminous asphalt, which can be laid overnight and reopened to vehicular traffic within hours, concrete construction is a slow, methodical process. Existing asphalt must be milled or completely excavated, the sub-base restructured, and concrete poured in rigid slabs.
Most critically, concrete requires a mandatory curing period of 21 to 28 days to attain its designed structural strength. During this month-long window, the treated road stretch must remain completely closed to all vehicular traffic.
Closing narrow residential streets, colony entry routes, and busy neighbourhood markets in densely populated zones—such as Ahmedabad’s Old City, Surat’s Varachha, or Vadodara’s Raopura—for four weeks straight threatens to plunge urban transit grids into prolonged chaos. Diverting daily traffic through adjacent lanes without causing massive choke points will test municipal traffic management to its absolute limits.
The Utility Trap: Digging Up Concrete Comes at a Heavy Cost
Gujarat's civic agencies are infamous for a chronic lack of inter-departmental coordination. Newly paved asphalt roads are regularly slashed open weeks after completion to lay internet cables, repair burst water mains, or upgrade drainage lines.
Doing the same to a newly poured RCC road completely destroys its structural integrity.
Digging up concrete requires heavy pneumatic breakers, and patching a cut concrete slab leaves weak joint seams that invite water seepage, defeating the very purpose of a long-lasting road. To prevent this, municipal bodies will be forced to construct underground utility ducts alongside every single kilometre of concrete road before pouring the surface. Adding utility channels increases upfront costs by another 15 to 20% and adds months to pre-construction planning.
A Multi-Year Odyssey, Not a Quick Fix
While Chief Minister Patel’s policy sets a bold long-term vision, treating it as a quick fix before the next monsoon is a fantasy.
Given current contractor capacities, ready-mix concrete plant limitations, and the necessity of staggering road closures ward by ward to prevent total urban standstill, converting 5,000 kilometres of internal transit routes will realistically take between 5 to 8 years.
Until then, urban residents will have to navigate a chaotic transition period marked by active construction zones, barricaded residential lanes, and severe traffic diversions—a heavy price to pay before the promise of pothole-free streets becomes a reality.
