Pune Metro pillars are improving public transport access while also exposing a persistent weakness in the way Indian cities design streets around major infrastructure. Along the Ramwadi–Kalyaninagar route and near Bund Garden Metro station, the placement of pillars, station access structures and other fixed elements has reduced the space available for vehicles and pedestrians, according to observations and interviews published by Civic Mirror – Pune.
The contradiction is important. Pune Metro’s rising ridership shows that the system is becoming a meaningful alternative for daily travel. Civic Mirror reported that average daily ridership was about 2.39 lakh in August and rose to around 3.1 lakh in September, helped partly by increased travel during the Ganesh festival and a wider shift towards metro use. Yet the benefits of the system are being delivered through corridors where the road below has not always been redesigned with the same level of attention.
That creates a difficult urban trade-off. A metro corridor is not only a rail engineering project. Its pillars, stations, staircases, lifts, escalators, medians, footpaths, traffic lanes and junction approaches occupy the same finite public right-of-way. If these elements are planned separately, the city may gain a faster mass-transit service while making the surrounding street slower, less legible and less safe.
Civic Mirror’s site observations focused on Nagar Road and areas near Bund Garden Metro station. On the Ramwadi–Kalyaninagar route, a metro pillar near an existing grade separator has narrowed the usable passage for vehicles. During peak periods, the constricted section reportedly develops queues. Two-wheelers attempt to pass through the reduced space, while cars have less room to turn or change lanes.
The issue is not simply the formal width of a road. Akash Uike, a regular commuter on the route, told Civic Mirror that a single pillar placed at a critical point could turn a road that normally moves smoothly into a congested stretch during peak hours. Another two-wheeler rider, Udit Shende, said the effective width available to traffic can be substantially less than the width shown on paper once metro structures and roadside facilities are taken into account.
This distinction between measured width and usable width is at the centre of the planning problem. Road space is consumed not only by carriageways but also by turning movements, sight lines, kerbs, pedestrian crossings, utility infrastructure, parking, bus stops and access to properties. A pillar positioned close to a junction or along a lane-changing area can therefore have an effect far greater than its physical footprint.
Vishal Jaiswal, who travels daily from the Ruby Hall area towards the Yerawada bridges, pointed to the location of a pillar on the left side of the route. According to his account, vehicles are forced to follow an S-shaped movement rather than a direct path. Such deviations can create conflicts between cars and two-wheelers, particularly when traffic volumes are high. The source report also referred to several serious accidents on narrow stretches, although it did not provide a consolidated official count or establish that each incident was caused by a specific pillar.
The pedestrian consequences are equally significant. Pranjali Deshpande, who works independently in sustainable transport, said station staircases and other access structures can occupy footpaths and leave inadequate space for people walking along the road. This creates a design contradiction: infrastructure intended to increase public transport use may make the final approach to the station difficult for people who are walking, using wheelchairs, carrying goods or accompanying children.
A metro station’s catchment does not begin at the ticket gates. It begins on the surrounding footpaths and crossings. If a passenger has to enter the carriageway to bypass a staircase, lift structure or obstruction, the access problem becomes a road-safety problem. It also affects people who are not metro users, including local residents, street vendors, delivery workers and pedestrians moving between bus stops, workplaces and homes.
Deshpande’s proposed framework is the complete-street approach, in which the entire road is designed for all users rather than treating vehicles as the default priority. She argued that future metro corridors should be planned from compound wall to compound wall, with the alignment of pillars considered alongside road geometry, pedestrian movement, cycling, parking and station access. Where feasible, pillars and access structures could be placed in multi-utility zones or central medians while retaining a continuous and sufficiently wide footpath.
The complete-street principle is relevant because elevated metro construction permanently changes the structure of a road. During construction, traffic diversions and barricades are temporary. Once the corridor is operational, however, the pillars and station structures become fixed features that shape traffic movement for decades. A design decision made during the engineering stage can therefore determine how safely people move through the corridor long after construction teams have left.
There is no universal spacing rule that can resolve the problem. A mobility expert cited by Civic Mirror said some metro planning exercises may treat 30 metres as an ideal distance between pillars, while actual spacing can vary between about 30 and 50 metres depending on the road, junction and traffic conditions. Portal structures and stations may require additional supports. The relevant question is not only how far apart pillars are, but whether their locations preserve usable road width, avoid conflict points and allow safe movement through intersections.
This places responsibility on more than one institution. The metro implementing authority’s planning, design and engineering teams have the primary role in determining pillar locations and alignment. Municipal agencies and traffic police must coordinate with that process because they control or manage important parts of the road environment. Surveys and geotechnical assessments are also required to establish the feasibility of structures. The institutional challenge is to ensure that these inputs are assembled into one corridor design rather than being considered sequentially or in isolation.
Pune’s growing metro ridership makes the integration question more urgent. A system carrying about 3.1 lakh passengers a day has the potential to reduce dependence on private vehicles, but that benefit depends partly on how people reach stations and how the surrounding roads function. If the approach roads become heavily congested or unsafe, the metro’s wider network benefits can be weakened even when trains themselves operate effectively.
The source report does not establish that the metro has caused all congestion or accidents on Nagar Road. Pune’s traffic conditions are also shaped by private vehicle ownership, junction design, road encroachments, construction activity, parking, buses, turning movements and pedestrian demand. What the reported locations demonstrate is narrower but still consequential: metro structures can intensify existing weaknesses when the remaining road space is not reorganised around them.
The response from the authorities also points to the limits of retrofitting. Manoj Patil, additional commissioner of police for Pune’s western division and traffic department, told Civic Mirror that structures already built cannot be changed, but that the police are working with the metro administration on upcoming works. He said the impact of construction on traffic below must be studied. MahaMetro additional general manager for public relations and administration Chandrashekhar Tambwekar did not respond to Civic Mirror’s calls and messages, according to the report.
That distinction between existing and future works is central to urban infrastructure governance. Once a pillar is constructed, moving it may be technically difficult, contractually complicated and financially expensive. The more realistic opportunity for intervention is therefore before alignment approval and construction, when the road, station access, median, footpath and traffic arrangements can still be assessed as one system.
Pune’s metro expansion is consequently testing a broader planning principle: transit investment cannot be measured only by route length, station count or passenger numbers. Its success also depends on whether the public realm around each station remains safe, accessible and functional. The evidence supplied in the report confirms growing demand for the metro and identifies specific conflicts between fixed structures and road movement. It does not provide a complete corridor-wide safety audit, crash database or redesign plan.
The next stage of scrutiny should therefore focus on how upcoming metro works are assessed before construction, who signs off on the integrated street design, and whether pedestrian and traffic impacts are measured after a corridor opens. For Pune, the challenge is no longer simply to build more metro infrastructure. It is to ensure that the streets carrying the infrastructure do not become the weakest part of the network.
