Pune Metro has made daily travel faster and more comfortable for a growing number of passengers, but its elevated infrastructure is also exposing a basic weakness in the city’s transport planning: the metro corridor and the road beneath it have not always been designed as one urban system. On the Ramwadi–Kalyani Nagar route and around Bund Garden, pillars, station access structures and other elements have reduced usable road and footpath space, according to a Civic Mirror site inspection and accounts from commuters and mobility experts.
The contradiction is central to Pune’s current mobility transition. A mass-transit system can attract more passengers and create an opportunity to reduce dependence on private vehicles, but that benefit depends partly on how people reach stations and how the corridor functions at street level. If pillars create sharp movements for vehicles, station stairs occupy footpaths or lane capacity is reduced at already constrained locations, the same infrastructure intended to improve urban mobility can generate new points of friction and risk.
Civic Mirror reported that it inspected parts of Nagar Road and the area near Bund Garden Metro station. The report observed that vehicles were required to pass through narrower sections around some metro pillars and that traffic slowed during peak periods. Two-wheelers were described as having to negotiate restricted space, while cars had less room to turn or change lanes. The report also referred to several serious accidents on such narrowed stretches, although it did not provide a consolidated accident count or an official causal assessment.
One location highlighted in the report is near an existing grade separator on the Ramwadi–Kalyani Nagar route. A metro pillar has reduced the space available to vehicles, creating queues during busy periods. Commuter Akash Uike told Civic Mirror that the metro had made travel easier for thousands of residents, but said road infrastructure beneath the corridor required equal attention. His observation points to an important distinction in infrastructure planning: the formal width of a road is not necessarily the same as the space that can be used safely and continuously by moving traffic.
Two-wheeler rider Udit Shende similarly told the publication that the road may appear sufficiently wide on paper, while metro structures and roadside facilities reduce the area available in practice. This difference between planned geometry and operational capacity is particularly important on roads where motorcycles, cars, buses and pedestrians compete for limited space. A corridor can meet an engineering drawing’s dimensional requirements and still function poorly if turning movements, sightlines, pedestrian access and lane discipline are not considered together.
The report also described an S-shaped movement near Ruby Hall, on the route towards the Yerwada bridges. A commuter, Vishal Jaiswal, attributed the problem to a pillar at the left edge of the carriageway, saying that vehicles had to move around it rather than proceed in a straight line. Such manoeuvres can create conflicts between vehicles travelling at different speeds, especially during peak traffic. However, the supplied report does not establish that any particular accident was caused by a specific pillar, so the safety concern should be treated as a reported risk and planning issue rather than a confirmed causal finding.
This is where the idea of a complete street becomes relevant. Pranjali Deshpande, who works independently in sustainable transport, told Civic Mirror that future metro corridors should be designed with complete-street principles. Her argument was not that metro engineering should be abandoned, but that structural alignment, road design and access planning should proceed together. The entire section from compound wall to compound wall, she said, needs to be considered rather than treating pillar placement as an isolated engineering decision.
That approach changes the unit of planning. The project is not simply a viaduct supported by columns. It is a corridor that includes the carriageway, median, footpaths, station stairs, lifts, escalators, crossings, drainage, roadside activity and the movement of people entering or leaving trains. When these elements are planned separately, each may be technically functional while the combined street becomes difficult to navigate. The result is a form of infrastructure mismatch: the metro operates above, but the urban consequences are concentrated below.
Station access is especially important because it determines whether the metro is usable for people who walk from nearby streets or connect from other modes. Deshpande told the publication that stairs and other station-entry structures placed on footpaths can leave insufficient space for pedestrians. This creates a direct conflict between the needs of metro passengers and those of other people walking along the same street. The solution proposed in the report is to examine whether pillars and access structures can be incorporated into multi-utility zones or central medians wherever feasible, while retaining a continuous and safe footpath.
The report also makes clear that there is no single universal rule for the distance between metro pillars. A mobility expert cited in the article said that some planning situations may consider intervals of around 30 metres, while others may require 50 metres, depending on the road, junction and traffic conditions. Portal structures and stations may require additional supports. The relevant question, therefore, is not whether every pillar follows one standard spacing pattern, but whether each location protects usable road width, avoids obstructing junctions and accommodates the full range of street users.
That responsibility is distributed across institutions. The metro project’s planning, design and engineering teams have the primary role in determining alignment and pillar locations, but coordination with the Pune Municipal Corporation and traffic police is necessary. Surveys and geotechnical inputs help determine structural feasibility, while traffic assessments are needed to understand how construction and completed structures affect movement. The institutional challenge is that these decisions can be made within separate technical mandates even though their impacts are experienced on one shared street.
Pune’s rising metro ridership gives this coordination issue greater significance. According to the report, average daily ridership was about 2.39 lakh in August and rose to approximately 3.1 lakh in September. The increase was associated with higher metro use during the Ganesh festival and a broader shift among residents towards the system. The supplied material does not establish how many private vehicle trips were displaced, but the ridership trend indicates that the metro is gaining importance in the city’s transport network.
Higher ridership creates both an opportunity and a design obligation. If more residents use the metro, the system can potentially reduce pressure from private vehicles on Pune’s roads. But that outcome requires stations to be accessible, surrounding roads to remain legible and safe, and transfers between walking, cycling, buses, two-wheelers and trains to function without forcing users into conflict zones. A metro corridor that improves the journey once passengers are inside the system but makes access difficult at street level delivers only part of its promised urban benefit.
The response from the traffic police, as reported by Civic Mirror, reflects the limits of retrofitting. Manoj Patil, additional commissioner of police for the Pune West and traffic divisions, said that structures already erected could not be changed, but that the police were working with the metro administration on upcoming works. He said the impact of construction on traffic below the corridor needed to be studied. This places emphasis on future coordination, while leaving open the question of what operational measures can address existing bottlenecks.
The report’s unanswered questions are therefore institutional as much as physical. It does not provide the design approvals, traffic studies, road-safety audits or detailed accident records for the locations discussed. It also does not include a response from MahaMetro’s additional general manager for public relations and administration, Chandrashekhar Tambwekar, who did not respond to calls and messages, according to the report. Without these documents and responses, it is not possible to determine whether the observed constraints resulted from design decisions, construction-stage arrangements, right-of-way limitations or later changes on the road.
What the evidence does establish is a recurring planning tension. Pune is expanding a high-capacity transport system in a city where road space is already contested. The metro’s success is measured through access, ridership and travel convenience, while the street beneath must continue to serve moving traffic, pedestrians, vendors, cyclists and roadside functions. Treating these as separate projects risks transferring congestion and safety problems from one layer of the transport system to another.
The next phase of Pune’s metro expansion will be judged not only by how quickly new corridors are built or how many stations open, but also by whether the full street is designed around them. The traffic police have said that future works will involve greater attention to traffic impacts. The available evidence now points to the practical test: whether that coordination produces continuous footpaths, safer junctions, clearer vehicle movements and station access that works for the entire street rather than only for the structure above it.
