Tuesday, June 16, 2026

What are some of the most dangerous rail bridges in India?

 Top 3 dangerous rail bridge in India

1. Chenab Rail Bridge

Why it is dangerous? Because Chenab Rail Bridge in Jammu and Kashmir due to its location in the geologically volatile, and conflict-prone Himalayas.

India's highest and tallest Railway arch Bridge(359 m), risk comes from Seismic zone, extreme winds, steep Himalayan terrain, landslide-prine geology and proximity to LoC security risk.

2. Rameshwaram Pamban Bridge

The Pamban Bridge consider dangerous family because of exposed to cyclones, strong winds and corrosive sea air. Train movement is restricted during the high winds…this bridge is faced cyclone destruction in 1964. Interesting fact is it passes just above the sea level with low height when compared to taller bridge.

3. Bogibeel Rail Bridge

Built over unstable brahmaputra river with floods shifting sandbanks and earthquake-prone zone. Requires constant monitoring

•List of other Railway bridge which is not dangerous officially but risky due to unstable land, Ghat section, tall height construction of bridge.

4. Yedakumeri Railway Bridge

(A part of Bangalore to Mangalore Route via Sakleshpur)

Remote western ghats route with steep drops, lot of tunnels no fencing, heavy monsoon landslides, wildlife and active train movement, dense forest

5. Maliguda railway bridge (Odisha)

It is not considered dangerous due to structural failure, but due to extreme geography terrain and the safety risks it poses to the people of the area.,

It is Located between Kirandul-Kottavalasa & this line traverses the Eastern Ghats through highly challenging topography Sharp curves, heavy monsoon flash flood and remote isolated conditions similar to Yedakumeri Railway bridge.

6. Panvel Nadi Viaduct

Official not dangerous but risky due to challenging structure, is not inherently dangerous to passengers, but it was considered highly challenging to build due to its extreme dimensions, deep gorge location, and severe monsoon conditions. due to deep valley, monsoon-heavy weather, and unstable geology during construction.

Taller bridge in Konkan railway just 64 m (210 feet) above the valley floor.

7. Godavari Bridge

Risk from monsoon flooding, high water pressure, aging structure, and speed restrictions during floods.

8. Pathimoonu Kanara Palam (13 Arch bride'sArch

13 Arch railway bridge generally not inherently dangerous for trains, but it how our it poses a few safety concerned for local traffic visitors and pedestrian.

That Bridge is tightly sandwich between river and the BC Kollam thirumangalam National Highway. With no proper walkway, build by Britishers during Meter gauge era.

9. Bhor Ghat bridge

Though not dangerous rail bridge but risky structure operationally challenging because it features extreme elevations (a gradient of up to 1:37), dozens of viaducts across steep valleys, and loose basaltic rock faces that make the route highly vulnerable during the monsoon

10. Kasara ghat section bridge

Steep gradient requiring banker locos, monsoon landslides and falling rocks.. making it challenging. Also Highly suspectible to monsoon landslides and falling boulders, extreme inclines, severe monsoon conditions, and complex logistics rather than structural flaws.

11. Shindawane Ghat section bridge

The Shindawane–Ambale section on the Pune–Miraj railway line in Maharashtra is considered challenging due to its rugged semi-ghat terrain, which creates difficult geographical conditions for train operations and requires careful navigation,

Even after doubling the tracks it is challenging task for engineers to build railway track due to insufficient land. The existing tracks were constructed by tunneling plus cutting off the rock (Old track)

12. Ditockchera bridge

The ditockchera railway bridge located in the lumding-badarpur section in Assam's district is dangerous due to the regions…unstable land, bridge is built on soft sedimentary rocks and mud that routinely compromises the soil foundation of bridge.

13. Tawi river railway bridge

Monsoon risks from flash floods, river swelling, and bank erosion affecting foundations.