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Economy & Business17 Oct 2026 · about 6 min

Connecting Kashmir: Building the Infrastructure for Growth

The brief

The Udhampur–Srinagar–Baramulla Rail Link, or USBRL, is a major railway project connecting the Kashmir Valley with the rest of India’s national rail network. It matters because mountainous terrain had long made reliable travel difficult. The line improves access for passengers, goods, tourism and remote communities. The project runs through eight Jammu and Kashmir districts: Udhampur, Reasi, Ramban, Srinagar, Anantnag, Pulwama, Budgam and Baramulla. It stretches 272 kilometres across the rugged Himalayas. Its infrastructure includes 36 tunnels, 943 bridges and fully electrified railway stretches. The USBRL was inaugurated in June 2025. Vande Bharat services now connect Srinagar with Jammu Tawi, covering the journey in less than five hours. The project has also generated more than 5 crore man-days of employment and opened new opportunities for mobility, trade and tourism.

01

What is the Udhampur–Srinagar–Baramulla Rail Link, and what places does it connect?

The Udhampur–Srinagar–Baramulla Rail Link, or USBRL, is a major railway project connecting the Kashmir Valley with the rest of India’s national rail network. It matters because mountainous terrain had long made reliable travel difficult. The line improves access for passengers, goods, tourism and remote communities.

The project runs through eight Jammu and Kashmir districts: Udhampur, Reasi, Ramban, Srinagar, Anantnag, Pulwama, Budgam and Baramulla. It stretches 272 kilometres across the rugged Himalayas. Its infrastructure includes 36 tunnels, 943 bridges and fully electrified railway stretches.

The USBRL was inaugurated in June 2025. Vande Bharat services now connect Srinagar with Jammu Tawi, covering the journey in less than five hours. The project has also generated more than 5 crore man-days of employment and opened new opportunities for mobility, trade and tourism.

02

How large and technically demanding is the USBRL project?

The USBRL is one of India’s most challenging railway projects since independence. It stretches 272 kilometres through the rugged Himalayas and was built at a cost of ₹43,780 crore. Its purpose is to create a dependable rail connection across terrain that makes ordinary construction difficult.

The project includes 36 tunnels spanning 119 kilometres and 943 bridges. It also includes the world’s highest railway arch bridge over the Chenab River, a major cable-stayed bridge at Anji Khad, and Tunnel T50. More than 215 kilometres of roads were also constructed as part of the project.

The railway is fully electrified in tunnels and open stretches. The Chenab bridge rises 359 metres above the riverbed and has a 467-metre arch span. Together, these structures make the USBRL an engineering landmark while serving everyday transport needs.

03

Why does connecting Kashmir require so many tunnels, bridges, roads and other special structures?

Connecting Kashmir is difficult because the region is mountainous and lies within the rugged Himalayas. A railway cannot simply follow a flat, straight route through this landscape. It must cross river gorges, pass through mountains and maintain safe gradients. This makes tunnels, bridges and special structures essential.

The USBRL shows the scale of that challenge. Its 272-kilometre route contains 36 tunnels and 943 bridges. The Chenab Rail Bridge crosses the Chenab River, while the Anji Khad Bridge stands above a river gorge. More than 215 kilometres of roads were also built as part of the project.

These structures do more than carry trains. They connect remote communities, support construction access and strengthen all-weather infrastructure. The result is a route that links the Kashmir Valley to the national rail network despite the region’s demanding terrain.

04

How did engineers make the railway safer and usable throughout the year in a region affected by snow, earthquakes, landslides and difficult geology?

Engineers combined several safety and reliability measures to make the railway usable in difficult conditions. The trains are specially designed for extreme weather, with advanced operating systems and electronics suited to high-altitude conditions. The railway is also fully electrified in tunnels and open stretches.

A snow-removal train moves ahead of passenger services to clear the tracks. Seismic dampers have been installed to absorb tremors, supporting safer and smoother journeys. The Chenab Rail Bridge is designed to withstand strong seismic and wind forces, while the route uses tunnels and bridges to cross difficult terrain.

These measures support year-round services across a high-risk zone affected by snow and earthquakes. The article presents the USBRL as all-weather connectivity infrastructure. Its design combines active maintenance, specialised trains and resilient structures rather than relying on a single solution.

05

What changes for people, businesses, tourism and freight now that Kashmir is connected to India’s national rail network?

Rail connectivity changes Kashmir’s relationship with the rest of the country by making passenger and goods movement more dependable. The USBRL connects the Valley to the national rail network and opens new opportunities for mobility, trade and tourism. Its construction has already generated more than 5 crore man-days of employment.

Vande Bharat trains now connect Srinagar with Jammu Tawi, covering the distance in less than five hours. The project also built roads useful to communities and supports enhanced freight services. Multimodal cargo terminals help move goods across the region, while improved access supports tourism and local economic activity.

The article describes these changes as part of expanding all-weather connectivity. Better rail access can make journeys easier for residents and visitors, connect remote places with markets, and support continued growth in trade, tourism and employment across Jammu and Kashmir.

06

How do trains, roads, tunnels, airports and cargo terminals work together as a multimodal transport network?

A multimodal network connects different transport systems instead of depending on one route. In Jammu and Kashmir, railways provide the main new link to the national network. Roads connect communities and support access to the railway. Airports add another option for passenger movement, while cargo terminals and freight services support goods movement.

The USBRL includes more than 215 kilometres of roads, including tunnels and 320 bridges. Vande Bharat services connect Srinagar and Jammu Tawi. Srinagar airport capacity is being expanded, and regional airports are planned under UDAN. Multimodal cargo terminals complement enhanced freight services.

Together, these systems create broader all-weather connectivity across the region. Trains can serve the main corridor, roads can reach nearby communities, airports can support passenger movement, and cargo facilities can organise goods flows. The article presents this combined network as a foundation for mobility, trade and tourism.

07

Why can better transport infrastructure lead to long-term economic growth in a remote mountainous region?

Better transport can support long-term growth because it connects remote communities with wider networks. Reliable roads and railways improve mobility, while freight services help move goods. Easier access also supports tourism and links people across the region. In Jammu and Kashmir, these benefits matter especially because mountainous terrain has made connectivity a major challenge.

The USBRL provides a clear example. It connects the Kashmir Valley to the national rail network, includes roads useful to communities and supports new train services. The project has generated more than 5 crore man-days of employment. Enhanced freight services and multimodal cargo terminals support goods movement.

The infrastructure is therefore more than a single railway line. It forms part of expanding all-weather connectivity across Jammu and Kashmir. Continued investment in roads, tunnels, airports and freight facilities can strengthen the region’s mobility, trade, tourism and employment opportunities.

This brief was written by AI from the original reporting and checked by other models. Names, figures and quotes come from the source; read it for full context.

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