BIGSTORY Network


UnTHiNK Nov. 17, 2025, 2:48 p.m.

The Hidden System Cracks Destroying India’s Highways.

India builds roads faster than most countries, yet they fail within weeks. Explore how climate, overloading, tendering flaws, and public behavior accelerate road collapse—and what can fix it.

by Author Brajesh Mishra
Hero Image

The Paradox: Roads Built Fast, Roads Breaking Faster

In recent years, India has witnessed an unprecedented pace of road construction. National highways, expressways, rural connectivity projects — all have expanded at record speed. Between 2014 and 2024, India added over 1.02 lakh kilometers of national highways. That's like building a road from Earth to the Moon and back—twice. We went from laying 12 km of highway per day to 37 km. The budgets? Tens of thousands of crores annually.

Yet every monsoon, your feed fills up with the same content: freshly built roads in Jharkhand crumbling within weeks, Pune's resurfaced streets already potholed, Bihar villagers literally fishing out of road craters.

India is building more roads than ever before, but they're failing faster than a trending meme dies which raises a critical question: if money is being spent and roads are being built, why do they not last?

The Boom vs. the Reality on the Ground

The transformation in India's road sector is undeniable. Expressways like the Delhi–Mumbai Expressway, Samruddhi Mahamarg, and the upcoming Bharatmala corridors symbolize speed and ambition. These are showcase projects meant to rival anything in the developed world.

But the ground reality often looks different. The Samruddhi Expressway — a showcase corridor connecting Nagpur and Mumbai — faced complaints of rutting and potholes within its first monsoon. In Gujarat, a newly laid eight-lane highway developed cracks within a year. In metropolitan areas like Mumbai, stretches of the costly Coastal Road project needed resurfacing even before full completion.

The financial stakes are equally striking. Just in Uttar Pradesh, a CAG audit found ₹40,000 crore spent between 2011 and 2016 on road works, yet irregularities in tendering and execution meant many projects required repair well before their intended design life.

The paradox isn't about India failing to build roads. It's that roads are being built faster than ever, yet they're also failing faster than expected.

What Makes a Road: From Asphalt to Concrete

To understand why roads fail, it helps to understand what they’re made of.

Flexible Pavements (Bitumen Roads)

  • Make up the majority of India’s network.
  • Faster and cheaper to build, easier to repair.
  • More vulnerable to water, heat, and traffic overload.
  • Designed lifespan: 10–12 years (rural), 20–22 years (national highways).

Rigid Pavements (Concrete Roads)

  • Slower and costlier to build but far more durable.
  • Designed lifespan: 30–40 years in India; 40–60 years globally.

Hybrid & Modified Technologies

  • Polymer Modified Bitumen (PMB) resists rutting in heat.
  • CGBM improves durability in heavy rain zones.
  • Plastic Waste Modified Asphalt improves monsoon resistance.
  • Fly Ash Base Roads strengthen subgrades.

Despite these options, asphalt dominates because it’s cheaper upfront and faster to lay — even if it wears out sooner.

By contrast, countries like the US, Japan, and Germany routinely design asphalt for 20–30 years and concrete for 40+ years. The issue isn’t only how we build — but what we build for.

The Problem Behind the Problem

When a brand-new highway develops cracks within weeks, the immediate reaction is to blame “poor quality work” and the “Central Govt.” But the reality runs deeper. The issue is not just the asphalt or concrete — it’s in the way roads are planned, tendered, and executed in India.

Take the case of an eight-lane stretch in Jharkhand that collapsed just 21 days after its inauguration, or the ₹80 crore concrete road in Maharashtra that split open in its very first monsoon. These are not isolated incidents. They reflect a pattern repeated across states, pointing to deeper structural flaws.

One of the biggest reasons is the lowest-bid (L1) tendering system. Projects are typically awarded to the contractor who quotes the cheapest rate. On paper, this saves public money. In practice, it often produces unrealistic bids — sometimes 40–50% below official cost estimates. To survive at those margins, contractors cut corners: thinner asphalt layers, weaker aggregates, skipped lab tests. The result? A road designed for 15–20 years fails in less than five.

Audits by the Comptroller and Auditor General (CAG) have repeatedly flagged irregularities. In some states, contracts were awarded at nearly 40–50% below estimated costs, raising the question: how can a road meant to last 15–20 years be built at half its intended price without compromising somewhere?

Oversight is another weak link. Engineers tasked with supervision often skip site visits or pre-announce inspections, giving contractors time to prepare “showcase” samples. In Kerala, a 2020 audit revealed that 85 out of 92 tested projects had no mandatory field labs, no proper job mix formulas, and yet were passed as “satisfactory.”

For the public, the consequences are felt daily. Every time a road caves in, taxpayers don’t just pay once. They pay twice — first for construction, then again for emergency patchwork. Add to that the hidden costs: higher fuel consumption, damaged vehicle suspensions, lost work hours in traffic jams, and even ambulances slowed down on broken stretches.

This isn’t just a story of bad roads — it’s a story of systemic cracks in the very process meant to build them.

But What If India Itself Is the Problem?

It’s easy to point fingers at contractors, engineers, or officials. And yes, their role in poor-quality execution is undeniable. But step back for a moment: could it also be that India’s own conditions — our climate, traffic, and behavior — make roads here far harder to build and maintain than elsewhere?

Extreme Climate Stress affects roads differently across the country. In Rajasthan, summer surface temperatures hit 70°C, softening asphalt and causing rutting. In the Himalayas, repeated freeze-thaw cycles crack concrete slabs. Along coasts, salt-laden air corrodes reinforcement in rigid pavements. In the Northeast and Kerala, monsoons waterlog subgrades, cutting road life by 40%.

Few countries face deserts, glaciers, tropical monsoons, and coastal humidity—all within one road network.

Then there’s the traffic. On paper, India’s pavements are designed for legal axle loads. In practice, 60–70% of two-axle trucks run overloaded by 20–50%, slashing pavement life by half. Add to that a road culture of sudden braking, frequent encroachments, and unauthorised speed breakers — all of which introduce stresses the road was never designed to take.

Public behaviour creates additional stress. Unauthorised speed breakers crack pavements. Debris from construction trucks abrades surfaces. Utility cuts dig up brand-new roads for pipelines or cables. Encroachments block drainage channels, letting water seep in and erode subgrades.

So perhaps the question isn’t only “Why are Indian roads built poorly?” but also “Are we asking them to survive conditions few roads anywhere could withstand?”

Building Better Roads: Smarter Choices, Not Just Bigger Budgets

  • Low-Cost, High-Impact Solutions already exist. Japan's Do-Nou Soil Bag Method uses cheap soil-filled bags to reinforce weak rural roads—ideal for India's villages. Germany's Cold Recycling reuses old asphalt on-site, cutting costs by 40% and emissions nearly in half. India's own Plastic Waste Roads have already proven successful across 2,900 km; scaling them up could strengthen roads while reducing urban waste.
  • Premium but Strategic Technologies could target critical corridors. The USA's Perpetual Pavement design creates 40–50 year asphalt roads with only surface renewal—perfect for India's busiest freight corridors. Smart sensors and advanced drainage systems, used widely in Europe and Japan, could protect India's flood-prone or high-traffic stretches.
  • Governance Reforms may be the most impactful change. Shifting from L1 tendering to Quality + Cost Based Selection (QCBS) would prioritize technical quality—some agencies already give 50–70% weightage to this factor. Digital verification of invoices, weigh-in-motion enforcement to curb overloading, and extending contractor liability from 5 to 10 years would create accountability and incentivise durability.

These steps won't make Indian roads indestructible, but they can make them stronger, cheaper over the long run, and better suited to Indian conditions.

Conclusion: Rethinking the Road Ahead

India builds more roads than almost any other country in the world. The problem isn't the pace—it's the durability.

The report is clear. Systemic issues in tendering and oversight weaken construction quality. Climate extremes, traffic overloading, and public behaviour accelerate deterioration. But smart technologies and better governance can stretch every rupee further and extend road life significantly.

Blame alone won't fix the problem. What will, is a fundamental shift in mindset—treating roads not as short-term assets to be patched up each monsoon, but as long-term public investments that must withstand India's unique conditions.

The next time a highway cracks weeks after inauguration, the question shouldn't just be "Who is to blame?"

It should be: "What needs to change so it doesn't happen again?"

Sources & References

Indian Road Design, Policy, and Audits

  1. Autograde India – Indian Roads vs International Roads
  2. TN Rural Development – Roads and Bridges Design Guidelines
  3. Comptroller and Auditor General of India – Engineering Audit Report No. 7 (2023)
  4. Comptroller and Auditor General – CPSEs Compliance Audit (2022)
  5. Indian Roads Congress – Editorial July 2019 on Pavement Design
  6. TERI Report – Rural Roads and Sustainability in India
  7. MoRTH Policy Note on Concrete Road Adoption (Odisha PWD)
  8. Team-BHP – India’s Road Infrastructure Compared with the World
  9. Times of India – National Highways Accidents & Defects

International Pavement Standards & Technologies

  1. U.S. Federal Highway Administration – Long-Life Pavements Program
  2. Austroads (Australia) – Pavement Design Guidelines
  3. GCC Association – Benefits of Concrete Roads
  4. LinkedIn Engineering Note – Pavement Design (UK, USA, Australia Standards)
  5. Transport Research Laboratory – Pavement Engineering in Developing Countries

Axle Load, Overloading, and Enforcement

  1. AITD – Optimisation of Axle Load of Commercial Vehicles
  2. TrucksUp – Overloaded Trucks and India’s Progress
  3. Fleetable Blog – Revised GVW and Load Rules (2018)
  4. Sansad Report – Road Transport Committee Findings (2022)
  5. IJERT – Vehicle Overloading Study on National Highways

Climate, Drainage, and Material Impact Studies

  1. PetroNaft – Road Construction in India: Bitumen Performance
  2. TERI – Climate Impact on Infrastructure (Component II Report)
  3. Indian Infrastructure – Sustainable Road Materials

Utility Cuts, Encroachments & Public Behaviour

  1. TimesNow – Ghatkopar Road Dug Up After Completion
  2. Punekar News – Newly Asphalted Road Dug Up for Cable Laying
  3. Times of India – Lucknow Pipeline Road Repairs
  4. The Tribune – Sirsa Roads Dug Up for Storm Water Project
  5. TimesNow – BMC Ban on Excavation of New Roads
  6. Deccan Herald – Bengaluru Metro Road Restoration Order
  7. Times of India – Pune Heavy Vehicle Ban Violations
  8. Times of India – Operation Lungs Clears 1,750 Encroachments in Vizag
  9. Times of India – Encroachment Mars Cuttack Smart Footpaths
  10. Hindustan Times – Mumbai Removes Unauthorized Speed Breakers
  11. Times of India – PIL on Illegal Speed Breakers in Delhi

Technical & Research Papers

  1. ScienceDirect – Comparative Study on Pavement Lifespan
  2. Research4CAP – Pavement Design Guidelines (Afghanistan/India Context)
  3. Tensar International – Road Construction Methods Overview
  4. IJERT / IJSRD / HRPUB Research – Overloading & Fatigue Impact Papers

Media Case Reports (Road Failures)

  1. Times of India – Jharkhand 8-Lane Road Collapse
  2. India Today – Surat Road Develops Potholes Weeks After Opening
  3. Mid-Day – Potholes on Samruddhi Mahamarg

Supplementary / Contextual

  1. Indian Express – Road Damage from Pipeline Leaks
  2. The Tribune – Telecom Firms Digging Roads Due to Missing Utility Ducts
  3. Deccan Herald – Bengaluru Flooding from Road Blockages
  4. India Today – Chennai Road Crack Raises Safety Concerns




Brajesh Mishra
Brajesh Mishra Associate Editor

Brajesh Mishra is an Associate Editor at BIGSTORY NETWORK, specializing in daily news from India with a keen focus on AI, technology, and the automobile sector. He brings sharp editorial judgment and a passion for delivering accurate, engaging, and timely stories to a diverse audience.

BIGSTORY Trending News! Trending Now! in last 24hrs

Venezuela’s Silent Shake-Up: Nobel Prizes, Backchannels, and a Familiar Pattern
UnTHiNK
Venezuela’s Silent Shake-Up: Nobel Prizes, Backchannels, and a Familiar Pattern
The Hidden System Cracks Destroying India’s Highways.
UnTHiNK
The Hidden System Cracks Destroying India’s Highways.
The Loneliness Epidemic Hiding Behind India's Screens
UnTHiNK
The Loneliness Epidemic Hiding Behind India's Screens
India Demographic Dividend 2025: Youth Power & Growth
UnTHiNK
India Demographic Dividend 2025: Youth Power & Growth