Indias Aging Bridges Under Scrutiny

Published in Automotive and Transportation on Tuesday, July 22nd 2025 at 5:02 GMT by rediff.com
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Among India''s 150,746 railway bridges, 25.8 per cent are over a century old.

India's Aging Bridges: A Ticking Time Bomb Under Scrutiny

In the wake of yet another tragic bridge collapse in Bihar last month, India's vast network of aging infrastructure has come under intense scrutiny, raising alarming questions about public safety, governmental oversight, and the urgent need for nationwide reforms. The incident, which claimed several lives and disrupted vital transportation links, is not an isolated event but part of a disturbing pattern that has plagued the country for years. As engineers, policymakers, and citizens grapple with the fallout, experts are warning that without immediate action, more disasters loom on the horizon. This report delves into the state of India's bridges, the factors contributing to their deterioration, and the steps being taken—or not taken—to avert future calamities.

India boasts one of the world's largest networks of bridges, with over 1.5 lakh structures spanning rivers, valleys, and urban landscapes. Many of these were built during the colonial era or in the post-independence decades, designed to last for 50 to 100 years under ideal conditions. However, rapid urbanization, unchecked overloading, and environmental factors have accelerated their decline. According to data from the Ministry of Road Transport and Highways (MoRTH), nearly 40% of these bridges are over 50 years old, and a significant portion—estimated at around 15,000—are classified as distressed or in need of major repairs. In states like Bihar, Uttar Pradesh, and Maharashtra, where riverine geography demands extensive bridging, the problem is particularly acute. The recent collapse in Bihar's Supaul district, where a bridge over the Kosi River gave way under the weight of heavy vehicles, highlighted the perils of neglect. Eyewitnesses described a scene of chaos as vehicles plunged into the swirling waters, underscoring the human cost of infrastructural decay.

The root causes of these failures are multifaceted. Overloading is a primary culprit; trucks carrying loads far beyond permissible limits pound on these structures daily, exacerbated by lax enforcement of weight regulations. Climate change adds another layer of complexity, with intensified monsoons leading to scour erosion—where fast-flowing waters erode the foundations of bridge piers. In coastal regions, corrosion from saline air and water has weakened steel reinforcements in older bridges. Moreover, poor construction quality in some newer projects, often rushed to meet political deadlines, compounds the issue. A report by the Indian Road Congress notes that substandard materials and inadequate maintenance have led to premature aging in many cases. "We've seen bridges that should have lasted a century failing in just 30 years due to corruption and corner-cutting," says Dr. Rajesh Kumar, a structural engineer with the Indian Institute of Technology (IIT) Delhi. His team has studied over 200 bridge failures in the past decade, attributing 60% to maintenance lapses.

Historical precedents abound, serving as grim reminders of inaction. The 2016 collapse of the Mahad bridge in Maharashtra, which killed over 40 people, prompted promises of audits and upgrades, yet similar incidents continue. In 2022, the Morbi suspension bridge tragedy in Gujarat claimed 135 lives, exposing shoddy renovations and regulatory oversights. These events have fueled public outrage, with social media campaigns demanding accountability. Activists argue that the government's focus on flashy new projects, like the ambitious Bharatmala Pariyojana, overshadows the maintenance of existing infrastructure. "We're building highways to the moon while our bridges are crumbling beneath our feet," quips opposition leader Priya Singh in a recent parliamentary debate.

Governmental response has been a mixed bag. The MoRTH has initiated the Bridge Health Monitoring System (BHMS), a digital platform to track the condition of key bridges using sensors and AI-driven analytics. Pilot projects in Tamil Nadu and Karnataka have shown promise, with real-time data alerting authorities to structural weaknesses. In 2024, the ministry allocated Rs 10,000 crore for bridge rehabilitation, a significant increase from previous years. However, implementation lags. Audits reveal that only 20% of identified distressed bridges have undergone repairs, bogged down by bureaucratic hurdles and funding shortages. State governments, responsible for many rural bridges, often cite financial constraints, leading to a blame game between center and states.

Experts advocate for a multi-pronged strategy to address the crisis. First, comprehensive audits using advanced technologies like drones and ground-penetrating radar should be mandated for all bridges over 30 years old. "We need to shift from reactive repairs to predictive maintenance," emphasizes Prof. Anita Rao from the National Institute of Technology (NIT) Warangal. She points to successful models in countries like Japan, where seismic retrofitting and regular inspections have minimized failures. Second, stricter enforcement of load limits, possibly through automated weighbridges at entry points, could prevent overloading. Third, public-private partnerships (PPPs) could infuse capital and expertise, as seen in the ongoing revamp of Mumbai's aging flyovers.

Environmental considerations are also gaining traction. With climate projections indicating more frequent extreme weather, bridges must be designed with resilience in mind. The integration of sustainable materials, such as high-strength composites resistant to corrosion, is being explored in new constructions. In Kerala, post-2018 flood reconstructions have incorporated elevated designs and flood-resistant foundations, offering a blueprint for other states.

Yet, challenges persist. Rural bridges, often overlooked in national plans, pose unique risks. In remote areas of the Northeast, where insurgency and difficult terrain complicate access, maintenance is sporadic at best. Local communities bear the brunt, with disrupted connectivity affecting livelihoods and emergency services. A farmer in Assam's flood-prone districts shared, "Every monsoon, we pray the bridge holds. If it doesn't, we're cut off from markets and hospitals."

The economic implications are staggering. Bridge failures not only claim lives but also disrupt trade, inflate transportation costs, and hinder economic growth. A World Bank study estimates that infrastructural deficiencies cost India up to 2% of its GDP annually. In a nation aspiring to be a $5 trillion economy, such vulnerabilities are untenable.

As scrutiny intensifies, there are glimmers of hope. The Supreme Court recently directed the formation of a national bridge safety commission, empowering it to oversee audits and enforce standards. Civil society groups are pushing for transparency, demanding public access to bridge inspection reports. "This isn't just about engineering; it's about saving lives," asserts activist Vijay Mehta, who has petitioned for mandatory life-cycle assessments.

In conclusion, India's aging bridges represent a critical juncture for the nation's development trajectory. While the government has tools and resources at its disposal, the real test lies in political will and execution. As more structures teeter on the edge, the time for half-measures is over. Comprehensive reforms, backed by technology and community involvement, could transform this liability into a testament to resilience. Until then, every crossing remains a gamble, a stark reminder that infrastructure is the backbone of progress—and its neglect, a recipe for disaster.

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