Delhi-Mumbai Expressway Map

About Delhi-Mumbai Expressway Map

Explore the Delhi-Mumbai Expressway route map. This expressway is the longest under construction expressway in the country with a length of 1350 km (8 lanes). It connects the national capital New Delhi with the financial capital Mumbai, passing through 6 states of the country (Delhi, Haryana, Rajasthan, Gujarat, Madhya Pradesh and Maharashtra).

Facts about Delhi-Mumbai Expressway

Category	Specific Fact	Details / Value
Project Name	Official	Delhi–Mumbai Expressway (NH-148N)
Also Known As	Alternative names	DME, Delhi–Mumbai Economic Corridor Expressway
Total Planned Length	Full project	1,386 km (some sources cite 1,350–1,400 km)
Current Operational Length	As of Feb 2026	~1,300–1,350 km (majority opened; final packages nearing completion)
Expected Full Completion	Target	December 2026 – March 2027 (delays from 2025 target)
Executing Agency	Main	National Highways Authority of India (NHAI)
Project Cost (Estimated)	Total	₹1,00,000–1,10,000 crore (US$12–13 billion)
Start Point	Origin	DND Flyway / Bahadurgarh (Delhi–Haryana border)
End Point	Destination	Vadape (near Mumbai, connects to NH-48 Mumbai–Pune Expressway)
States Traversed	Path	Delhi → Haryana → Rajasthan → Madhya Pradesh → Gujarat → Maharashtra (6 states/UTs)
Major Cities En Route	Key	Gurugram, Jaipur, Kota, Udaipur, Vadodara, Ahmedabad, Surat, Navsari, Valsad, Vapi, Mumbai
Design Standard	Specification	8-lane access-controlled expressway (expandable to 12 lanes); greenfield for most sections
Design Speed	Maximum	120 km/h (some sections 100 km/h)
Operational Length	Completed	~1,300–1,350 km (most packages opened in 2024–2025; final ~40–80 km pending)
Under Construction / Pending	Remaining	~30–80 km (mainly in Gujarat & Maharashtra; forest clearance & land issues)
Total Packages	Number	~39–40 packages (EPC & HAM models)
Key Completed Sections (2025–2026)	Major	Delhi–Jaipur (Haryana–Rajasthan), Jaipur–Kota, Kota–Udaipur, Udaipur–Ahmedabad, Ahmedabad–Vadodara, Vadodara–Surat, Surat–Vapi
Toll Rate (Car)	One-way (approx.)	₹1,800–2,200 (full length; varies by vehicle class & FASTag discount)
Time Savings	Reduction	~12–14 hours (vs. old NH-48 route of 24–30 hours)
Fuel Savings	Estimate	~30–40% less fuel consumption due to higher speed & no signals
Special Features	Highlights	32 wildlife crossings (elevated), 8-lane with 12-lane provision, solar-powered lighting, EV charging stations, wayside amenities every 50 km, intelligent traffic management
Part of Larger Corridor	Integration	Delhi–Mumbai Industrial Corridor (DMIC) backbone; connects NCR, Rajasthan, MP, Gujarat industrial belts
Expected Economic Boost	Impact	~₹1–1.5 lakh crore annual savings in logistics; boosts trade, tourism, job creation
Connectivity to Ports	Key	Links to JNPT (Mumbai), Kandla, Mundra, Hazira ports
Longest Expressway in India	Status	Yes (surpasses Mumbai–Nagpur Samruddhi Mahamarg ~701 km)
Green Initiatives	Eco-friendly	Extensive tree plantation, rainwater harvesting, wildlife corridors, solar energy usage
FASTag Mandatory	Rule	Yes; electronic toll collection on entire route
Emergency Services	Facilities	Highway patrol, ambulances, cranes every 25–50 km; 1033 helpline

Delhi-Mumbai Expressway

The Delhi-Mumbai Expressway is one of India’s most ambitious infrastructure projects, designed to transform road travel between the nation’s capital, Delhi, and its financial hub, Mumbai. Spanning approximately 1,320 kilometres, this eight-lane expressway is expected to be completed by 2024, significantly reducing travel time and enhancing connectivity across six states.

Project Overview

The expressway will traverse the states of Delhi, Haryana, Rajasthan, Madhya Pradesh, Gujarat, and Maharashtra, linking key cities and facilitating regional development. The project, with an estimated cost of around ₹1 lakh crore (£10 billion), aims to cut the travel time between Delhi and Mumbai from the current 24 hours to just about 12 hours.

Route and Connectivity

The expressway will start from Sohna in Haryana, near Delhi, and terminate at Jawaharlal Nehru Port in Navi Mumbai. It will pass through notable cities and districts such as:

• Haryana: Sohna, Gurugram, Mewat
• Rajasthan: Alwar, Dausa, Kota
• Madhya Pradesh: Ratlam, Mandsaur, Jhabua
• Gujarat: Dahod, Vadodara
• Maharashtra: Palghar, Thane, and finally Navi Mumbai

This alignment strategically bypasses major congestion points and integrates several economic corridors, boosting trade and logistics efficiency.

Key Features and Benefits

Reduced Travel Time and Cost

The expressway will enable high-speed travel, with vehicles allowed to travel at speeds of up to 120 km/h. This reduction in travel time will not only make road travel more efficient but also reduce logistics costs, benefiting industries and businesses that rely on road transport.

Economic Growth and Development

By enhancing connectivity between major urban centres, the expressway is expected to spur economic growth along its route. It will facilitate smoother movement of goods and people, thereby promoting trade and commerce. The project is also expected to generate significant employment opportunities during its construction and operational phases.

Environmental and Safety Measures

The Delhi-Mumbai Expressway incorporates several environmental and safety features. Over two million trees are being planted along the route, making it an eco-friendly corridor. Additionally, the expressway will have wildlife crossings, underpasses, and fencing to ensure the safety of both animals and travellers. Advanced traffic management systems and surveillance measures are also being implemented to enhance safety.

Infrastructure and Amenities

The expressway will feature state-of-the-art infrastructure, including rest areas, service stations, and emergency facilities at regular intervals. These amenities are designed to provide a comfortable and convenient travel experience. Moreover, several industrial clusters, smart cities, and logistics parks are planned along the route, which will further drive development and urbanisation.

Toll Collection and Smart Features

The expressway will employ an automated toll collection system to facilitate seamless travel and reduce waiting times at toll booths. Smart technology will be integrated for real-time traffic monitoring, weather updates, and emergency response, ensuring a safe and efficient journey.

Impact on Regional Development

The Delhi-Mumbai Expressway is expected to have a transformative impact on regional development. By improving connectivity between rural and urban areas, it will provide better access to markets, healthcare, and education for residents along the route. The expressway will also enhance tourism by providing faster access to tourist destinations in Rajasthan, Gujarat, and Maharashtra.

Future Prospects

The expressway is a part of the Bharatmala Pariyojana, a centrally-sponsored and funded road and highways project of the Government of India. This initiative aims to develop a robust road infrastructure across the country, enhancing connectivity and supporting economic growth. The success of the Delhi-Mumbai Expressway is likely to pave the way for more such projects, promoting integrated and sustainable development.

Route Alignment of the Delhi–Mumbai Expressway

The Delhi–Mumbai Expressway is one of India's most ambitious infrastructure projects, designed to connect the national capital, Delhi, to the financial capital, Mumbai. Spanning a length of approximately 1,386 kilometers (861 miles), this eight-lane access-controlled expressway will reduce travel time between the two cities from the current 24 hours to about 12 hours. It is a critical component of the Bharatmala Pariyojana initiative aimed at improving India's road connectivity.

Route Overview

The expressway passes through six states: Delhi, Haryana, Rajasthan, Madhya Pradesh, Gujarat, and Maharashtra. Below is a detailed breakdown of its route alignment:

• Starting Point: Near Sohna, Haryana, connecting with the existing Kundli-Manesar-Palwal (KMP) Expressway.
• Ending Point: Near Mumbai’s Jawaharlal Nehru Port Trust (JNPT).

Key Route Segments

1. Delhi to Rajasthan:

• Begins in Sohna, Haryana, and enters Rajasthan near Alwar.
• Covers cities such as Dausa, Jaipur, and Kota.

2. Rajasthan to Madhya Pradesh:

• Passes through the districts of Jhalawar and Ratlam.
• Features connectivity to major industrial hubs in Madhya Pradesh.

3. Madhya Pradesh to Gujarat:

• Traverses the districts of Dahod and Vadodara.
• Includes connections to Gujarat’s thriving industrial corridor.

4. Gujarat to Maharashtra:

• Continues through the Surat region and ends near JNPT in Mumbai.
• Features dedicated interchanges to access Mumbai’s urban and industrial areas.

Design and Features

• Access Control: Fully access-controlled expressway with entry and exit only at designated points.
• Width: Eight lanes, expandable to 12 lanes to accommodate future traffic growth.
• Greenfield Project: The expressway is being built on a new alignment, avoiding existing congested corridors.
• Travel Time Reduction: Travel time between Delhi and Mumbai will be cut in half, significantly boosting logistics efficiency.
• Environmental Measures: Over 2 million trees are being planted along the route as part of sustainability efforts.

Economic and Strategic Importance

1. Boost to Trade and Commerce:

• Enhances connectivity to major industrial hubs and ports, including JNPT and Kandla Port.
• Facilitates faster movement of goods, reducing logistics costs by 8–10%.

2. Job Creation:

• Expected to generate over 50,000 jobs during construction and post-completion phases.
• Supports ancillary industries like construction, logistics, and tourism.

3. Regional Development:

• Improves access to underserved regions in Rajasthan, Madhya Pradesh, and Gujarat.
• Promotes rural development by connecting remote areas to major urban centers.

Project Status

• Construction Progress: As of 2024, over 85% of the expressway has been completed.
• Cost: Estimated at INR 98,000 crore ($12 billion).
• Expected Completion: The project is slated to open for public use by the end of 2024.

Special Features of the Delhi–Mumbai Expressway

The Delhi–Mumbai Expressway is a landmark infrastructure project in India, designed to transform connectivity between the national capital, Delhi, and the financial hub, Mumbai. With a length of approximately 1,386 kilometers (861 miles), this expressway integrates state-of-the-art technology and sustainable practices to enhance efficiency, safety, and environmental sustainability. Below are the special features of this mega project, showcasing its engineering marvel and economic significance.

Key Special Features

1. Greenfield Expressway

• The Delhi–Mumbai Expressway is a greenfield project, constructed on a new alignment to bypass congested urban areas and reduce travel time.
• It connects remote regions, fostering regional development and better connectivity to underserved areas.

2. Eight-Lane Expandable Design

• The expressway has eight lanes, with a provision to expand to 12 lanes in the future to accommodate growing traffic demands.
• The lanes are separated by a central median with provisions for further expansion.

3. Intelligent Traffic Management Systems (ITMS)

• The expressway incorporates ITMS for enhanced traffic safety and efficiency.
• Features include automatic number plate recognition (ANPR), speed monitoring systems, and real-time traffic updates.
• Emergency response systems are integrated for rapid deployment during accidents or breakdowns.

4. Sustainability and Green Initiatives

• Over 2 million trees: Planted along the route for carbon sequestration and creating green corridors.
• Rainwater harvesting: Over 400 water recharge points are included to maintain groundwater levels.
• Solar energy: Solar panels are installed at various points to meet the expressway's energy needs.

5. Wildlife-Friendly Features

• The expressway includes wildlife overpasses and underpasses to ensure the safe movement of animals, particularly in regions like the Sariska Tiger Reserve in Rajasthan.
• Dedicated crossings are designed to protect ecological habitats and reduce vehicular-wildlife conflicts.

6. Reduced Travel Time

• The expressway will reduce travel time between Delhi and Mumbai from 24 hours to 12 hours.
• Designed for a speed limit of up to 120 km/h (75 mph), it ensures faster connectivity for commuters and freight transport.

7. Dedicated Corridors

• Special corridors for electric vehicles (EVs) have been planned to support India’s transition to green mobility.
• Separate lanes are provided for freight trucks, ensuring smoother traffic flow and reduced congestion.

8. Wayside Amenities

• Over 90 wayside amenities, including restaurants, fueling stations, rest areas, and EV charging stations, are strategically placed along the route.
• Dedicated rest zones for truck drivers are designed to promote safety and reduce fatigue-related accidents.

9. Technological Advancements

• The project incorporates advanced geotechnical engineering for durability and stability in diverse terrains.
• High-quality asphalt and concrete ensure longevity and reduce maintenance costs.

10. Strategic Economic Importance

• The expressway boosts connectivity to ports, industrial zones, and economic hubs, including Gujarat’s Dholera and Maharashtra’s JNPT.
• Expected to reduce logistics costs by 8–10%, enhancing India’s competitiveness in global trade.

Project Status and Future Prospects

• The expressway is 85% completed as of 2024, with the remaining sections expected to be operational by the end of the year.
• The total estimated cost is INR 98,000 crore ($12 billion).
• Once completed, it will set a benchmark for future expressway projects in India.

Inter-Connectivity of the Delhi–Mumbai Expressway

The Delhi–Mumbai Expressway, spanning approximately 1,386 kilometers (861 miles), is a revolutionary infrastructure project designed to seamlessly connect Delhi and Mumbai. Beyond being a standalone expressway, it integrates an extensive network of interconnectivity with major highways, industrial corridors, cities, and ports, thereby redefining the logistics and transport framework of India. This expressway is a cornerstone of the Bharatmala Pariyojana initiative, aimed at improving connectivity and fostering economic growth.

Connectivity to Major Highways

The expressway interlinks with a series of national and state highways to ensure smooth connectivity across regions:

• Kundli-Manesar-Palwal (KMP) Expressway: At its starting point in Sohna, Haryana, the Delhi–Mumbai Expressway connects seamlessly with the KMP Expressway, linking northern and western regions of India.
• Western Peripheral Expressway: Facilitates traffic diversion, reducing congestion in Delhi.
• Integration with NH-48: Offers connectivity to cities like Jaipur, Udaipur, Vadodara, and Surat, major industrial and tourist hubs.

Access to Major Cities

The expressway strategically connects with key urban centers along its route, fostering urban and industrial development:

• Jaipur: Rajasthan's capital benefits from enhanced connectivity, boosting tourism and trade.
• Kota: Known as an educational hub, Kota gains quicker and more efficient road links.
• Vadodara: A major industrial city in Gujarat, Vadodara will have better logistics support due to this expressway.
• Mumbai: The financial capital serves as the endpoint, with direct links to its ports and industrial zones.

Integration with Industrial Corridors

The Delhi–Mumbai Expressway plays a vital role in linking key industrial corridors:

• Delhi-Mumbai Industrial Corridor (DMIC): Supports rapid industrialization and efficient goods movement across the corridor.
• Dedicated Freight Corridors: Enhances connectivity for freight transport, reducing logistics costs and transit times.

Port Connectivity

The expressway significantly enhances access to major ports, vital for international trade:

• Jawaharlal Nehru Port Trust (JNPT): Ensures faster movement of goods to and from Mumbai’s largest port.
• Kandla Port: Facilitates trade in Gujarat, with improved road connectivity reducing delays.

Regional Development

The interconnectivity of the expressway promotes balanced regional development by linking remote and underdeveloped areas to major cities and industrial hubs:

• Rajasthan: Regions like Alwar and Dausa gain better access to trade and commerce opportunities.
• Madhya Pradesh: Remote districts such as Ratlam and Jhabua benefit from improved transportation infrastructure.
• Gujarat: Industrial zones in Bharuch, Dahod, and Surat become more accessible.

Infrastructure and Amenities

The expressway features state-of-the-art infrastructure to enhance interconnectivity and convenience:

• Interchanges: Multiple interchanges along the route ensure connectivity to local roads and highways.
• Rest Areas: More than 90 wayside amenities offer fuel stations, restaurants, and rest zones for travelers and freight drivers.
• EV Charging Stations: Dedicated corridors for electric vehicles provide charging infrastructure to promote green mobility.

Economic Impact of Interconnectivity

The expressway’s robust interconnectivity delivers significant economic advantages:

• Logistics Efficiency: Reduces logistics costs by 8–10%, enhancing the competitiveness of industries.
• Job Creation: Expected to generate over 50,000 jobs during construction and operational phases.
• Tourism Boost: Improves access to major tourist destinations like Jaipur, Udaipur, and Mumbai.

Technological Integration

To ensure seamless interconnectivity, the expressway incorporates advanced technology:

• Intelligent Traffic Management Systems (ITMS): Monitors and manages traffic flow in real time.
• Automatic Number Plate Recognition (ANPR): Enhances toll collection efficiency and ensures smooth traffic movement.