In a significant development for Bengaluru's public transportation system, an initial survey has been completed for the Hebbal - Sarjapur (Red Line) metro route. This ambitious project, which spans 36 kilometers, presents a range of challenges for over 400 buildings that will be affected along its trajectory. .
The Hebbal - Sarjapur metro line is designed to enhance connectivity across an essential corridor in Bengaluru, serving a population that is increasingly reliant on efficient public transport options. The route will pass through a total of 836 properties, many of which are vital to the city's residential, commercial, and industrial sectors. .
Notably, there are 45 acres of land adjacent to Hebbal Lake that will also be impacted by this project. Among the buildings identified along the proposed metro route, the breakdown includes 314 residential buildings, 37 commercial establishments, and 63 industrial structures.
The Bangalore Metro Rail Corporation Limited (BMRCL) is responsible for issuing preliminary notifications, which will clarify how much land is necessary for the project and which specific buildings will undergo land acquisition.
From a financial perspective, the construction of the Hebbal - Sarjapur metro route is projected to carry an expense of approximately ₹16,500 crore.
In a promising development, the central and state governments have already granted the necessary approvals for the Hebbal - Sarjapur metro route, signaling a solid commitment to advancing this project.
The timeline indicates that operations for this metro line are projected to begin by 2030, allowing ample time for comprehensive planning and construction.
The route will consist of 26 stations, with a combination of 17 elevated stations and 11 underground stations planned to facilitate a smooth transit experience for commuters. Key areas of Bengaluru, such as Koramangala, Diary Circle, KR Circle, Golf Course, and Mekhri Circle, will be connected through this metro line, significantly enhancing accessibility and promoting economic growth in these regions.