Delhi–Varanasi High Speed Rail Corridor (Delhi–Varanasi HSR) is India's second High-speed rail project after the Mumbai-Ahmedabad High Speed Rail Corridor. The HSR corridor will connect Varanasi to Delhi through 13 stations along with a 123 km long spur connecting Lucknow and Ayodhya.
Cost The Delhi Varanasi high speed rail corridor will cost around .
Stations Delhi-Varanasi high speed rail corridor will have 13 stations. Proposed stations are Delhi, Noida, Jewar Airport, Mathura, Agra, Firozabad, Etawah, South Kannauj, Lucknow, Ayodhya, Raebareli, Prayagraj, Pratapgarh, New Bhadohi and Varanasi.
Project status 2017 December: A consortium of INECO, TYPSA and ICT had submitted the project feasibility project report of the proposed Delhi-Varanasi High Speed Rail Corridor.
2019 December: Ministry of Railways had given the task to National High Speed Rail Corporation Ltd (NHSRCL) for preparing the detailed project report (DPR).
2020 February: NHSRCL had started floating tenders for various activities including design and survey of the project.
2021 January: LiDAR survey for Delhi Varanasi bullet train project was initiated. August: Detailed Project Report (DPR) which was expected to be submitted by this month, was then announced to be submitted in the month of September. A new spur line linking Ayodhya was also proposed. November: Indian Railways received the Detailed Project Report (DPR) from NHSRCL which included multiple studies on expected ridership, impact on surrounding villages, land requirement, social impact assessment and effect on the environment.
2022 July: NHSRCL had finalised the overall route and stations of the project. August: The railway ministry rejected the reports that reported shelving of the project. The ministry in fact mentioned that it had no issues regarding the DPR of the project. It was earlier reported that to reduce costs of land acquisition, the project would run through National Highway 2 which had many curves that put the project in question. Since the train runs at 350 kmph, the alignment must be relatively straight with minimal degrees of curves. See also
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