After more than a decade of postponements, the final 900‑metre stretch of Delhi’s Barapullah elevated road opened on Wednesday, completing Phase III of a corridor originally conceived in the mid‑2000s. The project, intended to create a signal‑free link between east and south Delhi ahead of the 2010 Commonwealth Games, now confronts a traffic environment that has shifted dramatically since the road was first planned.
Background and phased development
The Barapullah corridor was envisioned as a four‑phase, signal‑free artery to ease congestion on existing roads. Phase I, running from Sarai Kale Khan to the Jawaharlal Nehru Stadium, broke ground in December 2008 and was completed in 2010, just in time for the Commonwealth Games. Phase II extended the route toward the India National Arena (INA). Phase III was meant to bridge Sarai Kale Khan with Mayur Vihar across the Yamuna River, while Phase IV was slated as a future extension toward the airport. The entire corridor was originally projected to be fully operational by 2017, although construction of Phase IV has yet to begin and the plan remains under review.
Construction of Phase III began in April 2015 with an expected completion date of October 2017. The work progressed rapidly until it reached a 2.5‑acre parcel of private agricultural land on the eastern bank of the Yamuna. The land, assumed to be available for the flyover, had actually been de‑notified in 1995 and reverted to its original owners, creating a legal impasse.
Land dispute stalls the final stretch
A joint inspection by the Delhi Development Authority (DDA), the Public Works Department (PWD) and revenue officials in July 2015 identified the ownership problem after construction had already started. The landowners subsequently approached the Delhi High Court, and the formal acquisition process only began after negotiations failed, according to a former PWD official.
The litigation dragged on for years. The dispute was finally resolved in 2023, and the necessary clearances were obtained the following year, allowing the last 900 metres of the ten‑kilometre flyover—from Mayur Vihar to AIIMS—to be completed. The opening marked the culmination of a project that had been physically largely built but remained unusable for nearly a decade.
Changing traffic landscape
When Phase I started, Delhi’s registered vehicle fleet stood at roughly 5.5 million, according to the VAHAN portal. By 2017, that figure had risen to about 10 million, the period originally anticipated for the corridor’s full operation. Today, the official count is around 8.8 million, a number that may be understated because of automatic de‑registration of older vehicles.
Even if the Delhi‑registered fleet appears to have stabilised, the National Capital Region (NCR) has experienced a pronounced surge in vehicle numbers. Between 2017 and 2026, registered vehicles in Noida climbed from approximately 600,000 to 1.3 million, while Ghaziabad’s count grew from about 900,000 to 1.65 million. This eastward expansion of suburbs adds a volume of traffic that the original Barapullah design did not anticipate.
The Phase III alignment was chosen after a 2012 pre‑feasibility study that examined three alternatives and selected the Mayur Vihar Phase I route based on connectivity, constructability, safety, future extendibility and projected traffic movement. A 2018 Strategic Impact Assessment (SIA) confirmed that the alignment was effectively locked in because construction was already substantially complete, leaving little scope for redesign.
Expert assessment and future management
S Velmurugan, former chief scientist and head of the Traffic Engineering and Safety Division at the Central Road Research Institute (CRRI), said the corridor would have needed a higher capacity if it were being designed against today’s traffic volumes. “The design should have been at least 4+4 lanes, considering the given volume and at least 3 % per year vehicle growth rate, but maybe that could not have been anticipated way back in 2008‑2010,” he explained.
Velmurugan also highlighted the technical constraints of elevated roads. Once piers are erected, they are engineered for a specific load, making post‑construction widening virtually impossible. “Any update is next to impossible,” he noted.
He suggested that a design‑stage road safety audit could have identified geometric concerns such as sharp angles, and that a pre‑opening safety test might have revealed operational issues before the corridor was opened to full traffic. The PWD did not respond to queries on these points at the time of publishing.
With the structure now complete, Velmurugan argues that the focus must shift to traffic management rather than further infrastructure changes. He recommends controlled entry of vehicles, phased release of traffic, and signal management at critical junctions. Deploying traffic police to regulate the flow onto the corridor could prevent bottlenecks caused by a sudden surge of vehicles.
Navigation platforms, he added, could also play a role. “Google Maps and similar services could distribute traffic more evenly by recommending alternative routes instead of directing a disproportionate volume toward Barapullah simply because it offers the shortest theoretical route.”
The PWD’s original promise of a 15‑minute journey from Mayur Vihar to AIIMS may set unrealistic expectations. Velmurugan cautioned that, given current congestion, a 25‑30 minute trip would still represent a substantial improvement without guaranteeing an ideal, congestion‑free experience.
As Delhi’s commuters begin to test the newly opened stretch, the corridor’s performance will likely be measured against these tempered expectations. The project illustrates how long‑term infrastructure planning can be undermined by delays, legal hurdles, and rapid urban growth, underscoring the need for adaptable traffic‑management strategies in fast‑changing megacities.
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