Low-cost road safety fixes can cut urban crashes by 80%: Experts

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Low-cost road safety fixes can cut urban crashes by 80%: Experts

Synopsis

India does not need flyovers to fix its road safety crisis — it needs zebra crossings, speed bumps, and 30 km/h zones. Experts at an IRF lecture in New Delhi say low-cost engineering fixes, proven to cut crashes by up to 80 per cent, can be deployed faster and cheaper than any expressway, if only agencies can coordinate and enforce them.

Key Takeaways

Road safety experts at an International Road Federation (IRF) lecture in New Delhi on 25 July 2025 called for urgent adoption of low-cost, high-impact urban road safety measures.
30 km/h speed zones in residential and school areas, raised pedestrian crossings, and high-visibility zebra crossings were among the key interventions recommended.
K K Kapila , President Emeritus of the IRF, said low-cost engineering fixes can reduce crashes by 20 to 80 per cent at a fraction of the cost of major infrastructure projects.
Geetam Tiwari advocated for curb extensions, median refuge islands, lane narrowing, chicanes, and improved retro-reflective signage.
Key barriers include multiplicity of agencies , weak enforcement, fragmented funding, inadequate crash data, and resistance to reallocating road space.
Akhilesh Srivastava of the ITS India Forum called for integrating intelligent transport systems with proven engineering measures.

Road safety experts on Friday, 25 July 2025, called for urgent adoption of low-cost, high-impact engineering measures — including 30 km/h speed zones in residential and school areas — to significantly reduce road fatalities in Indian cities. The appeal was made at a lecture organised by the International Road Federation (IRF) in New Delhi, with speakers arguing that affordable, evidence-based interventions could deliver faster and more measurable results than large-scale infrastructure projects.

Key Interventions Proposed

Prof. Geetam Tiwari, Emeritus Professor and Former Chair Professor at the Transportation Research and Injury Prevention Programme, outlined a range of scalable measures that Indian cities can adopt without heavy capital expenditure. These include installation of high-visibility zebra crossings, raised pedestrian crossings, and curb extensions (bulb-outs) to shorten pedestrian crossing distances.

Prof. Tiwari also recommended construction of median refuge islands on wide roads, lane narrowing and chicanes to naturally calm traffic flow, and improved retro-reflective signage and road markings to enhance night-time visibility. She stressed that tactical interventions, when implemented well, can reduce crashes while improving mobility for all road users.

The Case Against Costly Infrastructure

K K Kapila, President Emeritus of the International Road Federation (IRF), challenged the prevailing assumption that road safety is primarily a function of expensive projects like flyovers and expressways. He argued that most urban crashes stem from everyday design deficiencies on ordinary roads operating at normal traffic speeds.

'Low-cost engineering measures such as roundabouts, raised pedestrian crossings, traffic-calming measures, improved street lighting and safer intersection designs have been proven to reduce crashes by 20 to 80 per cent, often at a fraction of the cost of major infrastructure projects. Such interventions can be implemented much faster and deliver immediate safety benefits,' Kapila said.

Implementation Challenges

Kapila also flagged persistent barriers that continue to slow progress on urban road safety in India. These include the multiplicity of agencies responsible for road safety, weak enforcement of traffic regulations, and the complexity of retrofitting existing urban streets. Fragmented funding mechanisms, inadequate crash data and post-crash care, and resistance to reallocating road space for pedestrians and cyclists were also cited as significant obstacles.

This comes amid growing concern that India's rapidly expanding cities face mounting pressure as infrastructure development struggles to keep pace with urbanisation, as Kapila noted.

Role of Intelligent Transport Systems

Akhilesh Srivastava, President of the ITS India Forum, emphasised the importance of integrating intelligent transport systems (ITS) with proven engineering measures to build a more comprehensive urban road safety framework. Experts broadly agreed that technology-enabled solutions, when layered over sound physical design, could amplify the impact of low-cost fixes.

What This Means for Indian Cities

India consistently ranks among the countries with the highest road fatality counts globally. With urban populations surging and vehicle density rising, the window for cost-effective intervention is narrowing. Experts at the IRF lecture argued that cities do not need to wait for mega-projects — targeted, low-budget engineering changes on existing roads can begin saving lives immediately. The next step, advocates say, lies in coordinated policy action and inter-agency accountability frameworks.

Point of View

Ribbon-cutting infrastructure while the mundane fixes — a raised crossing here, a chicane there — that actually save lives remain chronically underfunded and under-implemented. The 20-to-80-per-cent crash reduction range cited by Kapila is not aspirational; it is drawn from documented international evidence. What is missing in India is not the knowledge but the governance — specifically, a single accountable agency with the mandate and budget to retrofit urban streets at scale. Until that coordination problem is solved, expert lectures will continue to produce the same recommendations, and Indian roads will continue to produce the same fatality numbers.
NationPress
24 Jul 2026

Frequently Asked Questions

What low-cost road safety measures did experts recommend for Indian cities?
Experts recommended 30 km/h speed zones in residential and school areas, high-visibility zebra crossings, raised pedestrian crossings, curb extensions, median refuge islands, lane narrowing, chicanes, and improved retro-reflective signage. These measures are designed to be affordable and quickly deployable on existing urban roads.
By how much can low-cost engineering fixes reduce road crashes?
According to K K Kapila of the International Road Federation, low-cost engineering measures such as roundabouts, raised crossings, and improved street lighting have been proven to reduce crashes by 20 to 80 per cent, often at a fraction of the cost of major infrastructure projects like flyovers.
Why do most urban road crashes occur, according to experts?
Experts argued that most urban crashes are caused by everyday design deficiencies on ordinary roads, not by a lack of flyovers or expressways. Poor signage, inadequate pedestrian infrastructure, and roads designed without traffic-calming features were cited as primary contributors.
What are the main barriers to implementing road safety fixes in India?
Key challenges include the multiplicity of agencies responsible for road safety, weak traffic enforcement, difficulty in retrofitting existing streets, fragmented funding, inadequate crash data, poor post-crash care, and institutional resistance to reallocating road space for pedestrians and cyclists.
What role do intelligent transport systems play in urban road safety?
Akhilesh Srivastava of the ITS India Forum said that integrating intelligent transport systems with proven engineering measures is essential for a comprehensive urban road safety approach. Technology-enabled tools, when combined with sound physical design, can amplify the impact of low-cost interventions.
Nation Press
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