The pitch is tempting: a ’15-minute commute’ through signal-free corridors, sprawling multilane flyovers, and a seamless link between Gurugram and Delhi.
For a city currently choked by gridlock, where peak-hour speeds barely cross 30 kmph, a Delhi-to- commute routinely swallows one and a half hours, and Gurugram continues to rank among India’s top 10 most congested cities (TomTom Traffic Index 2025), these engineering marvels are framed as the ultimate antidote to the “urban disease” of congestion.
Gurugram’s population has doubled from 1.5 million in 2011 to over 3 million today. Only 12 to 15% of residents regularly use public transport.
The rest squeeze themselves onto the same overloaded asphalt, day after day, in private cars, cabs, and autos. We continue to pour billions into bitumen. But we must confront a hard truth supported by decades of transport economics and global urban history: you cannot pave your way out of a traffic jam.
The fundamental flaw in our current strategy lies in a misunderstanding of how traffic behaves. When we expand road capacity, we aren’t just creating space for existing cars — we are actively inviting new ones.
This is the “Iron Law of Congestion,” and for Gurugram to thrive, it must stop treating roads as a solution and start seeing them as the root cause of the very crisis they aim to solve.
A persistent fallacy in urban planning is the belief that traffic behaves like a liquid, requiring wider roads to flow smoothly. In reality, it acts more like a gas, expanding to occupy all available space, a phenomenon known as induced demand.
The science is unambiguous. A landmark study of California’s highway system found that every 10% increase in road capacity led to a 9% increase in traffic within 4 years, effectively negating the new capacity.
A 2004 meta-analysis of dozens of studies confirmed that a 10% increase in lane miles yields full new capacity for additional traffic within a few years. When travel becomes faster and cheaper, people shift from public transport to private cars, take longer trips, or move farther from workplaces, and congestion snaps back to where it was.
Braess’s Paradox sharpens this further: adding new roads can sometimes worsen overall traffic. Drivers choose routes that seem individually optimal but collectively reduce network efficiency.
Conversely, we have the principle of ‘traffic evaporation’. According to a 1998 UK study of 100 locations, where road capacity was reduced for private cars, there was a 25% average overall reduction in traffic.
In rapidly growing cities like Gurugram, signal-free corridors often funnel large volumes into smaller bottlenecks downstream. Instead of eliminating congestion, such interventions merely relocate it.
While private cars dominate the visual narrative of congestion, the structural weight of India’s logistics system plays a silent, critical role.
Approximately 70% of India’s freight moves by road (NITI Aayog, 2022), with logistics costs consuming 13 to 15% of GDP, among the highest in the world. In Gurugram, as in many Indian hubs, heavy freight trucks and office commuters share the same corridors. The overwhelmed system naturally reaches a saturation point.
Research into transport structures across 45 core Indian cities shows a chronic over-reliance on road-focused freight alongside a steadily declining rail modal share, from roughly 50% for long-distance journeys in 2008 to around 32% by 2022.
Every ton of cargo shifted to rail is a truck removed from NH-48. Without this structural transition, road widening is merely a cosmetic fix for a systemic failure.
Cities that have successfully beaten congestion have done so by doing the unthinkable: removing road space. Paris under Mayor Anne Hidalgo aggressively reallocated streets to cycling and transit, resulting in a 14% reduction in traffic jams and a 4% drop in traffic volume without worsening congestion elsewhere.
London’s investment in Low Traffic Neighbourhoods and cycling infrastructure delivered a 43% rise in daily cycling trips since 2019, alongside a 35% fall in road deaths and injuries.
The lesson from both cities is the same: when you make driving less convenient and everything else more attractive, people adapt, and the city breathes again.
While Gurugram must navigate differences in local culture, existing infrastructure, and governance, these global strategies can inspire tailored solutions.
For example, reallocating space for cycle tracks and bus lanes can begin with pilot corridors in busy commercial districts, and community engagement should help address local needs and ensure buy-in. Instead of replicating European models wholesale, Gurugram can adapt their principles, focusing on gradual, context-sensitive implementation that respects the city’s unique character and challenges.
The marketing of signal-free corridors conceals the cost to the rest of us. High-speed urban roads are hostile environments for pedestrians and cyclists; on corridors like NH-48, where last-mile journeys on foot are unavoidable, the absence of safe crossings is not an inconvenience; it is a death sentence.
Beyond safety, every flyover and grade separator is also a wall, physically fragmenting neighbourhoods and destroying the walkable fabric that makes urban life worth living.
And perhaps most perversely, road expansion that ignores public transport ultimately defeats itself: the Downs Thomson Paradox tells us that when buses and metros are neglected, car speeds decline to match the misery of poor transit. Widen the road, neglect the bus, the jam comes back, angrier than before.
The path forward is not complicated, it simply requires thoughtful leadership. Gurugram needs AC electric buses on dedicated lanes, fully integrated with the metro and with reliable last-mile feeder services, priced and designed to be faster and more comfortable than driving.
It needs continuous, shaded, protected footpaths and cycle lanes that are actually usable, not afterthoughts squeezed between a drain and a construction hoarding. And it needs honest demand management: market-rate parking, congestion pricing, and an end to the fiction that free road space is every private vehicle owner’s right.
None of this is radical. Every city that has moved beyond gridlock has done exactly this. The only question is whether Gurugram’s policymakers are willing to plan for people rather than for cars.
Widening roads is a 20th-century trap. Gurugram doesn’t need more space for cars, it needs better mobility for people.
A sustainable, Atmanirbhar Haryana demands a bold shift: 1,000 AC electric buses and seamless Metro links to Dwarka, Sohna, Manesar, and Faridabad. This is an investment in economic productivity, cleaner air, and equitable access for every Gurugram resident — not just those who can afford a car.
I have spent over two decades walking, cycling, and advocating on these streets. I have watched infrastructure promises come and go, and I have seen what actually moves people: reliable buses, safe footpaths, and streets designed for humans, not vehicles.
Every flyover we build in lieu of a bus lane is a statement about whose city this is. Let’s make a different statement. Let’s stop planning for congestion and start designing a future that is efficient, inclusive, and truly self-reliant.
(The above article is authored by Sarika Panda Bhatt, Founder-Trustee of Raahgiri Foundation, India’s longest-running urban mobility movement and Director at Nagarro. Views expressed are personal.)