THE FIRST AND LAST MILE TRANSPORT
Have you ever wondered why cities like Tokyo , London , Berlin and many other European and Asian cities have in common ? Have you questioned that why despite building very fast new highways still cant solve our in city transportation problems ? These questions are either ignored or under looked by many of us and what can be done to reach an international standard of connectivity in Indian Cities
Imagine you are standing at a brand-new, world-class metro station in an Indian city . It’s clean, it’s fast, and it has air conditioning. But the moment you step outside, you face a broken pavement, a chaotic swarm of unregulated auto-rickshaws, no clear bus stop, and an aggressive sun.
That final leg of your journey “the last mile” is the single biggest make-or-break factor for public transit in India.
Even if a city builds hundreds of kilometres of metro lines, the entire system underperforms if people cannot easily and comfortably complete the first and last 1–2 kilometres of their trip. Fixing last-mile transport isn't just a minor upgrade; it has the potential to completely revolutionise Indian urban mobility.
DIFFERENCE LAST MILE CAN MAKE IN THE SYSTEM
India is investing billions into Mass Rapid Transit Systems (MRTS) like the Metro, suburban railways, and the new Regional Rapid Transit System (RRTS). However, without strong last-mile connections, these mega-projects face structural bottlenecks and some might even fail.
Let us talk about the newly inaugurated Patna metro and Bhopal metro. They drastically failed in achieving their expected ridership. The riders preferred other alternates such as rikshaws or personal vehicles for locomotive activities. Another common factor in these metros is their routes were short and stations were really close to each other as close as 800m to 1000m. Even after complete construction metros in these cities. The metro might still fail and that rises and other question do such cities really require a metro system ?
Let us discuss what changes can be their if we focus on Last mile transport
Boosting Ridership: When getting to and from a station becomes predictable and safe, public transit shifts from a "mode of compulsion" (used only by those without options) to a "mode of choice."
Reaching Ridership Goals: Metros are built to move hundreds of thousands of people per hour. Proper last-mile integration bridges the gap between home and hub, allowing these systems to hit their projected ridership goals.
Affordability: Unregulated last-mile transit often features arbitrary, dynamic pricing (e.g., auto drivers demanding exorbitant rates during rain or peak hours). Legalising and standardising shared services keeps commuting economically predictable for low-income workers.
Safety for All: Dedicated pickup points for authorised, tracked Transport services ensure a secure transition from mass transit to neighbourhoods and further ensuring the rules and regulations can form a secured system
THE ELEMENTS OF MODERN LAST-MILE TRANSPORT
To achieve this transformation, Indian cities are shifting away from fragmented, chaotic setups toward an organised framework, focused on these four main pillars. Each of these pillars are essential and works together to get a seamless system of transit
Physical and Multi-Modal Integration: Redesigning station exits to include dedicated parking lanes, organised pickup loops for auto-rickshaws, and clearly marked bus bays.
Digital Integration & Unified Payments: The growth of systems like the National Common Mobility Card (NCMC) and unified transit apps means a commuter can swipe the same card or scan a single QR code for the metro, a feeder bus, and a public bike-share system.
Micro-Mobility and Clean Feeder Fleets: Deploying fleets of electric rickshaws, app-based electric scooters, and mini e-buses. Under initiatives like the PM-eBus Sewa scheme, thousands of electric buses are entering service to act as clean, efficient feeders.
Active Infrastructure (Walking & Cycling): Designing proper, unencumbered sidewalks and shaded bicycle lanes. Since a massive percentage of last-mile trips are under 1.5 kilometres, making streets walkable is the cheapest and most sustainable solution.
THE BIG PICTURE
Policy think-tanks like NITI Aayog are actively working on national frameworks to standardise first- and last-mile connectivity. The future of Indian urban transport isn't just about building longer railway tracks—it's about fixing the critical 1,000 meters outside the station gates.
Indian cities are actively deploying innovative models to crack the last-mile problem. Rather than relying on a one-size-fits-all strategy, different cities are tailoring solutions to their unique geography, commuter density, and technological readiness.
1. Delhi: The Choices Model
The Delhi Metro Rail Corporation (DMRC) manages one of the largest metro networks in the world. To handle its massive passenger volume, Delhi has adopted a multi-operator, high-volume ecosystem that currently serves nearly 92,000 commuters daily through structured last-mile services.
Regulated E-Autos and E-Rickshaws: DMRC has deployed over 1,500 electric autos across its network, with plans to expand further. Crucially, the city has set up battery-swapping infrastructure at major stations (like Rithala, Rajendra Place, and Botanical Garden) so electric e-rickshaw drivers can swap batteries in minutes instead of waiting hours to recharge, keeping the vehicles on the road during peak hours.
Aggregator Partnerships & Specialised Lanes: DMRC has formally partnered with app-based services like Rapido and Uber for bike-taxis and cabs. To prevent the usual chaos outside station exits, new stations are designed with dedicated pick-up and drop-off loops separating private cars, autos, and feeder buses.
Green Shuttles: Delhi has introduced zero-emission hydrogen-powered shuttle buses in partnership with Indian Oil (IOCL) specifically to provide high-frequency, reliable last-mile loops connecting major metro hubs (like Central Secretariat) to sprawling government office complexes.
2. Bengaluru: Micro-Mobility and Social Inclusion
Bengaluru faces notorious traffic congestion, and a WRI India survey previously noted that up to 70% of commuters felt deterred from using Namma Metro due to poor last-mile access. The city is tackling this by focusing heavily on app-based tech and social empowerment.
The LEAP Program & MetroRide: In a collaborative initiative involving BMRCL, WRI India, and corporate partners, the city launched the Low Emission Access to Public Transport (LEAP) program. This introduces a fleet of dedicated electric auto-rickshaws stationed at high-demand hubs like Indiranagar and Yelachenahalli.
AI-Driven Smart Shuttles: Commuters use the MetroRide app to book highly affordable shared electric rides (often starting as low as ₹10) specifically mapped out for the short distances between metro stations and major tech parks or residential hubs.
Empowering Women Drivers: To address the safety concerns of female commuters, the LEAP program actively recruits and trains women to operate these e-auto fleets. This simultaneously creates a safer environment for female passengers and opens up livelihoods in a traditionally male-dominated transport workforce.
3. Kochi: Seamless Multi-Modal Interoperability
Kochi is widely considered a pioneer in integrated urban transport because it treats roads, rails, and waterways as a single, connected web.
Connecting the Rail and Water Metro: Kochi is the first Indian city with a fully operational Water Metro—a fleet of battery-powered electric boats connecting the city’s mainland to its surrounding islands. The primary last-mile challenge here is ensuring passengers can transfer seamlessly from a traditional train to a water jetty.
Coordinated E-Feeder Buses: Kochi Metro Rail Ltd (KMRL) operates a dedicated fleet of electric feeder buses. These buses don't wander randomly; they run on strictly scheduled, timed routes specifically aligned with boat and metro arrival times to cover residential and commercial pockets.
The Unified Digital Framework: Kochi was an early adopter of unified digital ticketing. Commuters can use a single travel card (or app-based QR code) to pay for the Metro, the Water Metro, and the connecting electric feeder buses. This removes the "transaction friction" of standing in three different lines to buy three separate tickets.
WE NEED IMPROVEMENTS
India can improve last-mile transport by combining better public transport integration, cleaner mobility options, digital systems, and safer pedestrian infrastructure. The biggest issue is that many people can reach a metro station, railway station, or bus terminal — but cannot easily reach their final destination. Here are some ways and improvements we need in our transport system
1. Better feeder services
Mini electric buses
Shared e-rickshaws
Shuttle vans
Bicycle-sharing systems
These should connect metro stations and bus terminals directly to residential and commercial areas.
Example:
The Delhi Metro already uses feeder buses, but coverage and frequency can improve.2. Transit-Oriented Development (TOD)
Indian cities should develop:
Mixed-use neighborhoods
Walkable streets
High-density housing near transit stations
This reduces dependence on private vehicles.
Cities like Singapore and Tokyo are strong examples.
3. Improve walking infrastructure
Many Indian cities lack:
Proper footpaths
Safe crossings
Shade and lighting
Universal accessibility
A person should be able to comfortably walk 500–800 meters from a station.
Without walkability, last-mile transport becomes weak even if metros are good.
4. Promote cycling networks
Dedicated cycle lanes and public bike systems can help for short trips under 5 km.
Cities can introduce:
Docked cycle-sharing
E-bike rentals
Safe cycle parking near stations
Example:
Amsterdam uses cycling as a major last-mile mode.5. Integrate all transport modes digitally
India needs a unified mobility platform where users can:
Plan trips
Book metro + bus + auto together
Pay using one card or app
The National Common Mobility Card is a step in this direction.
6. Regulate and modernize e-rickshaws
E-rickshaws are already important in Indian cities, but issues include:
Traffic congestion
Unsafe parking
Lack of route planning
Cities can:
Create designated pickup zones
Introduce permits and route systems
Encourage electric charging infrastructure
7. Use data and GIS planning
Urban planners can use:
GPS travel data
Demographic mapping
GIS heat maps
Commuter flow analysis
This helps identify areas with poor connectivity and optimize routes.
Tools like ArcGIS and QGIS are commonly used.
8. Encourage electric and sustainable mobility
India can reduce pollution and traffic by promoting:
Electric buses
Electric two-wheelers
Shared EV fleets
Government incentives and charging stations are important.
