The newly inaugurated Rs 1,635 crore Barapullah Phase-III project in Delhi is facing severe congestion just days after opening. Following 12 years of construction, a structural design mismatch is causing traffic to bottleneck at narrow sections, forcing authorities to plan urgent modifications. The issue highlights concerns regarding the effectiveness of long-term urban infrastructure planning and execution.
The Barapullah Phase-III corridor in Delhi, which opened to public use on September 29, 2026, has quickly become a point of concern for commuters and city planners. Despite a 12-year construction timeline and a total investment of Rs 1,635 crore, the project is currently struggling with severe traffic congestion. The situation has prompted authorities to initiate immediate structural reviews to address the operational failures of the new route.
The core of the problem lies in a clear design mismatch between the new corridor and the existing infrastructure. Traffic flow from as many as eight to nine lanes is effectively being funnelled into a three-lane section of the older flyover network. This bottleneck creates a natural gridlock, as the current road capacity is insufficient to absorb the sudden volume of incoming vehicles, causing significant delays for daily commuters.
To mitigate this, officials from the Public Works Department and the Delhi Traffic Police are working on a series of rapid interventions. One of the primary proposals under consideration is the construction of a dedicated U-turn near Gurudwara Bala Sahib. This change is intended to streamline vehicle movement and reduce the need for risky driving maneuvers or lengthy diversions. Furthermore, authorities are exploring options to expand the Ring Road stretch between ITO and Sarai Kale Khan, potentially by reconfiguring footpaths to create more consistent lane capacity.
The project has also shed light on the challenges of integrating modern technology with legacy road networks. Reports indicate that real-time navigation platforms, such as Google Maps, have struggled to accurately reflect the congestion, inadvertently funnelling more traffic into the already saturated bottleneck. Officials have noted that such platforms often require a longer adjustment period to recognize new traffic patterns on newly commissioned roads, which has added to the chaos.
The situation highlights the risks associated with long-term infrastructure projects in urban centers. When a project takes over a decade to complete, shifting traffic patterns and urban growth can sometimes outpace the original design, requiring costly and time-consuming retrofits. The focus for government agencies is now on immediate mitigation, including lane management adjustments and potential signal changes. The next important update for stakeholders will be the effectiveness of these structural fixes in clearing the gridlock and improving the corridor's intended utility.