Tackling Urban Transport Challenges: Solutions for Inter-City and Intra-City Mobility

India’s cities are growing at a breathtaking pace. With more people moving to urban areas every year, the demand for efficient transport – both within cities and between them – has surged. But our transport infrastructure has not kept up. The result? Clogged roads, toxic air, rising accident rates, and millions of commuters struggling to get from point A to point B safely and on time. Understanding the key parameters that shape inter-city and intra-city transport challenges is the first step toward building smarter, more sustainable mobility systems.

Urbanization and the growing strain on transport infrastructure 🔗

India’s urban population has grown rapidly, increasing from about 11.4% in 1901 to over 31% by 2011, and projections suggest nearly 38.6% of the country’s population will live in urban areas by 2036. This growth has placed enormous pressure on transport networks that were never designed for such volumes. Roads become congested, public transit systems are stretched thin, and commute times keep climbing.

A major issue is the mismatch between vehicle growth and road expansion. The number of registered motor vehicles in India shot up from about 5.4 million in 1981 to over 210 million by 2015, while the road network grew at a much slower rate. National Highways make up just 2% of the total road network, yet they carry a disproportionately high share of traffic and accidents. The consequence is severe congestion, particularly in cities where narrow roads, unplanned development, and mixed traffic create bottlenecks at every junction.

Why infrastructure hasn’t kept pace 🔗

Several factors contribute to the infrastructure gap. Land acquisition for new roads and transit corridors is a slow and legally complex process. Multiple government agencies – at the central, state, and city level – often operate with overlapping jurisdictions and conflicting priorities, leading to fragmented decision-making. Add to this the challenge of outdated master plans, irregular zoning, and limited municipal budgets, and it becomes clear why Indian cities struggle to build the infrastructure their growing populations need.

The National Urban Transport Policy (NUTP), introduced in 2006, aimed to bring a systemic shift – prioritizing public transit, walking, and cycling over private vehicle use. However, actual implementation has been slow. Individual schemes and missions often operate in silos rather than collaboratively, which limits their effectiveness on the ground.

The health and environmental impacts of vehicular emissions 🔗

Transport is one of the biggest sources of air pollution in Indian cities. Vehicles emit a cocktail of harmful pollutants – nitrogen oxides (NOx), carbon monoxide (CO), volatile organic compounds (VOCs), and fine particulate matter (PM2.5 and PM10). These pollutants don’t just hang in the air; they enter our lungs, bloodstream, and over time, cause lasting damage.

What vehicle pollution does to human health 🔗

Vehicular emissions are a significant source of air pollution in India, with the number of vehicles growing from 128 million to 326 million between 2010 and 2020. The health consequences are severe. Prolonged exposure to PM2.5 and PM10 is linked to respiratory diseases such as asthma, chronic obstructive pulmonary disease (COPD), bronchitis, and even lung cancer. Children and the elderly are especially vulnerable. A study comparing children in Delhi with those in rural areas found that 32.1% of Delhi’s children suffered from respiratory problems, compared to 18.2% of rural children.

The scale of the crisis is staggering. Air pollution accounts for more than 2 million deaths a year in India, according to the State of Global Air 2024 report. Delhi alone has seen irreversible lung damage in an estimated 2.2 million children due to poor air quality. Research published in the journal Scientific Reports found that respiratory pollutant deposition during evening commute hours can be up to 39% higher than during mornings, putting daily commuters at elevated risk of chronic disease.

The environmental toll 🔗

Beyond human health, vehicular emissions contribute significantly to greenhouse gas concentrations and climate change. India’s transportation sector contributes about 6.5% to the nation’s GDP but also remains heavily fossil-fuel dependent. The country is the third-largest greenhouse gas emitter globally. Urban areas, with their high traffic density, act as hotspots for both local air pollution and carbon emissions. Seasonal factors like winter temperature inversions in cities such as Delhi trap pollutants close to the ground, further worsening the situation.

This makes the shift toward cleaner transport modes not just an environmental priority but a public health necessity. Electric vehicles, compressed natural gas (CNG) buses, and improved fuel standards through measures like BS-VI norms are all part of the solution – but they need to be deployed at scale to make a real difference.

Road safety and infrastructure issues 🔗

India faces one of the worst road safety crises in the world. India accounts for about 10% of road crash fatalities worldwide, according to the World Health Organization. In 2023 alone, the country recorded approximately 4.64 lakh road accidents, resulting in 1.73 lakh deaths and over 4.47 lakh injuries.

Who is most at risk? 🔗

The victims are overwhelmingly vulnerable road users. Two-wheelers account for around 44.5% of all road fatality victims, while pedestrians make up about 19.5%. Young people between the ages of 18 and 34 bear the highest burden. In many Indian cities, roads are designed primarily for motorized vehicles, with little or no provision for pedestrians and cyclists. High-speed roads frequently lack safe walkways and pedestrian crossings, creating dangerous vehicle-pedestrian conflicts.

Root causes of the road safety crisis 🔗

Several interconnected factors drive the high accident rates:

Overspeeding is the leading cause, responsible for about 58.6% of road fatalities. Reckless driving and dangerous overtaking account for another 23.6%. But the problem goes deeper than driver behaviour. Poorly engineered roads, unsafe junctions, and inadequate signage create hazardous conditions, especially on highways. National Highways make up only 2% of the road network but account for about 34.6% of all road deaths.

Insufficient public transport is another critical factor. Only 63 out of 458 Indian cities with populations over one lakh have formal bus services, and the country has just 1.2 buses per 1,000 people – far below the global benchmark. When public transport is unavailable or unreliable, people are forced onto two-wheelers and private vehicles, increasing both congestion and crash risk.

Post-accident response also plays a role. Nearly 50% of road fatality deaths occur within the critical “golden hour.” Inadequate trauma care facilities, particularly along highways and in smaller cities, mean that many lives that could be saved are lost.

Interventions for sustainable urban mobility 🔗

Tackling urban transport challenges requires a multi-pronged approach. No single intervention will solve the problem. Here are the key areas where meaningful action is happening – and where more is needed.

Improving road design and infrastructure 🔗

Better road engineering is one of the most effective ways to reduce accidents and improve traffic flow. This includes widening arterial roads where feasible, building grade-separated intersections to reduce conflict points, and ensuring every major road has proper pedestrian walkways and crossings. The Indian government has mandated Road Safety Audits for all National Highways, covering design, construction, operation, and maintenance stages. The Ministry of Road Transport and Highways (MoRTH) has adopted a multi-pronged strategy based on education, engineering, enforcement, and emergency care.

Tactical urbanism – using temporary, low-cost design changes to test safer intersection designs before making them permanent – is gaining traction. Organizations like the SaveLIFE Foundation have demonstrated through their zero fatality corridor programmes that redesigning road spaces with pedestrians and cyclists in mind can significantly reduce crashes.

Strengthening public transport systems 🔗

Expanding and improving public transit is essential. India currently has operational metro rail systems in 17 cities, with Delhi having the largest network. Programmes like Cycles4Change, Streets4People, and Transport4All, launched by the Ministry of Housing and Urban Affairs in 2021, have provided cities with step-by-step guidance to improve walking, cycling, and public transport infrastructure.

The push for electric buses is also growing. Initiatives like the PM-eBus Sewa scheme and the FAME programme have accelerated electric bus deployment, though fossil-fuel-powered buses still dominate the fleet. Integrating different transit modes – metro, bus, auto-rickshaw, and cycling – through unified ticketing and intermodal hubs will be critical for making public transport a genuinely convenient choice for commuters.

Maintaining vehicle health and enforcing standards 🔗

Poorly maintained vehicles are both a safety hazard and a pollution source. The Motor Vehicles (Amendment) Act, 2019 introduced stricter penalties for traffic violations and strengthened provisions for vehicle fitness certification. Measures like mandatory airbags, anti-lock braking systems (ABS), and seatbelt reminders in new vehicles are also improving the baseline safety of the fleet.

On the emissions front, the transition to BS-VI fuel standards has been a significant step forward. Additionally, cities like Delhi have experimented with restricting entry of older commercial vehicles and phasing out vehicles older than 15 years to reduce tailpipe pollution. Regular Pollution Under Control (PUC) checks, when properly enforced, can also help keep the most polluting vehicles off the road.

Pedestrian safety and non-motorized transport 🔗

Perhaps the most overlooked aspect of urban transport is the safety and convenience of people who walk or cycle. India’s urban transport planning has historically prioritized vehicular movement over pedestrian needs, resulting in cities where footpaths are encroached upon, broken, or simply absent. Dedicated bicycle lanes are rare outside a few planned areas.

Creating safe, well-lit pedestrian pathways, protected cycle tracks, and traffic-calmed zones around schools and residential areas would not only reduce accidents but also encourage people to walk and cycle for short trips – reducing vehicle use and emissions in the process. The NUTP and various Smart City projects have recognised this need, but ground-level implementation still lags far behind the policy ambition.

The road ahead: integrated planning for inter-city and intra-city mobility 🔗

The distinction between inter-city and intra-city transport is important because each has distinct challenges. Intra-city transport deals with daily commuting – congestion, last-mile connectivity, public transit frequency, and pedestrian safety. Inter-city transport involves longer corridors, highway safety, freight movement, and the connectivity between smaller towns and major metros.

What both need is better integration. A commuter arriving in a city by inter-city bus or train should be able to seamlessly connect to an intra-city metro or bus. India’s planned semi-high-speed and high-speed rail corridors, combined with expanded metro networks, offer a framework for this kind of multimodal integration. But it requires coordination across multiple agencies, unified data systems, and a willingness to invest in both hard infrastructure and the soft systems – apps, ticketing platforms, real-time tracking – that make it all work for the end user.

Financial innovation also matters. Value capture financing, public-private partnerships, and green bonds are all mechanisms that cities around the world have used to fund large transport projects. Indian cities are beginning to explore these options, but they need stronger institutional frameworks to make them work at scale.

What do you think? Can Indian cities realistically shift from car-centric planning to transit-oriented development within the next decade? And what role should citizens play in demanding safer, cleaner, and more accessible urban transport?

References

1. https://pmc.ncbi.nlm.nih.gov/articles/PMC8475467/
2. https://www.orfonline.org/expert-speak/mapping-the-evolution-of-india-s-urban-transport-planning
3. https://pmc.ncbi.nlm.nih.gov/articles/PMC11463883/
4. https://pmc.ncbi.nlm.nih.gov/articles/PMC7089414/
5. https://www.cleanairfund.org/geography/india/
6. https://www.nature.com/articles/s41598-025-26663-0
7. https://www.who.int/india/health-topics/road-safety
8. https://newscanvassedu.com/current-affairs/india-road-safety-report/
9. https://forumias.com/blog/urban-mobility-in-india-challenges-and-way-forward/
10. https://www.weforum.org/stories/2024/05/road-traffic-safety-programme-india/
11. https://itdp.in/accelerating-urban-transport-reforms-for-effective-city-level-action/