Home Blog Page 70

Kanpur Metro: TBM Saraswati achieves TBM Breakthrough at Rawatpur Station of Line 2 

0
TBM Breakthrough at Rawatpur Station of Kanpur Metro Line 2

KANPUR (Metro Rail News): The Kanpur Metro Rail Project progressed as Kalpataru Projects International Ltd. (KPIL) – Gulermak JV’s TBM Saraswati has achieved a breakthrough at  Rawatpur Metro Station of Line 2 under Package KNPCC-11.

Gs3X4X bsAAYfcj
Gs3X4g8bwAAkzHq

About TBM Saraswati

TBM (S-839C), nicknamed Saraswati, is the 2nd TBM deployed following the TBM Gomati to construct a twin tunnel on Line 2. TBM Saraswati is also the 6th TBM deployed for the entire Kanpur Metro Phase 1.

For this assignment, TBM Saraswati constructed a 622 m tunnel (down-line) from Rawatpur Station towards Corridor-2 Depot Ramp.

Package KNPCC-11

In December 2023, Uttar Pradesh Metro Rail Corporation (UPMRC) awarded KPIL – Gulermak JV the Package KNPCC-11 at Rs. 762.50 crore with a 30-month deadline.  

The Package KNPCCC-11 spans 4.08 km between the Agriculture Depot and the Double Pullia Ramp. This section features 3 underground metro stations. 

Stations 

  • Rawatpur, 
  • Kakadeo 
  • Double Pullia

Scope of Work 

The awarded contractor is responsible for the Design and Construction of TBM Tunnel, Cut and Cover Tunnel, ramp after Double Pullia, ramps in the Agriculture Depot for main line and depot connections and three underground metro stations (viz. Rawatpur, Kakadeo and Double Pullia), including Architectural finishes, etc., on Corridor-2 of the Kanpur MRTS Project. 

Advertisement1
InnoMetro_2026

Fujitec India Wins Escalator Contract of Line 3 of Chennai Metro Phase 2

0
Chennai metro
Chennai metro

CHENNAI (Metro Rail News): Chennai Metro Rail Corporation (CMRL) has announced Fujitec India Pvt. Ltd. as the lowest bidder for the escalator contract of Chennai Metro Phase 2’s Corridor 3. This Line spans 45.4 km from Madhavaram Milk Colony to SIPCOT 2 through 49 stations. 

Bidding Process 

CMRL invited bids for this contract with a 2070-day deadline. On 6 November 2024, technical bids were opened, revealing that only one firm, Fujitec India, had submitted for the contract. 

On 5 June 2025, the technical evaluation of the submitted bid took place. Furthermore, financial bids were opened on 6 June 2025, revealing that Fujitec India is the lowest bidder for the contract. 

Contract Details  

Contract Period: 2070 Days 

Fujitec India Bid Value: ₹ 898.5 Cr

Contract’s Scope of Work

 The contract’s scope of work includes the Design, Manufacturing, Supply, Installation, Testing, and Commissioning of Heavy Duty Escalators between the Madhavaram Milk Colony Metro and Sholinganallur Metro stations of Chennai Metro Phase 2’s Line 3. 

Brief Scope of Work: Design, Manufacturing, Supply, Installation, Testing, and Commissioning of Heavy Duty Escalators and Travelators for CMRL Phase II Corridor 3 (From Madhavaram Milk Colony Metro to Sholinganallur Metro stations)

Advertisement1
InnoMetro_2026

DRA Infracon–Siemens JV Receives LoA for Signalling Contract of Mumbai-Ahmedabad Bullet Train Project

1
High-Speed Rail
Survey Begins for High-Speed Rail Corridor Between Delhi and Amritsar ( Representative Image only)

DRA Infracon – Siemens JV has received a Letter of Acceptance (LoA) for the signalling and telecommunication (S&T) system Package S-1 of the Mumbai–Ahmedabad Bullet Train Project. 

PHOTO 2025 06 10 11 08 57

Bidding Process 

In January 2025, National High Speed Rail Corporation Ltd. (NHSRCL) floated tender for this contract with a 2555-day (7-year) deadline.

On 30 April 2025, technical bids were opened, revealing that 2 firms had submitted bids for the contract. Technical evaluation of the bids took place on 14 May 2025. 

Financial bids were opened on 15 May 2025, and financial evaluation of the bids took place on 9 June 2025, revealing that DRA Infracon – Siemens JV has received LoA for the contract.

Financial Values 

FirmBid (Rs. Crore)

DRA – Siemens JV
4,140.06

Alstom – L&T JV
12,686.13

About Package S-1 of the Mumbai-Ahmedabad Bullet Train Project

IFB Number: Package No. MAHSR – S-1

The awarded contractor will be responsible for the end-to-end design, installation, and commissioning works for the Mumbai–Ahmedabad High Speed Rail Corridor. 

Brief Scope: Design, Manufacture, Supply, Installation, Overall Integration, Testing, Commissioning, and Comprehensive Maintenance of Signalling & Train Control System, Telecommunication System, and Operation Control Centre System on Mumbai Ahmedabad High-Speed Rail Project, India.

Advertisement1
InnoMetro_2026

TBM Breakthrough achieved at Tughlakabad Railway colony Station of the Delhi Metro Phase 4’s Golden Line

0
Delhi (Metro Rail News): The Delhi Metro Rail Project has achieved a major milestone in Phase 4 with the successful tunnel breakthrough atTughlakabad Railway colony Station of the Delhi Metro Golden Line.

Delhi (Metro Rail News): The Delhi Metro Rail Project has achieved a major milestone in Phase 4 with the successful tunnel breakthrough at Tughlakabad Railway colony Station of the Golden Line. The Golden Line (Line 10) of Delhi Metro Phase 4 spans 23.622 km from Aerocity to Tughalakabad through 15 stations. 

TUNNELLING june 2.original
TUNNELLING june 4.original

During the Breakthrough, Dr. Pankaj Kumar Singh, Hon’ble Minister for Health & Family Welfare, Transport, Information Technology, Govt of NCT of Delhi, Dr. Vikas Kumar, Managing Director/DMRC and other senior officials were present.

TUNNELLING june 1.original

About the TBM Breakthrough 

The tunnel breakthrough at the Tughlakabad Railway colony Station has been achieved through a mammoth 96-metre-long Tunnel Boring Machine (TBM). 

The TBM  has constructed a 0.792-kilometre-long -long tunnel between the Maa Anandmayee Marg and Tughlakabad Railway colony station of the Golden Line. 

The tunnel between the Maa Anandmayee Marg and Tughlakabad Railway colony station has been constructed at an average depth of approximately 18 meters. 

As per the DMRC Press Release, about 566 rings have been installed in the tunnel, with an inner diameter of 5.8 meters. 

Advertisement1
InnoMetro_2026

NCES Receives LoA for Ticket Vending Services contract for Delhi Metro

0
Delhi Metro

Delhi (Metro Rail News): Delhi Metro Rail Corporation ( DMRC) has issued a Letter of Acceptance ( LoA) to Nuvision Commercial and Escort Services (NCES) for the Ticket Vending Services contract at various stations of Delhi Metro. 

Artboard 1@4x 1 1

Bidding Process 

DMRC issued tender for this contract with a 1440 days deadline. On 18 March 2025, technical bids were opened, revealing that 5 firms had submitted bids for the contract. 

Technical Evaluation of the submitted bids took place on 24 April 2025. During the technical evaluation, 3 firms’ bids were rejected. 

Financial bids were opened on 24 April 2025, and the financial evaluation of the remaining bids took place on 3 June 2025, revealing  Nuvision Commercial and Escort Services (NCES) as the lowest bidder for the contract. 

On 3 June 2025, Nuvision Commercial and Escort Services (NCES) received LoA for the contract. 

Contract Details 

  • Contract Value: ₹ 172.8 Cr
  • Contract Period: 1440 Days

DMRC Brief Scope: Provision Of Ticket Vending Services At Various Metro Stations Of Line- 2, 3, 4, 5, 9, Ael And Other Locations.

Advertisement1
InnoMetro_2026

Modernising Railcar Cleaning Systems: Insights from Mr. Naohiro Masuda, CEO of JCW

0

Metro Rail News conducted an exclusive interview with Mr Naohiro Masuda, President & CEO, Nihon Sharyou Sejouki Co., Ltd., Tokyo (JCW). During the interview, Mr. Masuda discusses the company’s focus on providing effective cleaning solutions for railway systems across the world. He explains how JCW customises solutions based on different climatic and operational conditions. Mr. Masuda also shares JCW’s involvement in several international projects, including those in Asia. Furthermore, he emphasises JCW’s interest in expanding in India to support its growing rail transport sector. Here are the edited excerpts.

Question 1. Mr. Naohiro Masuda, could you elaborate on your two-decade journey as the President & CEO of Nihon Sharyou Sejouki Co., Ltd. (JCW) and how your leadership has influenced the company’s growth over the years?

We are, at our core, a cleaning company and our focus is on delivering effective cleaning solutions. I have attributed the origins and the goal of bringing up the company. So, our primary goal is to exist for the customers. And we are just aiming to be the best in our sector. And we would like to be the world’s best manufacturer one day.

Question 2. Could you provide insights into the primary products and services JCW offers for the railway industry?

We have a lot of products at hand. There are just too many to explain. A few examples would be car body washing equipment, boggy washing equipment, bearing washing, parts washing, etc. We also have wastewater treatment, recycling equipment, reverse osmosis water production equipment, and many others.  To sum it up, we design and manufacture all the equipment that does the cleaning. 

Question 3. How has JCW evolved over the years to meet the dynamic demands of modern rail transportation?

We have always challenged ourselves to meet our customers’ needs and demands. We have never said that we cannot do what our customers request. We have also never received a complaint after we have delivered what has been requested of us. We put all the knowledge that we have into our products. We invite specialists to produce something that is lacking in our products. That is why our product today is much better than what it was years ago. We always strive to be better than what we were yesterday. 

Question 4. What distinguishes JCW’s railcar cleaning and maintenance systems from others in the global market?

The main thing would be that all of our equipment has a very low failure rate. According to our annual operating hours, it is down to less than 0.3%. We have also experienced very low stoppage rates, and we have been producing cleaning equipment for 70 years. Therefore, 70 years of experience is infused in our products and our machines. In the event of an unexpected breakdown, after receiving information, we have trained our maintenance system to respond to it within 24 hours. It is done for the convenience of our customers.

Question 5. How do your solutions cater to both high-speed and urban rail systems, including metros and commuter trains?

We cater to numerous customers from all over the world, such as Japan Railways, trains and mass rapid transport in Singapore, Hong Kong Subway, and many other Southeast Asian railways. It is a long, long list. We also cater to customers from different fields, such as the military, mining, food manufacturing companies, and many, many others. Different fields require different cleaning equipment. With all the knowledge and experience gained from our experience, it has made us more attuned to solving different systems of transportation and machinery.

Question 6. JCW has been involved in various international railway projects. Could you share a few key collaborations or projects outside Japan?

Recently, almost all major railway projects in Asia have incorporated our products, including the Hong Kong Airport Railway, Jakarta MRT (a mass rapid transit system), Manila Metro, and the Manila North–South Commuter Line.

Question 7. JCW is known for its railcar washing systems. What recent innovations or technologies have you introduced in this domain?

Currently, we are developing unmanned cleaning equipment for the front and rear cars of high-speed trains. This system is being developed and produced in collaboration with one of the most renowned railroad companies in the world; however, we cannot disclose the name due to a non-disclosure agreement (NDA). This is the world’s first unmanned washing system specifically designed for the front and rear sections of high-speed trains. This cleaning equipment will be something that is beyond our imagination, so after extensive testing, including the creation of a one-by-one scale mock-up model vehicle, it will be finished by December 2025 this year.

Question 8. Automation is emerging as a core element in driving smooth operations. How does JCW integrate automation systems to improve efficiency and reduce operational downtime?

Yes, automation is indeed one of our most important systems. Our current machines can operate unattended, but actions are performed for safety checks and operational purposes. However, with our current technology, we can build machines and systems that might not require human intervention one day. In the event of a breakdown in such a machine, the system can automatically inform the engineer, who can then sort it out.

Question 9. Sustainability is a growing concern globally. How is JCW incorporating eco-friendly practices into its manufacturing and service processes?

All of our products are designed and manufactured with sustainability in mind. For our cleaning equipment, we source components from world-renowned brands that also prioritise sustainability, such as Mitsubishi, SMC, Panasonic, Omron, and Sumitomo. These Japanese companies integrate sustainable development goals into their core brand values.

Furthermore, we develop and produce a large number of products in-house. By doing so, we contribute to sustainability as well. 

Question 10. Could you shed light upon any specific water-saving or energy-efficient features in your railcar washing systems?

Our cleaning equipment uses water and recycles 100% of it during the cleaning process. Complete cleaning requires a large amount of water, which can be harmful to the environment and result in high operating costs. That is why all of our cleaning equipment uses recycled water only.

Question 11. How do you customise your systems to suit the specific climatic and operational conditions of different countries?

Of course, we customise our systems according to the country and the place. It varies from country to country. The dirt & stains can also vary from country to country even within same country. For instance, the dirt and stains found on train cars in Delhi can be very different from those in Mumbai. These differences are influenced by factors such as humidity, temperature, air pollution, vehicle mileage, and more. Therefore, the cleaning method is adapted based on the location where the equipment is installed, and we tailor our systems accordingly.

Question 12. India’s rail transport sector is expanding with projects in metro rail, RRTS, and high-speed corridors. How does JCW intend to explore potential opportunities in the Indian market?

In India, we aim to incorporate the knowledge and expertise we have gained over the past 70 years in Japan, as well as from our global operations. Thereafter, as an Indian manufacturer of cleaning equipment, we would like to expand further and align our efforts with India’s Make in India policy too.

We already have a subsidiary company in India, and we are currently in the process of inquiring about various cleaning equipment throughout the country. As per our findings, the Indian equipment is not up to the mark by the Japanese standard. They might fit into the look of cleaning equipment, but their functionality and efficiency can be considered a little bit below the standard as per Japanese standards.

For instance, if we install an air conditioner and then if it doesn’t work properly, then it is a problem, right? Rather than seeing this as a business opportunity, we would genuinely love if India makes use of our cleaning devices. So being the oldest manufacturer of cleaning equipment in the world, I feel that India would greatly benefit from our company and our devices. And we also intend to follow the Swachh Bharat policy and respect that.

Question 13. What message would you like to convey to the readers of Metro Rail News?

As we know that India is a developing country and Indian railroads are under development and redevelopment. However, it will soon become the world’s largest railroad powerhouse. The number of lines, the length of distance covered by the tracks, and the number of coaches would soon be the number one in the world. This is only possible with the right number of people and funding, of course.
We are looking into having the best skills and experiences in order to make the Indian railway system the best railroad network in the world. We want to be a company that grows with the growth of the nation as well as the Indian railway system. To do so, we need many teachings of India and the Indian people. We also want to be a company that is loved by India, loved by Indian people and respected by everyone.

Watch full interview Here: https://youtu.be/f2RCN3wAvWA?si=pX0yOTubuJqRfKHq

Advertisement1
InnoMetro_2026

State Cabinet Approves Hyderabad Metro Phase 2B Expansion

0
Hyderabad Metro

Hyderabad (Metro Rail News): Hyderabad Metro Phase 2B has received clearance from the state cabinet on 5 June 2025. The project will be implemented at the cost of ₹19,579 crore jointly by the State and Central Governments. 

About Phase 2B of the Hyderabad Metro Project

The project will cover about an 86.1 km route. The proposed expansion under Phase 2B of the Hyderabad Metro includes three key corridors:

Corridor 1:

  • Type: Elevated & Underground
  • Route – Shamshabad Airport to Future City
  •  Length – 39.6 km (21km Elevated + 1.5km Underground + 17 km At grade)

Corridor 2:

  • Type: Elevated
  •  Route – Jubilee Bus Station to Medchal
  •  Length – 24.5 km
  •  Stations – 18

Corridor 3:

  • Stations – 14
  • Type: Elevated & Underground
  •  Route – Jubilee Bus Station to Shamirpet
  •  Length – 22 km (20.35 Elevated + 1.65km Underground
The project proposals will be submitted to the Central Government for joint implementation.

Completion of DPR for Phase 2B

Recently, Hyderabad Airport Metro Limited (HAML) announced the completion of Detailed Project Reports (DPRs) for the proposed Phase 2B of the Hyderabad Metro Rail project. These reports provide comprehensive insights into the planned expansion, including route alignments, cost estimates, and implementation strategies.

Hyderabad Metro: Operational Overview

The Hyderabad Metro is managed by Hyderabad Metro Rail Limited (HMRL). Currently, it’s operational across three corridors and covers a total distance of 69 kilometres. It stands out as the largest metro project globally developed through a public-private partnership (PPP) framework

Advertisement1
InnoMetro_2026

Agra Metro: TBM Breakthrough Achieved at Mankameshwar Station of Line 1

0
Agra Metro: TBM Breakthrough Achieved at Mankameshwar Station of Line 1

Agra (Metro Rail News): The Agra Metro Rail Project has achieved a major milestone with the successful TBM Breakthrough at Mankameshwar Metro Station of Line 1. Line 1 of the Agra Metro spans 14.25 km between Sikandra and Taj East Gate. 

GshfuWsXsAAnRg5

This breakthrough marks the completion of all the underground tunnelling work for Line 1 of the Agra Metro Rail Project. 

This TBM Breakthrough has been recorded for the Package AGCC-02 of Agra Metro. 

GshfuWjXwAAPWcU

Package AGCC-02

In March 2022, Uttar Pradesh Metro Rail Corporation awarded Afcons – Sam India Consortium Package AGCC-02 at Rs. 1819.79 crore with a 48-month deadline. 

Scope of Work 

The scope of work under this 7.93 km underground package includes the construction of twin tunnels and 7 stations at Agra Metro Line 1. 

Stations 

  • Taj Mahal
  • Agra Fort
  • Mankameshwar (Jama Masjid)
  • S.N. Medical College
  • Agra college 
  • Raja ki Mandi 
  • RBS college

Brief Scope of Work: Design and Construction of Tunnel from start of underground ramp (near Fatehabad Road Metro station) to end of ramp after RBS college Metro station, including seven underground metro stations (viz. Taj Mahal, Agra Fort, Jama Masjid, S.N. Medical college, Agra college, Raja ki Mandi and RBS college), including Architectural finishes, E&M, TVS, ECS, etc. on Corridor-1 of Agra MRTS Project at Agra, Uttar Pradesh, India.

Advertisement1
InnoMetro_2026

CMRL Initiates Trial Run on Porur Junction -Poonamalle Bypass section of Chennai Metro Line 4

0
Trial Run on Porur Junction -Poonamalle Bypass section of Chennai Metro Line 4

Chennai (Metro Rail News): Chennai Metro Rail Corporation (CMRL) has initiated testing and trial runs on Line 4 of Phase 2. The trials were conducted for the 10 km Downline stretch of Line 4. Originally, Line 4 of Chennai Metro Phase 2 spans 26.1 km between Light House and Poonamallee Bypass through 28 stations. 

Gswj7LNacAAqkca

Earlier, CMRL initiated trials on the Up-Line section. In March 2025, CMRL conducted trials on a 3 km stretch of Line 4 connecting Poonamallee Depot and Mullaithottam. Subsequently, in April 2025,  CMRL extended the trials (Upline)  on the 9.1 km stretch connecting Mullai Thottam Metro Station and Porur Junction Metro Station. 

About the Trial Run 

CMRL has commenced trial runs on the 10 km stretch of Corridor 4, which connects Porur Junction Metro Station to Poonamalle Bypass Metro Station through 10 stations. Poonamalle Metro Depot will be the nerve centre to coordinate the testing & trials of the section.

Stations

  • Porur Junction
  • Chennai Bypass Crossing
  • Ramachandra Hospital
  • Iyyapanthangal Bus Depot
  • Kattupakkam 
  • Kumananchavadi
  • Karayanchavadi 
  • Mullai Thottam
  • Poonamalle bus terminus
  • Poonamallee Bypass

Further Updates 

Gswj7LNbgAA9dpG

​Additionally, the Poonamaallee Bypass station ASS (Auxiliary Substation) was also inaugurated and successfully charged through 33kV power supply cable from Poonamallee Receiving substation at Poonamallee Depot. 

Advertisement1
InnoMetro_2026

Mumbai Metro: Empowering Urban Transformation and Facilitating Real Estate Growth

0
Mumbai Metro
(Representational Image)

Mumbai, formerly referred to as Bombay, serves as the capital of the state of Maharashtra. It is situated along the Konkan coast, adjacent to the Arabian Sea. In addition to its geographical significance, Mumbai functions as the central hub of the Mumbai Metropolitan Region. The city is characterised by its vibrant culture and diverse attributes and is recognised as India’s principal financial and commercial centre, often referred to as the “Economic Capital of India.”

Mumbai is the second-fastest-growing city in India and is among the most densely populated cities worldwide. The estimated population of Mumbai is approximately 12.5 million, which makes it one of the most densely populated cities in India. The increased population has started putting strain on the city’s infrastructure, particularly the transport infrastructure struggles to cope with the growing number of commuters. Due to this, the vehicular traffic overflows the roads of Mumbai. In addition, the buses & Mumbai Suburban Rail Network are also inadequate to meet the transportation needs of the city’s residents.

Establishing a metro network that traverses through the densely populated areas of the city and connects with existing modes of transportation was the only solution to address the increasing demand for a more convenient transport mode. The Mumbai Metro Project is a strategic approach to support the existing transport infrastructure in the city and reduce vehicular traffic on the roads. This initiative will help the city to become more accessible for its residents while reducing environmental impact. This study highlights the positive impact of the Mumbai Metro on the city while examining the critical components that can have implications on the viability of the project.

Mumbai Metro

Historical Background of Mumbai Metro 

The rapid urbanisation of Mumbai resulted in road and rail infrastructure development that has struggled to keep pace with the increasing demand over the past several decades. Consequently, the Mumbai Metropolitan Region Development Authority (MMRDA) aimed at establishing mass rapid transit services. 

In May 2003, the Mumbai Metropolitan Region Development Authority (MMRDA) engaged the services of Delhi Metro Rail Corporation (DMRC), with assistance from Tata Consultancy Services (TCS) and the Indian Institute of Technology (IIT), Mumbai, to develop the Master Plan for the Mumbai Metro and to prepare a Detailed Project Report (DPR) for the priority corridors. 

The Mumbai Metropolitan Region Development Authority (MMRDA) sanctioned the Master Plan for the Mumbai Metro, which encompasses a phased implementation strategy, during its assembly on 28 May 2004.

Mumbai metro
Mumbai metro line 3 (Representational image)

The Master Plan encompasses nine corridors that collectively span a length of 146.5 kilometres, with 32.5 kilometres designated as underground and the remaining sections elevated. 

A public hearing was held on 22 January 2004 to gather opinions, suggestions, and comments regarding the Master Plan.

In 2004, the Mumbai Metropolitan Region Development Authority (MMRDA) presented a comprehensive master plan that spans 146.5 kilometreskilometers and includes multiple lines.. However, due to a variety of challenges, including policy paralysis regarding the selection between Engineering, Procurement, and Construction (EPC) versus Public-Private Partnerships (PPP), as well as debates over metro rail versus monorail options, the MMRDA was able to commission only one metro line in the suburbs that connects Versova, Andheri East, and Ghatkopar. 

In 2015, an updated master plan of 118 kilometres was approved, with the then-incumbent government providing essential momentum for the development of two lines: 

  • Dahisar East to Andheri East (Red Line)
  • Dahisar East to D.N. Nagar (Yellow Line),
  •  Additional Route: Cuffe Parade to BKC to Aarey Colony (Aqua Line) 

In June 2019, a new nodal agency, the Maha Mumbai Metro Operations Corporation Limited (MMMOCL), was established to oversee the operation and maintenance of all Mumbai Metro services on lines owned by the MMRDA.

In September 2019, the MMRDA revised the master plan for the Maha Mumbai Metro, encompassing a network of 337 kilometres and consisting of ten lines across a total of seventeen sections. 

The list of Revised Master Plan corridors proposed for implementation is as below:  

Sr. Corridor Length ( km ) 
Line 1Versova-Andheri-Ghatkopar11.40
Line 2ADahisar-D.N. Nagar18.6
Line 2BD. N. Nagar-Mandale23.6
Line 3Colaba-Bandra-SEEPZ (Andheri)33.5
Line 4Wadala-Ghatkopar-Mulund-Thane-Kasarwadavali32.3
Line 4AKasarwadavali-Gaimukh2.7
Line 5Thane-Bhiwandi-Kalyan24.9
Line 6Swami Samarthnagar-Vikhroli14.5
Line 7Andheri (East)-Dahisar (East)16.5
Line 8Airport Metro(Chhatrapati Shivaji Maharaj International Airport -Navi Mumbai International Airport)35
Line 9 & 7ADahisar(E)-Mira-Bhayander & Andheri(E)-Chhatrapati Shivaji Maharaj International Airport13.5
Line 10Gaimukh-Shivaji Chowk (Mira Road)9.2
Line 11Wadala-Chhatrapati Shivaji Maharaj Terminus(CSMT)12.7
Line 12Kalyan-Taloja20.7
Line 13Shivaji Chowk (Mira Road) – Virar23
Line 14Kanjurmarg-Badalapur45
 Total337.1

The total length of Metro Corridors will be 337 km, and the aim is to complete most of these corridors by 2024-26.

Mumbai metro Line 01

Mumbai Metro: Driving the City’s Transport Evolution

Overview 

The Mumbai Metro is an urban Mass Rapid Transit System (MRTS) being built to serve Mumbai, Maharashtra’s capital and largest city. In June 2006, Prime Minister Manmohan Singh laid the foundation for the Mumbai Metro Rail Project. 

Mumbai Metro Coach
Mumbai Metro Coach/Representational image only

Navigating through the Network of the Mumbai Metro system 

  • The Mumbai Metro spans 337 kms and consists of 10 Lines. Currently, 59.19 km of the total route is operational, while 143.65 km of the route is under construction. 

Here’s a Breakdown of the Mumbai Metro Network

Line 1 ( Blue Line ) 

  • Line 1 of the Mumbai Metro is an operational elevated corridor which spans 11.40 km, connecting Versova-Andheri-Ghatkopar through 12 stations. 
  • The Line 1 of Mumbai Metro has been built at Rs. 2,356 Cr through a PPP Model ( Public Private Partnership)  
  • The Line became operational and opened for passengers on 8th June 2014. 

Features of Line 1 

Route length11.40 km (Elevated)
Number of Total Stations12
Speed Max Speed: 80 kmph
Average Speed: 35 kmph
Estimate Ridership2031- 8.83 lakhs per day
Project Implementing AgencyMumbai Metro One Private Limited
Total project completion costRs. 2,356 Cr
VGFRs. 650 Cr 
Implementation Period2007-2012 (As per Concession Agreement)
Interchange Facilities Metro Line 2: D. N. Nagar
Western Railway: Andheri
Metro Line 3 : Marol Naka
Central Railway: Ghatkopar
AD 4nXdVfToZXYe5jO8J35Mii7wcvXhKotbTRmLaMF75ydvE6o7Tpqyg0uPGBLPGL7bPr9s40843fS00hgO 4Y2mMdbrXHWP4xy1U CYr6s0SxN59lbUjhUB

Line 2A ( Yellow Line ) 

  • The Line 2A of Mumbai Metro is an operational 18.6 km long elevated corridor which connects Dahisar to D N Nagar. This Line features 17 stations in total. The Project was implemented in 2 Phases. 
  • Phase 1: The Phase 1 of Mumbai Metro Line 2A spanned 9.8 km and covered 9 stations between Dahisar and Dahanukarwadi. 
  • Phase 2: Phase 2 of Mumbai Metro Line 2A spanned 8.8 km and covered 8 stations between Dahanukarwadi and D N Nagar. 
  • Phase 1 became operational on 2nd April, 2022, while Phase 2 of Mumbai Metro Line 2A became operational from 19th January, 2023.
  • The Line 2A of Mumbai Metro was completed at Rs. 6,410 Cr (including state taxes and 7.5% p.a escalation & IDC). 

Features of Line 2A 

Route length18.6 km
Number of Total Stations17
Estimate Ridership2031- 6.09 Lakhs (PHPD 15565)
Total project completion costRs. 6,410 Cr
Interchange Facilities D. N. Nagar (Line 1 : Ghatkopar – Versova)
Shastri Nagar (Line 6: Swami Samarth Nagar- Vikhroli)
Dahisar (Line 7 : (Andheri (E) – Dahisar (E) corridor)
AD 4nXfjG8jiOtKZCp7vSywN5elx2HrN09W2O4MUSovXL zRT5fZiWaeVAsw94b Q5SzhVePJwePT0oh uPdNLPNM1RYsWJp0j3CDGyrye

Line 2B ( Yellow Line ) 

  • Mumbai Metro Line 2B is under construction elevated metro corridor which spans 23.643 km from D N Nagar to Mandale through 20 stations. 
  • The Line 2B of the Mumbai Metro will be completed for Rs. 10,986 Cr

Features of Line 2B

Route length23.643 km
Number of Total Stations20 
Estimate Ridership2031- 10.5 Lakhs (PHPD 38509)
Total project completion costRs. 10,986 Cr. 
Depot Mandale 
Interchange Facilities D. N. Nagar (Line 1)
Bandra (Suburban)
ITO junction (Line 3)
Kurla East (Suburban & Line 4)
Chembur (Monorail)
Mankhurd Suburban, CST-Panvel fast corridor
Mumbai-Navi Mumbai Airport fast corridor

Line Status as of 23 February 2025

Sr. No Name of Work Status 
Pile Cap 97.00% Completed 
Pier Work 91.00% Completed 
Pier Cap / Portal Beam Erection – 84.00% Completed 
U / I Girder Works Erection – 75.00% Completed 
Mandale Depot Works 97.21% Completed 
Recent Development on Mumbai Metro Line 2B
In April 2025, the Mumbai Metropolitan Region Development Authority (MMRDA) initiated the trial runs on the Mandale-Mankhurd stretch of Mumbai Metro Line 2B. This section features 5 stations. 
AD 4nXcphKVloHqatJdDHaz6nKNwkFYB91aXXyXiuwMCSo8OlKIzABPNFIKIydX9WO90cGPaW DIk0d3ZTDz KN k2XpwrG hg4P43CNjIXmRjoOQw

Line 3 ( Aqua Line ) 

  • The Line 3 of Mumbai Metro is a partly operational metro corridor which spans 33.5 km connecting Cuffe Parade – BKC –  Aarey JVLR through 27 stations
  • Currently, Phase 1 of Line 3, spanning 12.69 km between Bandra Kurla Complex ( BKC) and Aarey JVLR, is operational. Prime Minister Narendra Modi inaugurated this section on 5 October 2024

Features of Line 3 

Route length33.5 km 
Number of Total Stations27 
Speed Max Speed: 90 kmph
Average Speed: 34 kmph
Estimated CostRs. 23,136 crore
Rolling Stock248 coaches (31 x 8) by Alstom

Line 4 ( Green Line ) 

  • The Line 4 of Mumbai Metro is an under-construction elevated line which spans 32.32 km between Wadala and  Kasarvadavali, featuring 30 stations. Mumbai Line 4 Project will be executed at Rs. 14,549 Cr.

Features of Line 4 

Route length32. 32 km 
Number of Total Stations30 
Total project completion costRs. 14,549 Cr. (Incl. Taxes and Duties)
Estimated Ridership 2031: 12.13 Lakhs (PHPDT- 33417)
Elevated / UndergroundFully Elevated

Line Status As of 10 February 2025

Sr. No.ActivityStatus 
1Pier (Viaduct+Station up to PL)94% Completed 
2Piercap Erection93% Completed 
3U Girder Erection 88% Completed 
4I Girder Erection  65% Completed 
5Deck Slab 59% Completed 
6L Gird Erection 61% Completed 
7T Gird Erection68% Completed 
8RCC Beam Erection38% Completed 
9Portal Beam Erection16% Completed 
10PI Girder Erection0% Completed 

Line 4A ( Green Line ) 

  • Line 4A of the Mumbai Metro is the under-construction extension of Line 4. Line 4A  spans 2.7 km from Kasarvadavali to Gaimukh through  2 stations. The Project will be completed at a cost of ₹ 949 Cr.

Features of Line 4A 

Route length2.7 km 
Number of Total Stations
Total project completion cost₹ 949 Cr.
Estimated Ridership 2031: 1.31 Lakhs (PHPDT – 30,708)
Proposed DepotMogharpada (Provision made in Metro Line 4 Depot)
Interchange StationsAt Kasarvadavali (Metro Line 4)
At Gaimukh (Metro Line 10

Line Status As of 10 February 2025

Sr. No.ActivityStatus 
1Pier (Viaduct+Station up to PL)100% Completed 
2Piercap Erection94% Completed 
3U Girder Erection 87% Completed 
4I Girder Erection  64% Completed 
5Deck Slab 60% Completed 
6Portal Beam Erection90% Completed 
7PI Girder Erection100% Completed 
AD 4nXe4ptawyBi zu1rdQEPmeAZvmXNkPj4VgZld6ugdE62P5W41EHFPbo5K2Il XULDqksmgrrxD xBa fhriyK2z8Wr

Line 5  (Orange Line ) 

  • The Line 5 of Mumbai Metro is a partly under-construction elevated metro corridor which spans 24.90 km from Thane to Bhiwandi to Kalyan through 15 stations. 
  •  Currently, Phase 1 of Line 5, which connects Thane to Bhiwand, is under construction. 
  • The project is being executed at a base cost of Rs. 8416.51 Cr. 

Features of Line 5

Route length24.90 km 
Number of Total Stations15 
Total project completion costRs. 8416.51 Cr. 
Elevated / UndergroundFully Elevated
Estimated Ridership 2031: 3.025 Lakhs (PHPDT- 26143)
AD 4nXcRfRE4F4bVLv3rEKeVHRr9 iH66QDJ1KdL UUQwD8Kynn2RjVp3bxEoUEmNX1UOPu C0g1ApQD0xgvG5IrZoqWe1N2KjD1V

Line Status As of 15 February 2025

Sr. No.ActivityStatus 
1Piling works(Viaduct+Station)100% Completed 
2Pile cap works(Viaduct+Station)99% Completed 
3Pier works (Viaduct+Station)99% Completed 
4CIS Pier cap76% Completed 
5Pier cap Viaduct erection96% Completed 
6U-Girder Viaduct erection98% Completed 
7Spine Station Erection100% Completed 
8.Wings erection100% Completed 
AD 4nXfnIWu5DCcmDAEGPO5hONnrlqvdjHynBqU62cXwdYQj7CahkDYk rtgmfH6e1lIRg w33S8Sr XmQJguNeMUVBWOM0sZgqNzreQZA4Be2yF2428WCvXO75YI0hNRTsOghFw alg6n6mf4uyyiON

Line 6 ( Pink Line ) 

  • The Line 6 of the Mumbai Metro is currently under construction and spans 15.31 km, connecting Swami Samarth Nagar and Vikhroli(EEH) through 13 stations. 
  • The Line 6 of the Mumbai Metro will be constructed at a cost of ₹ 6,716 Cr.

Features of Line 6 

Route length15.31 km 
Number of Total Stations13
Total project completion costRs 6,716 Cr. 
Elevated / UndergroundFully Elevated
Estimated Ridership 2031: 7.69 Lakhs/ day (PHPDT – 29,658)
Interchange stationsMetro Line 2A at Infinity Mall
Metro Line 7 at JVLR
Metro Line 3 at Arey Colony Area
Metro Line 4 at Kanjurmarg West
Suburban Railways (Western) at Jogeshwari & (CentralRailway) at Kanjurmarg.

Line Status As of 18 February 2025

Sr. No.ActivityStatus 
1Pile Cap Works93.00% Completed 
2Pier Works89.00% Completed 
3Pier Cap Works91.00 % Erection Completed 
4Flyover Pier Cap93.00 % Erection Completed 
5U Girder Works86.00 % Erection Completed 
6Stations Works73.60% Completed 
7Station Entry-Exit Works29.50 % Completed 

Line 7 ( Red  ) 

  • The Line 7 of Mumbai Metro is an operational 16.5 km long elevated corridor which connects Andheri (E) and Dahisar (E). This Line features 13 stations in total. The Project was implemented in 2 Phases. 
  • Phase 1: The Phase 1 of Mumbai Metro Line 7 spanned 10.7 km and covered 9 stations between Dahisar (E) and Aarey.
  • Phase 2: Phase 2 of Mumbai Metro Line 7 spanned 5.8 km and covered 4 stations between Aarey and Andheri (E). 
  • Phase 1 became operational on 2nd April, 2022, while Phase 2 of Mumbai Metro Line 2A became operational from 19th January, 2023.
  • Line 7 of the Mumbai Metro was completed at a cost of Rs. 6,208 Cr.

Features of Line 7  

Route length16.5 km 
Number of Total Stations13
Total project completion costRs 6,208 Cr. 
Elevated / UndergroundElevated along Western Express Highway
Estimated Ridership 2031: 6.68 Lakhs (PHPDT- 18,584)
Interchange stationsAt Andheri (Line 1: WEH Station of Ghatkopar – Versova)
At Dahisar (Line 2A: Dahisar – D N Nagar)
At JVLR Jn. (Line 6: Swami Samarth Nagar – Kanjurmarg)
AD 4nXfjgahMatZVYG9SREeOQnl9tpBDAoqFY58ESrycS1CvbsJaeFV72obcpIWvEoxnZqewiW0ZovS0pL8s6TgzL rftADDohC mji

Line 7A ( Red ) 

  • The under-construction Line 7A is the extension of Line 7 (Red Line ). The Line 7A spans 3.17 km between Andheri and CSIA Terminal through 2 stations. Out of 3.17 km the 2.915 km is underground while the remaining route is elevated. 

Line Status As of 31 January 2025

Sr. No.Name of WorkStatus in % Against Total Scope
  Elevated Viaduct
1U-Girder Erection100% Completed
2I-Girder Erection100% Completed
3Deck Slab Casting100% Completed
                                          Elevated Station
1Portal Pier (Up to PL)100% Completed
2Pier Cap Erection100% Completed
3Portal Beam Casting at PL (Cast in Situ)100% Completed
4Tie Beam100% Completed
5U-Girder Erection100% Completed
6Casting of Extended Pier100% Completed
7Pi-Girder Casting23% Completed
8Precast Portal Beam Casting @CL17% Completed
                                                     Elevated Ramp 
1Elevated Ramp80% Completed
                                                          Tunnel
1Tunnel Ring Segment Casting99% Completed
2Main Tunnel
3TBM-1 (Down Line)92% Completed
4TBM-2 (Up Line)87% Completed
                                                  UG CSMIA Station
1Base Slab (Sqm)54% Completed
2BS to CS wall (Sqm)33% Completed
3Column 1st Lift (BS to CS)39% Completed
4Column 2nd Lift (BS to CS)33% Completed
5Concourse Slab20% Completed
6CS to RS Wall15% Completed
7Column (CS to RS)19% Completed
8Roof slab7% Completed
Latest Development on Mumbai Metro Line 7A 
In April 2025, J Kumar Infraprojects (JKIL)’s TBM Disha achieved a tunnel breakthrough at Airport Colony Station of Line 7A under package CA-48. In 2019, J Kumar Infraprojects secured Package CA-48  at Rs. 1,998 crore from the Mumbai Metropolitan Region Development Authority (MMRDA). 
AD 4nXfmG7TizZcG9q3 8SsYSnBQnLZxyyxG4FeO 0dvg7vBJp VQjM 4Jydg1ZyAQ7buW5 kmHaNyoJXH sLZUnEItvsL8KZeGOh7m29W3XwQKo
AD 4nXcNzzVhQbxD2eR6 xLJPLSnSwJiGG18oEKdRXQFRFOOjMpdpoSGI T3tkfRCrIeo6dgVblRbHFsVlg6 j2ZX30OnQ

Line 8 ( Gold Line )

  • Line 8 of the Mumbai Metro is currently under implementation. The Line 8 has been proposed between Chhatrapati Shivaji Maharaj International Airport (CSMIA) and Navi Mumbai International Airport (NMIA) through a 35 km long metro corridor. 
  • The Mumbai Metro Line 8 Project will be implemented under the public-private partnership (PPP) model, and is estimated to cost Rs 15,000 crore.

Recent Update 

In January 2025,  the Maharashtra Government approved the construction of Mumbai Metro Line 8. CIDCO, along with the agency developing the NMIA, has been assigned the task of preparing a Detailed Project Report (DPR)  for Mumbai Metro Line 8. 

Line 9 ( Red Line ) 

  • The under-construction Line 9 is the extension of Line 7 (Red Line ). The Line 9 spans 11.38 km between Dahisar East and Mira Bhayandar through 7 stations.  

Line Status As of 31 January 2025

                                                      Elevated Viaduct
Sr. No.Name of WorkStatus in %
1Pier Cap Erection98% Completed
2U-Girder Erection93% Completed
3Portal Beam Erection97% Completed
4I-Girder Erection100% Completed
5Deck Slab Casting93% Completed
6Deck Slab Casting93% Completed
8Parapet Erection85% Completed
                                                Elevated Station
1Concourse Pier Arm Erection96% Completed
2Platform Pier Arm Casting100% Completed
3Platform Pier Arm Erection95% Completed
4Portal Beam Erection (Dahisar Station)100% Completed
5U-Girder Erection96% Completed
6PI-Girder Erection90% Completed
7L-Girder Erection97% Completed
8T-Girder Erection93% Completed
                                                            Flyover
1Hammer Head100% Completed
2Abutment Pile100% Completed
3Abutment Pile Cap100% Completed
4Abutment Pier Cap83% Completed
5Dirt Wall83% Completed
6Flyover Pier Cap Casting90% Completed
7Flyover Pier Cap Erection88% Completed
8I-Girder Casting92% Completed
9I-Girder Erection86% Completed
10Deck Slab Casting73% Completed
AD 4nXcNzzVhQbxD2eR6 xLJPLSnSwJiGG18oEKdRXQFRFOOjMpdpoSGI T3tkfRCrIeo6dgVblRbHFsVlg6 j2ZX30OnQ

Line 10 ( Green Line ) 

  • Line 10 of the Mumbai Metro is currently under implementation. The Line 10 spans 9.209 km between Gaimukh and Shivaji Chowk (Mira Road) through 4 stations
  • The Detailed Project Report (DPR) of Mumbai Metro Line 10 was prepared by Delhi Metro Rail Corporation (DMRC) in March 2019. 
  • The Prime Minister, Shri Narendra Modi, laid the foundation stone for the Mumbai Metro Line 10 Project on 7 September 2019. 
AD 4nXd4gYhlY6xRBa4 QPl11gEEWiFjX0rsZUkqEXNU4eq xb4kOoAu8gKu2jPA5jE65MoFwwLZwOj09yIuZCdQIwRY0hPA

Features of Line 10 

Route length9.209 km 
Number of Total Stations4
Estimated CostRs. 4,476 cr
Elevated / UndergroundFully Elevated
Estimated Ridership 2031: 4.66 lakh/day

Line 11 ( Green Line ) 

  • Line 11 of the Mumbai Metro is currently under implementation. The Line 11 spans 12.7 km between Wadala – Chhatrapati Shivaji Maharaj Terminus.  
  • The Detailed Project Report (DPR) of Mumbai Metro Line 11 was prepared by Delhi Metro Rail Corporation (DMRC) in September 2018. 
  • The Prime Minister, Shri Narendra Modi, laid the foundation stone for the Mumbai Metro Line 11 Project on 7 September 2019. 
AD 4nXc9BWYjox6JgjcUrJvcEbNAN4fyMyQ8HavlMcasudwQjQmJXo5q2P3EzIdf9xad qOnMk0Opwrd0vBegZgAnNQsLRGSki50ghOcsk0ol

Features of Line 10 

Route length12.7 km 
DepotWadala 
Estimated costRs. 16,000 crore (old estimate: Rs. 8739 cr)
Estimated Ridership 2031: 16.95 lakh/day 

Line 12 ( Orange Line ) 

  • Line 12 of the Mumbai Metro is currently under implementation. The Line 12 spans  22.17 km between Kalyan and Taloja through 19 stations. 
  • The Prime Minister, Shri Narendra Modi, laid the foundation stone for the Mumbai Metro Line 11 Project on 7 September 2019. 

Features of Line 12 

Route length22.17 km 
Total Number of Stations 19 
Estimated Cost Rs. 8,416 crore
Type Elevated 

Line 13 ( Purple Line )

  • Line 13 of the Mumbai Metro is currently under the planning stage. 
  • The Line 13 of Mumbai Metro will span 23 km connecting Shivaji Chowk (Mira Road) – Virar through 20 stations.  

Line 14 ( Purple Line )

  • Line 14 of the Mumbai Metro is currently under the planning stage. The Line 14 of the Mumbai Metro will span 45 km, connecting Kanjurmarg – Badlapur through 40 stations.  
Latest Update on Line 14 
The Detailed Project Report (DPR) for Metro Line 14 has been prepared by Milan Metro, a consulting firm and has received approval from IIT Bombay. 

Impacts of Mumbai Metro 

1. Enhanced Connectivity: The Mumbai Metro has substantially improved connectivity throughout the city by offering a fast, reliable and efficient transportation option that complements the existing suburban railway and road networks. The metro infrastructure has effectively addressed significant gaps between the eastern and western suburbs, which were previously challenging to navigate due to heavy traffic and a lack of direct routes.

 For example, Metro Line 1, which connects Versova in the west to Ghatkopar in the east, has reduced travel times from over 90 minutes by road to approximately 20 minutes, providing a fast and dependable alternative.

The metro system has streamlined daily commutes for countless residents, linking residential neighbourhoods with commercial centres, educational institutions, and business districts, thereby enhancing convenience and time efficiency. 

2. Economic Growth: The Mumbai Metro Project has majorly contributed to the city’s economic development. The establishment of this metro system has led to a surge in real estate development by increasing property values and attracting investments in both residential and commercial sectors. Moreover, the Mumbai Metro connects key business districts, residential zones, and commercial areas, which has resulted in increased employment opportunities within the city. Job creation has occurred not only through direct employment associated with construction, operation, and maintenance but also in the retail, hospitality, and service sectors in areas connected by the metro. 

3. Reduction in Traffic Congestion: The Mumbai Metro has played a crucial role in alleviating the severe traffic congestion faced by the city, providing a much-needed resolution to one of the most pressing urban challenges. As Mumbai contends with overcrowded roads and constrained infrastructure, the metro serves as a modern and efficient alternative to traditional modes of transport. The metro system has reduced the number of private vehicles on the roads, particularly during peak hours, which has resulted in a reduction in traffic congestion on the roads of Mumbai. 

4. Multi-Modal Integration: Mumbai Metro is pioneering the concept of multimodal integration to enhance urban mobility by seamlessly connecting various modes of transport. The metro network is being strategically designed to interface with Mumbai’s extensive suburban railway system, facilitating easy transfers between trains and metro lines for passengers. Furthermore, metro stations are being integrated with the city’s bus network, ensuring smooth connectivity with local buses as well as with planned feeder services to expand the metro’s reach.

Conclusion

The Mumbai Metro represents a pivotal initiative aimed at mitigating the city’s persistent traffic challenges while offering a faster and more reliable transportation option for millions of residents. Supported by strategic planning from the MMRDA and technical expertise from organisations such as the DMRC, Tata Consultancy Services (TCS), and IIT Bombay, the metro project has evolved from an initial proposal of 146.5 kilometres in 2004 to an expanded network of 337 kilometres by 2019. The Mumbai Metro serves as a key element in addressing the urban transport challenges faced by the city. With its extensive network, it is designed to alleviate traffic congestion, shorten travel times, and offer a more efficient means of transportation. Currently, multiple lines are operational, with additional lines under construction, enhancing connectivity between crucial areas across the city and its suburbs. As Mumbai continues to develop, the Metro will play a vital role in the city’s vision of a smart, sustainable, and well-connected urban future.

Advertisement1
InnoMetro_2026