The Namo Bharat regional rapid transit system (RRTS), developed and implemented by the National Capital Region Transport Corporation (NCRTC), represents a transformative advancement in India’s urban and regional transportation infrastructure. Conceived to address the increasing mobility demands of the National Capital Region (NCR), the RRTS is designed to provide high-speed, reliable and sustainable connectivity between Delhi and its rapidly expanding surrounding cities and urban centres. By offering an efficient alternative to road-based transportation, the system aims to enhance regional accessibility, reduce travel times, alleviate traffic congestion and support sustainable economic growth.
The Delhi-Ghaziabad-Meerut corridor, the first operational RRTS corridor in India, serves as the flagship project of the Namo Bharat network. The corridor introduces a new category of public transport that bridges the gap between conventional railway systems and urban metro networks. With higher operating speeds, limited stoppages, advanced technology and superior passenger amenities, the system delivers significantly faster end-to-end journeys while establishing new benchmarks for regional transit services in India.
Corridor profile and specifications
The Delhi-Ghaziabad-Meerut RRTS corridor extends 82 km, connecting Sarai Kale Khan in Delhi with Modipuram in Meerut through Ghaziabad and several rapidly growing urban centres in Uttar Pradesh. With a total cost of about Rs 302.74 billion, the corridor traverses one of the most densely populated sections of the NCR and has been designed to support regional economic integration and planned urban development.
The corridor comprises 16 Namo Bharat stations and additional stations serving the Meerut Metro system. Key stations include Sarai Kale Khan, New Ashok Nagar, Anand Vihar, Sahibabad, Ghaziabad, Guldhar, Duhai, Muradnagar, Modinagar South, Modinagar North, Meerut South, Shatabdi Nagar, Begumpul and Modipuram.
The Delhi-Ghaziabad-Meerut corridor was commissioned in phases, with the first section, Sahibabad-Duhai (spanning 17 km), opening in October 2023. Subsequent sections were progressively brought into service as construction milestones were achieved. In February 2026, the remaining sections of the corridor between Sarai Kale Khan and New Ashok Nagar in Delhi and between Meerut South and Modipuram in Uttar Pradesh were inaugurated, completing the full operational corridor. Simultaneously, Meerut Metro services were also inaugurated, enabling integrated operations across the regional and urban transit networks.
A notable feature of the project is the integration of RRTS and urban metro operations within Meerut. This enables both Namo Bharat and Meerut Metro services to operate on portions of the same infrastructure, representing a first-of-its-kind implementation in India.
Construction and engineering works
The corridor involved extensive civil engineering works across urban and peri-urban environments. A substantial portion of the alignment has been developed as elevated infrastructure supported by precast segmental construction technology. Underground sections, spanning 12 km, have also been constructed in densely developed urban areas, particularly in Delhi and Meerut.
The project includes major engineering structures such as viaducts, bridges, tunnels and station complexes designed to accommodate high-speed operations while ensuring seamless integration with existing transport networks. Depot facilities have also been established to support operations and maintenance requirements. These facilities provide infrastructure for train stabling, inspections, repairs and system management activities. Key civil contractors for the project are Larsen & Toubro, Afcons Infrastructure and Sam India Builtwell, among others.
Distinct technical features
The Namo Bharat system has been developed as a semi-high-speed regional rail network capable of supporting high-capacity commuter movement over medium distances. The system has been designed for a maximum speed of 180 km per hour (kmph) and an operational speed of 160 kmph, significantly higher than conventional metro systems. Average operating speeds are around 90 kmph, enabling substantial reductions in travel time. The project has been designed to facilitate travel distances of approximately 100 km in less than an hour. Travel time between Delhi and Meerut has been reduced to under 60 minutes, compared to significantly longer road-based journeys during peak traffic conditions.
NCRTC has used the latest technology and tools and industry best practices to achieve optimisation in planning, efficiencies in execution, and effectiveness in monitoring and managing risks to deliver projects in time within budget. Some of the tools being used include common data environment, building information modelling, the Systematic Program Evaluation for Efficient Delivery of Project (SPEED) platform, continuously operating reference station (CORS) technology, drones, real-time CCTV surveillance and time-lapse cameras. SPEED is a custom-built in-house digital platform created by NCRTC to monitor the progress of various packages and the overall project life cycle in real time. It allowed executives and on-ground engineers to track bottlenecks, manage documents and ensure swift decision-making across the board. Meanwhile, CORS is a satellite-based surveying technology that achieves highly precise alignment and sub-millimetre accuracy during the construction of high-speed rail corridors.
The Namo Bharat rolling stock has been designed with a strong focus on passenger comfort, convenience and safety. The trains feature fully air-conditioned coaches, providing a comfortable travel experience in all weather conditions. Modern onboard passenger information systems offer real-time updates on stations, routes and travel information, helping commuters stay informed throughout their journey. To support the needs of daily travellers, charging facilities are available for mobile devices, while spacious luggage racks provide convenient storage for personal belongings. The trains also include dedicated premium-class coaches, offering enhanced seating and additional comfort for passengers seeking a superior travel experience. Furthermore, advanced signalling and train control systems have been integrated to ensure high levels of operational safety, efficient train management, and reliable, punctual services across the corridor.
Incorporating sustainability and multimodal connectivity
The Delhi-Ghaziabad-Meerut RRTS has incorporated sustainability as a core design principle through the adoption of renewable energy and energy-efficient technologies. A notable initiative is NCRTC’s innovative “Solar on Track” project at the Duhai Depot, where solar panels have been installed between railway tracks to utilise otherwise unused space. The pilot installation comprises 28 solar panels with a capacity of 15.4 kWp and is expected to generate about 17,500 kWh of clean energy annually, reducing approximately 16 tonnes of CO2 emissions each year. NCRTC aims to meet nearly 70 per cent of its energy requirements through renewable sources and plans to develop 15 MW of in-house solar power generation across stations and depots. Additionally, Namo Bharat trains are equipped with regenerative braking systems that recover energy during braking, further improving energy efficiency and supporting NCRTC’s long-term goal of achieving net zero energy consumption.
In addition, multimodal connectivity has been incorporated through integration with the Delhi Metro, Indian Railways stations, bus terminals and other urban transport systems. Unified ticketing initiatives and coordinated transport planning further improve the travel experience by reducing barriers between transport modes.
Ridership and operational performance
Since commencing operations, Namo Bharat has witnessed steady growth in passenger traffic. The service has emerged as a preferred travel option for daily commuters owing to its speed, frequency and reliability. Recent operational data indicate that daily ridership has crossed 125,000 passengers, reflecting increasing acceptance of the system among commuters across the NCR. Operational performance indicators have also remained strong. NCRTC has reported punctuality levels of around 99 per cent since the launch of services, supported by advanced operations control systems and dedicated maintenance infrastructure. Trains currently operate at regular intervals throughout the day, ensuring predictable and reliable travel for passengers.
Expansion plans and outlook
The Delhi-Ghaziabad-Meerut corridor forms part of a larger regional mobility vision for the NCR. Phase I of the Namo Bharat programme includes two additional corridors connecting Delhi with Alwar and Karnal. These corridors are planned to converge at Sarai Kale Khan station, enabling interoperability across the network and facilitating seamless regional travel. In March 2026, the Haryana cabinet approved the Delhi-Karnal RRTS. The Delhi-Karnal RRTS spans 136.3 km and entails an investment of Rs 330.51 billion.
The broader NCR transport plan also identifies additional corridors linking Delhi with Faridabad, Ballabgarh, Palwal, Bahadurgarh, Rohtak, Khurja, Hapur and Baraut, among others. These proposed corridors are expected to further strengthen regional connectivity and support balanced urban development across the region.
The Namo Bharat RRTS represents a landmark development in India’s transportation infrastructure landscape. By introducing a dedicated RRTS, the project has created a new mobility model aimed at connecting cities and economic centres across the NCR through high-speed, high-frequency public transport.
Sidra Siddiquie
