Category: Heritage Railways

  • Wathar: The Railway Gateway to Mahabaleshwar

    The story of a quiet station on the Pune–Satara line that once stood at the beginning of the journey to one of the Bombay Presidency’s most celebrated hill stations.

    Wathar railway station in 2024, before the recent redevelopment. The long platform façade, verandah and tiled roof retain the character of an old Southern Mahratta Railway station. Photograph: Author, 2024.

    My first impression of Wathar station was quite strange. When I joined Pune Division in 2022 I was travelling in the Pune-Satara section for understanding the section and suddenly I was awestruck by the beauty of a small station which appeared out of nowhere. When I enquired about the station and its history there were many stories among the staff but no one was quite sure as to why and how this beautiful railway station came into existence. This is the reason that I decided to write this article.

    Today, Wathar is a relatively quiet station on the Pune–Satara section of Central Railway. To the casual traveller, it may appear to be just another small station on the line. Yet its historic building tells a very different story.

    For several decades in the late nineteenth and early twentieth centuries, Wathar was the railway gateway to Mahabaleshwar.

    Long before the motor car transformed travel in the Western Ghats, the journey to Mahabaleshwar involved a change of worlds. The traveller first travelled by railway across the Deccan plateau, alighting at Wathar. From there, the railway journey ended and the road journey to the hills began—through Wai and Panchgani, and finally upwards into Mahabaleshwar.

    Wathar was therefore much more than a stopping place. It was the point at which railway travel became a journey into the hills. And the history of Wathar station is inseparable from that role.

    The railway reaches Wathar

    Wathar became part of the railway network during the expansion of the Southern Mahratta Railway (SMR) in the 1880s. The railway through the Satara region formed part of the SMR’s metre-gauge system connecting Pune with the south. Contemporary records list Wathar among the stations on the line, alongside Lonand, Salpa, Adarki, Palshi, Satara Road, Koregaon, Rahimatpur and others. The railway’s arrival fundamentally altered the geography of travel in the region. For Mahabaleshwar, however, the railway could not climb into the hills. The final portion of the journey remained a road journey. Wathar consequently acquired an importance that its size alone would never suggest.

    It became the railhead for Mahabaleshwar.

    Wathar and the road to the hills

    The connection between Wathar and Mahabaleshwar was not merely an informal arrangement that developed among travellers. A dedicated road connection was developed between Wathar and Wai, from where the route continued towards Panchgani and Mahabaleshwar. The road was completed during 1887–88, at a reported expenditure of ₹1,27,362—a considerable investment at the time.

    The railway and the road therefore formed a single transport system:

    Pune → Wathar by railway → Wai by road → Panchgani → Mahabaleshwar

    For the traveller of the late nineteenth century, this was the established route to the hills.

    A traveller’s Wathar: 14 November 1888

    Perhaps the most evocative evidence for Wathar’s importance comes not from a railway report, but from the memoir of an aristocratic European traveller.

    In November 1888, Margaret Elizabeth Leigh Child-Villiers, Countess of Jersey, travelled to Mahabaleshwar with her party to stay with Lord and Lady Reay, the Governor of Bombay. Her account records a remarkably simple sentence: “We left the train at Wathar.”

    From Wathar, the party continued by road for approximately five hours to Mahabaleshwar, arriving later that evening. The sentence is easy to overlook. But historically it is extraordinarily valuable.

    It gives us a first-hand European account placing Wathar firmly within the Mahabaleshwar travel route only a few years after the railway had reached the region.

    Wathar was built around the Mahabaleshwar season

    As Mahabaleshwar grew in popularity as a summer retreat, the importance of Wathar increased. The railway administration eventually had to respond to the seasonal influx of passengers. The 1895–96 Railway Administration Report records the completion of: “additional waiting accommodation for 1st and 2nd class passengers at Wathar to cope with the Mahableshwar season traffic.”

    This is one of the most important pieces of evidence in the history of the station. It tells us two things.

    First, Wathar already possessed passenger accommodation before 1895–96—the railway was adding to it rather than constructing a station from scratch.

    Second, the reason for the expenditure is explicitly recorded: Mahabaleshwar season traffic.

    The architecture and facilities of Wathar were therefore being shaped by the demands of the hill station nearly forty miles away.

    The Maharashtra Gazetteer records the later station as having upper-class waiting rooms and vegetarian and non-vegetarian refreshment facilities, and specifically notes that Wathar served the tourist traffic to Mahabaleshwar. Wathar had become a tourist station without ever becoming a large urban station. Its importance came from where it led.

    A European traveller’s journey in the 1890s

    The role of Wathar was not confined to Indian railway records. European travel literature repeatedly describes the same journey.

    F. H. S. Merewether, writing of his travels through western India during the famine of 1896–97, specifically identifies Wathar as the station where travellers disembarked when travelling to the hill station of Mahabaleshwar.

    His account is particularly valuable because it is a first-hand description from the very period when Wathar’s passenger facilities had recently been expanded.

    Other European travel accounts describe the onward journey from Wathar through Wai and Panchgani, with carriages arranged for the final journey to Mahabaleshwar.

    Thus, in the travel literature of the period, the name of Wathar repeatedly appears not as an isolated railway station, but as part of a familiar route:

    Wathar — Wai — Panchgani — Mahabaleshwar.

    The station at the beginning of the mountain journey

    There must have been something rather distinctive about arriving at Wathar in those years. The railway traveller had spent hours crossing the Deccan by the comparatively new technology of the railway. At Wathar, the character of the journey changed. Luggage was transferred. Carriages and tongas waited. The railway refreshment facilities catered to travellers. And the road journey began.

    From Wathar the traveller proceeded towards Wai, crossed the Krishna valley and then began the ascent towards Panchgani and Mahabaleshwar.

    For a visitor arriving from Bombay, Wathar was therefore the threshold between two landscapes: the railway landscape of the Deccan and the mountain landscape of the Western Ghats.

    This is perhaps the best way to understand the historical importance of Wathar.

    From tourist gateway to controlled gateway

    The importance of Wathar increased further at the end of the nineteenth century.

    During the plague epidemic, arrangements were made for the inspection of passengers arriving at Wathar before they proceeded towards Wai, Panchgani and Mahabaleshwar. The station had by then become more than a transport interchange. It was a controlled gateway into the hill-station region.

    In a remarkably short period, Wathar had evolved from a newly established railway station into an important interface between:

    • the railway,
    • the road network,
    • the tourist economy,
    • the hill stations,
    • and public-health administration.

    What did the original Wathar station look like?

    Wathar is today recognised in the Indian Railways Heritage Inventory as a heritage railway station in Pune Division. The inventory, however, does not give a construction date for the station building.

    Through my research it has been established that a passenger station was certainly functioning by 1888. We also know that additional first- and second-class passenger accommodation was added in 1895–96.

    But we have not yet located a surviving primary document that says:

    “The present Wathar station building was constructed in [year].”

    Nor have we found an authenticated photograph of the station from the 1880s or 1890s. Consequently, it would be premature to assign the entire surviving structure a precise construction date. The surviving building may preserve the physical memory of these successive phases of development.

    The long platform elevation, tiled roof, repeated gables, verandah and arched openings visible in photographs taken before the recent redevelopment give Wathar an architectural character quite different from that of a purely utilitarian halt.

    The 2004 photographs provide our earliest located photographic record of the building, while a detailed photograph from 8 August 2023 records the station immediately before the latest redevelopment. The fundamental form of the building appears substantially unchanged between these records.

    The question of which portions belong to the original 1880s station and which may relate to the 1895–96 expansion remains open—and is precisely what makes Wathar an interesting subject for further heritage research.

    Wathar through the years: A timeline of a railway gateway

    1880s — The Southern Mahratta Railway expands through the Satara region and Wathar becomes part of the railway network.

    1887–88 — The Wathar–Wai feeder road is completed, strengthening the rail-to-road connection towards Mahabaleshwar.

    14 November 1888 — The Countess of Jersey records leaving the train at Wathar before continuing by carriage to Mahabaleshwar.

    1890s — Wathar becomes firmly established as the railway gateway for Mahabaleshwar’s growing seasonal traffic.

    1895–96Additional first- and second-class waiting accommodation is completed at Wathar specifically to cope with Mahabaleshwar season traffic.

    1896–97 — F. H. S. Merewether travels through Wathar and identifies it as the station for travellers proceeding to Mahabaleshwar.

    1898 — Merewether’s illustrated account of his travels is published.

    1899 — Wathar becomes a point of passenger inspection during plague-control arrangements for travellers proceeding towards Wai, Panchgani and Mahabaleshwar.

    Early 1900s — European travel literature continues to describe Wathar as the railhead for the journey to Mahabaleshwar.

    1911 — Contemporary reference works still identify Wathar as the railway station from which Mahabaleshwar was reached by carriage.

    20th century — The railway’s role as Mahabaleshwar’s principal gateway gradually diminishes as road transport improves.

    24 July 2004 — One of the earliest located photographs records the surviving historic station building.

    8 August 2023 — A high-resolution photograph documents the historic building immediately before its latest redevelopment.

    2020s — Wathar is included in the Indian Railways Heritage Inventory and is being redeveloped under the Amrit Bharat Station Scheme.

    The end of the railway’s role as Mahabaleshwar’s gateway

    The very thing that had made Wathar important eventually made it less important. In the nineteenth century, the railway could bring the traveller only as far as Wathar. The remaining journey had to be made by carriage.

    As roads improved and motor vehicles became increasingly common, the journey to Mahabaleshwar no longer depended upon a railway-to-carriage interchange at Wathar. The geography of travel changed. Mahabaleshwar could increasingly be approached directly by road. The old relationship between: Wathar → Wai → Panchgani → Mahabaleshwar gradually ceased to be the defining route to the hills. Wathar remained a railway station, but its special historical role as the gateway to Mahabaleshwar faded.

    A heritage station entering a new era

    Today Wathar finds itself at another turning point. It has been included in the Amrit Bharat Station Scheme, the Indian Railways programme for the redevelopment and modernisation of selected stations. Wathar appears in the official Maharashtra list of stations selected under the scheme.

    The redevelopment brings new facilities and a new visual identity to a station whose history reaches back to the early years of the Southern Mahratta Railway.

    This creates an interesting moment in the station’s history.

    The Wathar that served Victorian travellers on their way to Mahabaleshwar is disappearing further into the past. But the historic station building also reminds us that railway heritage is not always about the largest stations, grandest terminals or busiest junctions. Sometimes the significance of a station lies in what passed through it, who used it, and where the railway journey ended.

    Wathar and the world of cinema

    Wathar has acquired another, very different identity in recent decades—as one of Central Railway’s recognised film-shooting locations. Its old railway architecture, relatively quiet surroundings and rural landscape have made the station particularly attractive to filmmakers looking for an authentic period or countryside setting.

    Central Railway’s own list of identified shooting locations records productions including Pune 52, Gori Tere Pyaar Mein, Zilla Ghaziabad, Gunday and Jigariyaa as having used Wathar. Among these, Gunday provides perhaps the most striking example: two elaborate train-action sequences featuring Ranveer Singh and Arjun Kapoor were shot at Wathar, which was used to recreate the atmosphere of an earlier era and the world of coal trains.

    Wathar’s cinematic association continued with films such as Dabangg 3; in 2019–20, Central Railway earned ₹37.22 lakh from three film shoots at Wathar, with Dabangg 3 alone contributing ₹15.70 lakh. Thus, the station has acquired an intriguing second life: once it was the place where travellers left the railway to begin their journey towards Mahabaleshwar; today, it is itself a destination for filmmakers seeking the atmosphere of an older India.

    More than a station

    Wathar’s history is ultimately a story about connectivity. The railway connected Bombay and Pune with the Deccan interior. The road connected Wathar with Wai. Wai connected the traveller to Panchgani and Panchgani led into Mahabaleshwar.

    For the European visitor of the late nineteenth century, Wathar was the moment when the railway carriage gave way to the horse-drawn carriage, when the level Deccan began to give way to the mountains, and when an ordinary railway journey became a journey to a celebrated hill station.

    That is why the modest heritage building at Wathar deserves to be remembered. It was once the beginning of the Mahabaleshwar journey. For several decades, for travellers arriving by rail, Mahabaleshwar began at Wathar.

    A note on the building’s date

    One question remains deliberately open. Our research has established that:

    • Wathar was already functioning as a passenger station by November 1888;
    • the station was serving Mahabaleshwar-bound travellers;
    • additional first- and second-class waiting accommodation was completed in 1895–96 specifically for the Mahabaleshwar season;
    • the surviving building is recognised by Indian Railways as a heritage structure.

    However, no primary source located so far gives an exact construction date for the present station building.

    Sources and References

    1. Bombay Presidency Gazetteer – Satara District, Railways
      https://gazetteers.maharashtra.gov.in/cultural.maharashtra.gov.in/english/gazetteer/SATARA/comm_railways.html
    2. Margaret, Countess of Jersey, Fifty-One Years of Victorian Life (1922) – account of her 1888 journey to Mahabaleshwar
      https://www.gutenberg.org/files/38569/38569-h/38569-h.htm
    3. Dattatraya Kamalakar Dixit, Mahabaleshwar (1902) – digitised Marathi edition
      https://mr.wikisource.org/wiki/महाबळेश्वर
    4. Railway Administration Report, Bombay Presidency, 1895–96 – record of additional first- and second-class waiting accommodation at Wathar for Mahabaleshwar season traffic
      https://dspace.gipe.ac.in/xmlui/bitstream/handle/10973/18165/GIPE-015980.pdf?isAllowed=y&sequence=3
    5. Indian Railways Heritage Inventory – Wathar Railway Station, Pune Division
      https://st.indiarailinfo.com/kjfdsuiemjvcya23/0/4/4/7/4985447/0/2buildingandstations223586.pdf
    6. Indian Railways / PIB – Amrit Bharat Station Scheme, Maharashtra
      https://www.pib.gov.in/Pressreleaseshare.aspx?PRID=1983976&lang=2&reg=48
    7. India Rail Info – Wathar Station photographic/timeline records
      https://d.indiarailinfo.com/station/timeline/edits-wathar-wtr/2235
  • Deccan Queen: The Train That Changed Pune

    How a 1930 railway service transformed the relationship between Pune and Bombay

    Deccan Queen Express
    Deccan Queen Express in Old ICF coach before being converted to LHB.

    On the morning of 1 June 1930, a new train left Pune for Bombay. It was unlike anything the railway had previously offered on the Bombay–Poona route. Its name was the Deccan QueenDakkhan Ki Rani, the Queen of the Deccan.

    Ninety-six years later, on 1 June 2026, passengers gathered at Pune railway station once again. The locomotive was decorated with flowers. A cake was cut on the platform. Railway officials, railway enthusiasts and generations of passengers gathered to celebrate the train’s 96th birthday. I had the privilege of being the participant of this celebration in 2024 and the enthusiasm of the people celebrating the birthday of their beloved Deccan Queen is what prompted me to investigate the social and cultural impact of one of the oldest and most celebrated trains of Indian Railways.

    It is difficult to think of another Indian train whose passengers celebrate its birthday as though they were celebrating a member of their own family. That tells us something important. The Deccan Queen is no longer simply a train. It has become part of Pune.

    Before the Queen

    The story of the Deccan Queen actually begins before 1930.

    For much of the nineteenth and early twentieth centuries, the Bombay–Poona railway was constrained by the formidable ascent of the Bhor Ghat. The route required elaborate railway engineering and difficult locomotive working before the railway could provide a truly fast connection between the two cities.

    The electrification and reconstruction of the Bhor Ghat section in the late 1920s changed that equation. The railway could now contemplate something that would previously have been difficult to sustain — a fast, comfortable electric passenger service linking Bombay and Poona.

    The Deccan Queen was the spectacular passenger expression of that technological transformation. It was not simply a new train. It represented a new railway.

    A Queen Arrives in 1930

    On 1 June 1930, the Great Indian Peninsula Railway introduced the Deccan Queen between Bombay and Poona. The Ministry of Railways describes it as a deluxe train introduced to serve the two important cities, while its name was an obvious tribute to Pune’s historic position as the Queen of the Deccan. The original train was striking.

    There were two seven-coach rakes. One was painted silver with scarlet mouldings; the other was royal blue with gold lines. The underframes were constructed in England, while the coach bodies were built at the GIP Railway’s Matunga workshops.

    It was also technologically adventurous. The coaches were articulated, with a bogie supporting the ends of adjacent coaches. Contemporary railway literature described the new rakes as among the earliest complete trains in India to employ this arrangement.

    The Queen was therefore a showcase of the modern railway age. And speed was at the heart of its appeal. A contemporary advertisement in the Indian State Railways Magazine proclaimed:

    “THE STATELY DECCAN QUEEN”

    and announced an electric service with a new record timing of 2 hours 53 minutes, compared with four hours previously. The journey between the two cities had suddenly entered another era.

    The Journey Becomes an Experience

    The Deccan Queen was not designed simply to get passengers from one station to another.

    Comfort was part of its identity. Dining was part of its identity. Speed was part of its identity. And, eventually, the journey itself became part of the mythology of the train. The dining car became particularly important. For generations of passengers, travelling by the Queen meant more than finding a seat. It meant sitting down to a meal while the Western Ghats passed outside the window.

    The journey itself became part of the experience. Even as railway travel became increasingly standardised, the Deccan Queen retained something distinctive — the feeling that travelling by the train was an experience in itself.

    From a Luxury Train to a People’s Train

    The Deccan Queen’s early social character was very different from what we see today. Its original accommodation consisted only of first and second class. But over the following decades the train gradually changed along with Indian society.

    1 January 1949: First class was abolished.

    June 1955: Third-class accommodation was introduced.

    April 1974: Third class was redesignated as second class.

    The Queen was becoming less a symbol of privilege and more a part of everyday life. Thais transformation is central to its story. The train that had begun as a prestige service was slowly becoming a railway used by professionals, businessmen, government employees and ordinary passengers. And that is when its influence on Pune became much more profound.

    When Pune and Bombay Became Two Halves of One Working Life

    The most important change brought by the Deccan Queen was not simply that the journey became faster. It was that the journey became predictable enough to be built into everyday life.

    A person could live in Pune and work in Bombay. A businessman could maintain his home in Pune while conducting business in Bombay. A professional could work in one city and return home to the other.

    The train began to make these lives possible. By the modern era, this had become a clearly established pattern. The Deccan Queen therefore helped create something unusual: A Two-City Life.

    Pune could remain home. Bombay could become the workplace. And the railway could make the two compatible. The train did not create Pune’s educational, military, administrative or industrial importance. Those strengths already existed. What it did was reduce the practical distance between Pune’s social world and Bombay’s economic world.

    The Queen Carried More Than Commuters

    The relationship between the two cities was not limited to office workers. One of the most fascinating examples comes from the world of science.

    Before digital networks transformed the movement of information, meteorological data generated in Pune had to be processed at the Tata Institute of Fundamental Research in Bombay.

    The solution was wonderfully simple.

    An employee travelled on the Deccan Queen carrying punched data cards to Bombay. After processing, he returned to Pune with the results. The train was therefore carrying something more than passengers. It was carrying information.

    The story of mathematician and historian D. D. Kosambi is equally revealing. He worked at TIFR in Mumbai but maintained his base in Pune and travelled between the two cities by the Deccan Queen. It demonstrates how the railway facilitated the movement of intellectual capital between Pune’s educational environment and Bombay’s scientific institutions.

    The Deccan Queen had become part of the physical infrastructure connecting two of western India’s scientific centres.

    The Queen Becomes a Travelling Neighbourhood

    Perhaps the most remarkable transformation, however, was social. Over decades of repeated journeys, the same passengers began meeting the same passengers every morning and evening. A railway compartment became a familiar social space. Friendships developed. People celebrated festivals. Families became acquainted. Passengers marked birthdays, promotions and other milestones. Eventually, regular commuters formed organisations to represent their interests.

    One of the most evocative voices from this community is Harsha Shah, whose association with the train began when she was a child accompanying her uncle on business trips to Bombay.

    Her memories of the Deccan Queen stretch back to around 1955. Over the years, she became closely associated with the Railway Pravasi Group and the train’s passenger community. Her recollections reveal a world far removed from the impersonal commuter train. She remembers celebrations of Garba, Diwali, Christmas and New Year inside the coaches. The compartments became a kind of “home sweet home.” Friendships developed. Some passengers even met their future spouses on the train. The train had acquired a community of its own.

    A Railway Compartment Becomes Part of People’s Biographies

    A railway timetable records departures and arrivals. A railway history records locomotives and coaches. But neither records what the train meant to the people who travelled on it for decades.

    For Harsha Shah, the train became part of her personal history. She remembers being taken to Pune station as a child for the Deccan Queen’s birthday celebrations. She continued the tradition for decades. Today, she remains one of the people associated with preserving the memory of the train.

    A child who once came to the station with her uncle became one of the people preserving the memory of the same train decades later. The history of the Deccan Queen has therefore been passed not merely through railway records, but from one generation of passengers to another.

    The Train That Pune Refuses to Forget

    There is an extraordinary ritual associated with the Queen. Every year on 1 June, passengers and admirers gather at Pune railway station to celebrate its birthday.

    Deccan Queen Express Birthday Celebration
    Celebration of Deccan Queen’s Birthday in 2024. Being posted in the Division office I was invited to be part of this celebration.

    In 2020, even when the train itself was stranded in Mumbai during the COVID-19 lockdown, its Pune admirers still celebrated its 90th birthday.

    In 2025, the tradition continued with decorations, garlands, music and cake. And in 2026, the 96th anniversary was again celebrated at Pune station before the morning departure for Mumbai. This is more than railway nostalgia. It is cultural memory.

    People who have moved away from Pune have returned for celebrations. Former commuters have maintained their association with the train long after their daily journeys ended.

    The train has become a point of connection between generations of Pune residents — even those who no longer travel on it.

    The Deccan Queen and the Changing City

    There is a temptation to say that the Deccan Queen transformed Pune from a provincial city into a metropolitan one.

    History is more complicated than that. Pune was already an important centre of education, administration, military activity and industry long before 1930. But the Deccan Queen altered the geography of opportunity.

    It allowed the city’s residents to participate more easily in the economic life of Bombay without necessarily giving up their life in Pune. The train did not create Pune. It expanded the possibilities of living in Pune.

    Over time, the morning departure to Bombay became part of the daily rhythm of thousands of people. The return journey became a bridge back to Pune. The railway was quietly stitching two cities together.

    From Queen of the Deccan to Queen of Pune’s Memory

    The Deccan Queen has changed enormously since 1930.

    The original seven-coach rakes are long gone. The coaches have evolved. The accommodation has changed. The technology has changed. The railway itself has changed. Bombay became Mumbai. Poona became Pune. Pune Itself became a Railway division headed by Divisional Railway Manager. Yet the train survived them all. And perhaps more remarkably, it accumulated meaning with every generation.

    A 1930 passenger might have regarded the Queen as a technological marvel. A 1950s passenger might have regarded it as a convenient connection. A 1970s professional might have regarded it as the means of getting to work. A commuter of the 1990s might have regarded the fellow passengers as friends. A passenger today may regard the train as heritage.

    The same railway service has therefore acquired different meanings for different generations.

    Ninety-Six Years Later

    On 1 June 2026, the locomotive of the Deccan Queen was decorated with flowers at Pune station. A cake was cut. Passengers applauded. The train departed for Mumbai. And among those passengers were people whose relationship with the train stretched back decades.

    The Deccan Queen had completed 96 years. It was entering its 97th year. The original Queen began by reducing the time between two cities. Then it reduced the practical distance between them. It allowed people to work across that distance. It allowed institutions to collaborate across it. It carried information across it. And, eventually, it created a community that lived across it.

    That is why the Deccan Queen deserves to be remembered not merely as one of India’s oldest surviving trains.

    It changed the meaning of distance between Pune and Bombay.

    And in doing so, it helped create a new way of living between the two cities.

    The Queen began as a train.

    Pune made it an institution.


    References and Further Reading

    1. Ministry of Railways / Press Information Bureau — History of the Deccan Queen and its evolution.
      Ministry of Railways — Deccan Queen history
    2. Indian Railways Fan Club (IRFCA) — Historical railway material and contemporary 1930 Deccan Queen advertisement.
      IRFCA — Deccan Queen historical material
    3. Indian Express — Historical memories of Deccan Queen passengers and the Pune passenger community.
      Indian Express — Pune’s relationship with the Deccan Queen
    4. Indian Express — Deccan Queen birthday celebrations and its continuing place in Pune’s heritage.
      Indian Express — Deccan Queen celebrations
    5. Outlook Traveller — Accounts of long-distance daily commuters and the Deccan Queen passenger community.
      Outlook Traveller — Deccan Queen: Keeping the Pune–Mumbai journey on track
    6. Times of India — Historical account of the Deccan Queen and its evolution as a commuter service.
      Times of India — History of the Deccan Queen
  • When the Railway Met the Wari

    How the Barsi Light Railway transformed pilgrimage to Pandharpur

    The Palkhi of Sant Dnyaneshwar during the Wari. The traditional pilgrimage to Pandharpur continued on foot even as the railway created a new system of mass transportation for pilgrims.

    Every year, as the Ashadhi Ekadashi approaches, the roads of Maharashtra fill with the sound of tal, mridang and devotional singing. The Palkhis of Sant Dnyaneshwar from Alandi and Sant Tukaram from Dehu make their traditional journey towards Pandharpur, accompanied by thousands of Warkaris walking in dindis.

    The Wari is one of India’s great living pilgrimage traditions. Its roots long predate the railway. Yet, by the beginning of the twentieth century, another form of movement was beginning to reshape the pilgrimage to Pandharpur. The railway had arrived.

    In December 1906, the Barsi Light Railway reached Pandharpur. Built as a 2 ft 6 in narrow-gauge railway, the line was conceived as an economical rural railway, connecting the agricultural districts of the Deccan. But Pandharpur presented the railway with something quite different from ordinary passenger traffic.

    It was a pilgrimage centre whose population could increase enormously during the great religious festivals. The railway therefore found itself adapting to an ancient religious calendar. And over the next century, this relationship between railway and pilgrimage would transform both the geography and the scale of travel to Pandharpur.

    The Wari before the railway

    The railway did not create the Pandharpur pilgrimage.

    The worship of Vithoba at Pandharpur and the Warkari tradition are centuries old. The pilgrimage became particularly associated with the devotional traditions of saints such as Dnyaneshwar and Tukaram.

    The organised Palkhi tradition itself took its modern form in the nineteenth century. The Palkhis carrying the symbolic footwear (padukas) of the saints became organised processions, accompanied by dindis of Warkaris travelling on foot towards Pandharpur. The essential character of the Wari was—and remains—a walking pilgrimage. This distinction is important. The railway never replaced the Palkhi. Instead, it created a parallel system of mass transportation around the pilgrimage.

    A Warkari following the traditional Palkhi continued to walk. Another devotee could now travel hundreds of kilometres by train, change trains at an important railway junction and complete the final journey to Pandharpur by the Barsi Light Railway. The sacred journey remained on foot. The journey to reach the sacred centre increasingly became a railway journey.

    The railway reaches Pandharpur

    Barsi Light Railway No. 4, later Indian Railways No. 725, preserved at Pandharpur railway station. Built in 1930, the locomotive is a surviving reminder of the narrow-gauge railway that once carried pilgrims to Pandharpur.
    Barsi Light Railway No. 4, later Indian Railways No. 725, preserved at Pandharpur railway station. Built in 1930, the locomotive is a surviving reminder of the narrow-gauge railway that once carried pilgrims to Pandharpur.

    The Barsi Light Railway opened its Pandharpur connection on 2 December 1906. The arrival of the railway was transformative because Pandharpur was no longer dependent primarily on roads, carts and traditional modes of travel for long-distance pilgrims.

    Railway connected the town to the wider railway network through Kurduwadi, where passengers could connect with the main railway system. A pilgrim travelling from a distant part of the Bombay Presidency could therefore make a journey that would previously have involved a much greater expenditure of time and physical effort: home → main railway → Kurduwadi → Barsi Light Railway → Pandharpur

    This was more than a transport improvement. It changed the geography of pilgrimage. Pandharpur could now be reached by people from places much farther away without undertaking the entire journey on foot.

    A railway designed to carry pilgrims

    The importance of pilgrimage traffic became apparent almost immediately.

    A contemporary description of the Barsi Light Railway published in The Locomotive in January 1907 describes special arrangements for the Pandharpur fairs. The railway operated special “set-trains” of pilgrim coaches. Four coaches could be combined into a set, and the special pilgrim trains could accommodate roughly 1,200–1,500 passengers. This is a remarkable figure for a 2 ft 6 in light railway.

    It tells us that pilgrimage was not merely an incidental source of passengers. The railway was already adapting its rolling stock and operating arrangements specifically for the Pandharpur fairs. The railway had discovered that its normal passenger traffic could not simply be applied to the extraordinary seasonal demand created by religious festivals. Pandharpur required a different railway.

    When the coaches were still not enough

    A Barsi Light Railway covered goods wagon, supplied by Leeds Forge Company in 1897. Goods vehicles such as these became part of the railway’s controversial supplementary arrangements for handling exceptional pilgrimage traffic to Pandharpur.

    The special pilgrim coaches were an important innovation, but they did not solve the underlying problem. The demand during major festivals could be enormous. The railway therefore faced a peculiar operational problem. For most of the year, the traffic on a small narrow-gauge railway could be handled with its ordinary rolling stock. However During the great Pandharpur fairs, however, thousands of additional passengers could arrive within a very short period. The railway could not economically maintain enough passenger coaches to handle the absolute peak throughout the year. The result was the controversial use of goods wagons and other supplementary vehicles for pilgrim traffic.

    This practice would become one of the most important and controversial chapters in the history of the railway’s relationship with Pandharpur.

    The public-health problem

    The use of goods wagons for human passengers was not unique to the Barsi Light Railway. Across colonial India, railways struggled with the enormous temporary crowds generated by major religious fairs. The Bombay Pilgrim Committee of 1916 examined the problems associated with pilgrimage and railway travel, including sanitation and the use of goods wagons. The concern was not merely passenger comfort. Overcrowded railway vehicles, inadequate ventilation and poor sanitary conditions could create serious public-health risks.

    Railways had dramatically increased the speed and geographical reach of pilgrimage. But the same railway that allowed a pilgrim to travel hundreds of kilometres in a day could also allow infectious disease to travel rapidly between distant regions. The authorities therefore found themselves confronting a new problem:

    How could millions of people be moved safely when pilgrimage traffic occurred in enormous seasonal surges?

    The Barsi Light Railway’s dilemma

    The railway companies had their own argument.

    The Barsi Light Railway maintained that its supplementary vehicles were necessary because there simply wasn’t enough passenger rolling stock to accommodate the extraordinary pilgrimage traffic. The railway’s position, recorded in the Railway Board correspondence arising from the 1916 investigation, was particularly striking.

    It argued that eliminating this supplementary capacity could prevent as many as three-fourths of the passengers from making the pilgrimage.

    In other words, the choice was not necessarily: passenger coach or goods wagon. It could be: goods wagon or no railway journey at all.

    This is an important distinction because railway was not claiming that goods wagons were ideal passenger accommodation. It was arguing that they provided an essential additional capacity during exceptional pilgrimage traffic.

    The government therefore faced a difficult choice. The practice was undesirable. But abolishing it immediately could prevent large numbers of pilgrims from travelling.

    The 1922 debate: an impossible choice

    The controversy eventually reached the Council of State.

    On 13 February 1922, Lalubhai Samaldas moved a resolution recommending that immediate steps be taken to stop railways from carrying human beings in cattle trucks or goods wagons. The Government agreed that the practice was undesirable on grounds of sanitation and passenger convenience.

    But the Commerce Member, C. A. Innes, explained why an immediate prohibition was difficult. During major religious festivals, railway administrations sometimes faced the choice between using supplementary goods vehicles and leaving pilgrims behind. The problem had been aggravated by the deterioration of railway infrastructure following the First World War, when capital expenditure and supplies had been restricted.

    Innes gave the example of the 1915 Kumbh Mela at Hardwar, when approximately 195,000 pilgrims were waiting to return after the festival. The railway operated scores of additional special trains, yet the extraordinary traffic could not have been handled without supplementary vehicles.

    The Council therefore amended the proposed resolution. The words “as far as practicable” were inserted. The final resolution called for steps to stop the use of goods wagons for passengers “as far as practicable.” Those three words reveal the dilemma perfectly. The government accepted the principle that passengers should not normally travel in goods wagons.

    But it also accepted the reality that exceptional pilgrimage traffic could overwhelm the railway.

    Pandharpur becomes a railway-policy problem

    The controversy did not disappear.

    On 10 September 1924, the issue appeared specifically in the Central Legislative Assembly under the heading:

    “Pilgrim Traffic on the Barsi Light Railway”

    The question was raised by Purshotamdas Thakurdas. The subject was again the treatment of pilgrims and the use of goods wagons for third-class passengers.

    The official index to the Legislative Assembly debates places the discussion on pages 3089–3091 of the September 1924 proceedings.

    The fact that the BLR was singled out is significant. Pandharpur’s pilgrimage traffic had become sufficiently important to attract attention at the central legislative level.

    The problem remained unresolved

    The issue was still alive when Thakurdas returned to it on 28 January 1925.

    He referred explicitly to his earlier September 1924 question and asked what had happened after the Government communicated with the Agent of the Barsi Light Railway. The complaint concerned the transportation of third-class passengers in goods trucks. The Commerce Member, G. G. Sim, replied that the matter was still under consideration by the Agent and the Board of Directors.

    When Thakurdas pressed him further, Sim indicated that a definite statement was expected in approximately two months.

    This is a revealing moment in the history of the BLR.

    The 1922 resolution had not solved the problem.

    Two years later, the Barsi Light Railway was still grappling with how to reconcile:

    • enormous pilgrimage demand;
    • inadequate peak-season passenger capacity;
    • public-health concerns;
    • passenger comfort;
    • and the economics of operating a small private narrow-gauge railway.

    From goods wagons to Pilgrim Traffic Vehicles

    The railway’s eventual response appears to have been a gradual move towards more specialised vehicles. By the late 1930s, the Barsi Light Railway was operating specially designated “Pilgrim Traffic Vehicles.” Their existence is documented in the famous case of Shankar Narayan v. Barsi Light Railway Company Ltd.

    In November 1939, during the Kartiki fair, Shankar Narayan travelled towards Pandharpur. He held a third-class concession ticket. At Kurduwadi, however, he found the ordinary third-class accommodation insufficient and was directed towards one of the railway’s special pilgrim vehicles. He objected to being carried in a vehicle that was essentially adapted from the railway’s goods stock.

    The dispute eventually reached the Bombay High Court.

    The 1939 court case

    The case provides an unusually detailed glimpse into how pilgrimage traffic was actually handled.

    The railway’s Agent and Chief Engineer had designed the special vehicle and submitted its specifications to the Railway Board. The Board sanctioned its use when ordinary passenger accommodation was insufficient. The vehicles were therefore not simply freight wagons casually opened to passengers. They represented an attempt by the railway to create a dual-purpose solution.

    During pilgrimage peaks, they could carry passengers. When not required for pilgrim traffic, they could return to ordinary goods service. The solution was economically logical for a small railway. It also represented the railway’s gradual response to a problem that had been discussed since at least the 1910s.

    The railway had become part of the pilgrimage calendar

    By this stage, the relationship between Pandharpur and the railway had become institutionalised. The railway was no longer merely providing ordinary transport. It had to adapt itself to the religious calendar.

    During major pilgrimage periods, it required:

    • special trains;
    • additional rolling stock;
    • special pilgrim vehicles;
    • temporary or additional booking arrangements;
    • crowd-management arrangements;
    • additional staff;
    • and arrangements for the enormous flows of passengers arriving and departing within a short period.

    The railway timetable increasingly had to respond to the rhythm of the Wari. This was a profound change. A nineteenth-century pilgrimage tradition had effectively become a twentieth-century seasonal mass-transport phenomenon.

    The railway did not replace the Palkhi

    It is tempting to describe the railway as having “modernised” or “replaced” the Palkhi. That would be misleading. The Palkhi continued—and continues—to follow its traditional walking route. The Warkaris still travel in dindis. The devotional singing, rituals, discipline and communal character of the Wari remain rooted in the walking pilgrimage. What changed was the world around it.

    The railway allowed large numbers of devotees who were not part of the traditional walking procession to reach Pandharpur quickly. It allowed pilgrims from distant parts of Maharashtra and beyond to participate in the religious celebrations. The result was not the disappearance of the traditional Wari. It was the coexistence of two very different forms of religious mobility:

    The Palkhi

    A slow, devotional and ritualised journey on foot.

    The railway

    A fast, mass and long-distance system carrying devotees towards the same sacred destination.

    After Independence, the problem remained

    The end of colonial rule did not end the railway’s pilgrimage challenge. In 1952, Parliament again discussed the capacity of the Barsi Light Railway during Pandharpur’s pilgrimage seasons. A parliamentary question referred to inadequate engines, wagons and coaches and reported that 10,000 pilgrims had been held up during the Ashadha Ekadashi festival. The railway was still struggling with the same basic problem:

    The pilgrimage peaks were larger than the railway’s normal capacity.

    By the 1950s, the Barsi Light Railway was also facing the broader economic and technical limitations of an ageing private narrow-gauge system.

    The railway’s role became a question of public policy.

    By the 1950s, Parliament was no longer discussing Pandharpur merely as a railway-operating problem. Questions were being raised about:

    • passenger fares;
    • concessions for poorer pilgrims;
    • inadequate platforms;
    • station facilities;
    • overcrowding;
    • rolling stock;
    • and the general condition of the railway.

    This was an important transformation. The railway had become part of the public infrastructure of pilgrimage. For thousands of ordinary devotees, access to Pandharpur increasingly depended upon the affordability and capacity of the railway. The question was no longer simply: Can the railway carry pilgrims? It was becoming: How can the railway provide an affordable and adequate public service for one of Maharashtra’s greatest religious gatherings?

    From narrow gauge to broad gauge

    Eventually the limitations of the narrow-gauge system became increasingly difficult to ignore. The Pandharpur–Kurduwadi section was eventually converted to broad gauge. The conversion was particularly significant because the railway’s pilgrimage role was one of the important reasons for improving the route’s capacity along with the Railway’s uni-gauge policy.

    The tiny 2 ft 6 in railway that had once struggled to accommodate the pilgrimage crowds was gradually replaced by a railway capable of handling much larger trains and substantially greater passenger volumes. The transformation was almost complete. The railway that had once relied on special pilgrim coaches and supplementary vehicles could now handle pilgrimage traffic using the much greater capacity of the broad-gauge system.

    The Bhima Bridge and the pilgrimage railway

    One of the most tangible reminders of this history is the Bhima Bridge, also known as the Willingdon Bridge, on the Pandharpur railway route. The bridge was originally constructed for the narrow-gauge railway and became part of the route connecting Pandharpur with the wider railway network. It is particularly significant because the bridge survived the transformation of the railway and continues to carry the broad-gauge railway today. The structure therefore embodies the same historical transition: narrow-gauge BLR → mass pilgrimage traffic → railway expansion → broad gauge → modern pilgrimage trains.

    A bridge built for a light railway became part of a much larger railway system serving a pilgrimage whose scale had itself been transformed by the railway.

    The railway and the Wari today

    The relationship has not disappeared. Every year, as Ashadhi Ekadashi approaches, Indian Railways operates special services to handle the enormous increase in demand associated with Pandharpur. The pattern established more than a century ago therefore continues: normal railway services plus special pilgrimage services to meet the seasonal surge. The scale is now vastly greater than anything the original Barsi Light Railway could have imagined.

    Yet the basic relationship remains unchanged. The Warkari walks. The railway carries. Both converge at Pandharpur.

    A transformation that worked in both directions

    The history of the Barsi Light Railway and Pandharpur shows that the relationship between technology and tradition is rarely as simple as one replacing the other.

    The railway did not destroy the Wari. Nor did the Wari merely become another source of passenger traffic for the railway. Instead, each influenced the other. The railway had to adapt its:

    • rolling stock;
    • trains;
    • stations;
    • fares;
    • operating practices;
    • and eventually infrastructure to accommodate the pilgrimage.

    At the same time, the railway transformed the geographical reach of Pandharpur’s religious gatherings. A pilgrimage that had once required enormous physical effort over long distances could now be joined by people travelling by rail from far beyond the traditional walking routes.

    The railway did not put the Palkhi on rails

    Perhaps the most important way of understanding this history is to reject the idea that the railway “modernised” the Palkhi. It did something more subtle. It modernised the world around the Palkhi. The Palkhi remained on the road. The Warkaris continued to walk.

    But the railway brought a new population of pilgrims to Pandharpur, connected the town to distant parts of the country and forced railway administrators to develop special solutions for the extraordinary seasonal crowds.

    From the special pilgrim coaches of the early twentieth century to the Pilgrim Traffic Vehicles of the 1930s, and eventually to broad-gauge railway infrastructure and modern special trains, the railway repeatedly adapted itself to the demands of the pilgrimage. The arrival of the railway at Pandharpur in 1906 marked the beginning of a new chapter in the history of the Wari.

    The railway did not create the pilgrimage. It did not replace the Palkhi. It did not turn the Wari into a railway journey. Instead, it created a new layer of mobility around an ancient religious tradition.

    The Barsi Light Railway soon discovered that Pandharpur was unlike any ordinary destination. At certain times of the year, the normal rules of railway traffic were overwhelmed by the sheer number of devotees travelling towards the sacred town.

    The response evolved over decades: special pilgrim coaches → special trains → supplementary vehicles → public-health regulation → parliamentary scrutiny → Pilgrim Traffic Vehicles → larger infrastructure → broad gauge → modern special trains. The story is therefore not simply one of a railway serving a pilgrimage. It is the story of a railway being forced to reinvent itself because of a pilgrimage. And perhaps nowhere is that transformation more visible than at Pandharpur, where the old road of the Palkhi and the modern railway still meet at the same destination.

    The Palkhi still walks.
    The railway still carries.
    And Pandharpur still waits for both.


    References and further reading

    1. Barsi Light Railway / Pandharpur railway history — IRFCA, including contemporary material from The Locomotive and BLR historical sources. IRFCA – Eminent Railwaymen and Barsi Light Railway material
    2. Central Legislative Assembly, 28 January 1925 — discussion of pilgrim traffic on the Barsi Light Railway and the continued use of goods trucks for third-class passengers. Legislative Assembly Debates, 28 January 1925
    3. Central Legislative Assembly Index, September 1924 — identifies “Question re pilgrim traffic on the Barsi Light Railway”, pp. 3089–3091. Legislative Assembly Index, September 1924
    4. Council of State Debates, 13 February 1922 — resolution concerning the carriage of passengers in cattle trucks and goods wagons. Council of State Debates, 13 February 1922
    5. Shankar Narayan v. Barsi Light Railway Co. Ltd. — Bombay High Court case concerning the use of a Pilgrim Traffic Vehicle during the Kartiki fair of 1939. Shankar Narayan v. Barsi Light Railway Co. Ltd.
    6. Bombay Pilgrim Committee, 1916Report of the Bombay Pilgrim (Clemesha) Committee, Simla, 1916, India Office Records, British Library, IOR/V/26/844/3. British Library catalogue record
    7. Railway Board correspondence, 1916–17 — Railway Traffic A, November 1917, No. 655-T-16/6-34, concerning responses to recommendations on pilgrim traffic and railway accommodation.
    8. Railway and everyday life in colonial IndiaTracks of Change: Railways and Everyday Life in Colonial India, which discusses the Railway Board’s pilgrim-traffic correspondence and the use of supplementary railway vehicles. Tracks of Change – reference text
    9. Indian Parliament, 1952 — parliamentary discussion concerning the capacity of the Barsi Light Railway during the Pandharpur pilgrimage. Lok Sabha Debates, 30 July 1952
  • The Dapoorie Viaduct: The Bridge That Carried the Railway to Poona

    Dapoorie Viaduct, Poona, photographed in 1858, shortly after its completion. The 22-arch masonry viaduct carried the GIPR over the Mula River. Photograph: British Library.

    In the summer of 1858, the Great Indian Peninsula Railway was approaching one of the great milestones of its early history.

    The railway had fought its way across the Western Ghats and was now descending towards Poona. Ahead lay the Mula River. Beyond it lay the city. Between the railway and its destination stood a massive masonry viaduct of twenty-two arches.

    It was the Dapoorie Viaduct.

    Today, the place is known as Dapodi and the bridge forms part of the railway line through Pune. But when it was built, Dapodi was still Dapoorie, Poona was a very different city, and India’s railway network was barely five years old. The stones of the viaduct therefore belong to one of the earliest chapters of Indian railway history. And, as we shall see, they also help correct a historical mistake that has survived for decades.

    The railway’s advance towards Poona

    The opening of the Bombay–Thane railway in 1853 had demonstrated that railways could work in India. But the real ambition of the Great Indian Peninsula Railway was much greater. It wanted to carry the railway from Bombay across the Western Ghats and into the Deccan. The Bhor Ghat was the great obstacle.

    The climb from the coastal plain towards the summit presented the engineers with steep gradients, deep valleys and difficult terrain. At the same time, work was proceeding from the summit eastwards towards Poona.

    The latter section might not have possessed the spectacular gradients of the Bhor Ghat incline, but it presented another problem: water.

    The railway had to cross the rivers and valleys lying between the Ghats and Poona. One of the most important of these crossings was the Mula River at Dapoorie.

    The Government report of 1856–57

    A contemporary report of the Bombay Government gives us a rare glimpse of the railway while it was still under construction.

    It describes Section No. 8 as the railway from the top of the Ghat to Poona, approximately 39½ miles in length.

    The earthworks were substantially advanced, but the report draws particular attention to two structures:

    “the two large viaducts, the most important works on this Section”

    They were then approaching completion, with March 1858 given as the contractual completion date.

    This single observation is important. It tells us that the great viaducts on the Poona approach belonged to the final stages of construction in 1857–58. Among them was the structure that would become known as the Dapoorie Viaduct.

    Twenty-two arches across the Mula

    The Dapoorie Viaduct was built as a long masonry structure, its twenty-two arches carrying the railway across the Mula and its floodplain. Each arch was approximately 33 feet in span.

    There is something particularly impressive about the bridge when one considers the period in which it was built.

    Railway engineering in India was still in its infancy. Iron bridges would eventually become common, but the engineers of the 1850s still relied heavily upon masonry. Stone was quarried, dressed and transported. Foundations had to be established in difficult ground. Piers had to be strong enough to support the permanent way and withstand the forces of floods. Arches had to be constructed accurately enough to carry a railway that would soon be carrying locomotives and trains.

    The result was not merely a crossing of the Mula. It was a piece of infrastructure designed with the expectation that it would outlive its builders and It did.

    Faviell and the construction of the Poona line

    Behind the great engineering works of the GIPR were engineers, contractors and thousands of workers.

    At the head of the railway’s engineering organisation stood James John Berkley, the company’s Chief Resident Engineer.

    Among the principal contractors associated with the railway’s advance towards Poona was William Frederick Faviell.

    Contemporary accounts describe the Bombay–Poona undertaking as being placed in Faviell’s hands. Accounts of his work describe the continuation from the summit of the Bhor Ghat towards Poona as involving a large amount of masonry and several large viaducts.

    Faviell’s organisation employed engineers including Home, Dickinson and Scott. This puts Faviell firmly into the story of the railway’s construction towards Poona. But there is a distinction worth making. It is tempting to write simply:

    “William Faviell built the Dapoorie Viaduct.”

    The surviving evidence does not quite allow me to go that far.

    We have strong evidence connecting Faviell with the construction undertaking that carried the GIPR from the Bhor Ghat towards Poona. We also know that the Poona section contained major masonry works and viaducts.

    What we have not yet found is the original contract document naming Dapoorie individually and stating that Faviell was responsible for its construction. Nor have we identified the individual engineer who designed the bridge.

    So in my opinion the most defensible conclusion is that the Dapoorie Viaduct was constructed as part of the GIPR’s Poona works undertaken through Faviell’s contracting organisation.

    Was Sangam the other great viaduct?

    The contemporary Government report mentions two large viaducts on the section between the summit of the Bhor Ghat and Poona.

    We know one of them. The other presents an intriguing possibility. Near the western approach to historic Poona, the railway had to cross the Mutha River at Sangam.

    The original railway bridge there is believed to date from around 1857. It was built for railway traffic and was later superseded by another railway bridge. The older structure eventually found a second life as a road bridge.

    The geography fits remarkably well. A train approaching Poona from the west would encounter:

    Bhor Ghat → Dapoorie Viaduct on Mula River → Old Sangam Bridge on the Mutha River → Poona

    It is therefore tempting to identify the two great viaducts mentioned in the 1856–57 Government report as the Dapoorie and original Sangam railway bridges.

    The chronology fits too. But there is a small problem. The Government report does not name the two structures. Until the original engineering or contract records are found, we should therefore treat the Dapoorie–Sangam identification as a strong historical hypothesis, rather than a proven fact. However I have personally travelled in that section and as per my own experience the Sangam Bridge is actually the second bridge for sure.

    The railway reaches Poona

    By the spring of 1858, the work was approaching its moment of truth. A trial train travelled from Khandala towards Poona on 15 May 1858. Then, on 14 June 1858, the Bombay Government recorded the opening of the Khandala–Poona section to public traffic.

    The railway had reached Poona.

    The contemporary report identifies this as Contract No. 8, linking the event directly to the construction programme described in the previous year’s report.

    For the engineers, contractors and workers who had spent years fighting the terrain, this was a remarkable achievement. For Poona, it marked the beginning of a new era. And standing on the railway line approaching the city was the great stone viaduct at Dapoorie.

    A photograph from the year it was born

    Dapoorie has another remarkable advantage over many early railway structures. We can actually see what it looked like when it was new. The British Library preserves a photograph catalogued as “Dapoorie Viaduct [Bombay]”, dating from approximately 1858. The photograph shows the long masonry viaduct standing in the landscape near Poona, its succession of arches clearly visible.

    It is difficult to imagine a better historical record of the bridge’s early life. The photograph was taken at almost exactly the moment when the railway was reaching Poona. The bridge was new. The railway was new. And the city beyond it was about to be transformed by the arrival of the railway.

    More than a century and a half later, that photograph allows us to look at the Dapoorie Viaduct almost as its builders would have seen it.

    The mystery of 1854

    There is, however, a problem with the history of Dapoorie.

    For years, 1854 has appeared in accounts as the date of its construction. At first glance, it seems like a plausible date. The first GIPR railway opened in 1853, and the railway was rapidly expanding. But 1854 does not survive scrutiny. The contemporary Government report of 1856–57 says that the major viaducts on the Poona section were still approaching completion. The following year’s report records the opening of the Khandala–Poona section on 14 June 1858. The surviving photograph of Dapoorie is dated 1858. Specialist railway research also dates the completion of the Dapoorie Viaduct to 1858.

    The chronology is therefore remarkably consistent.

    So where did 1854 come from?

    The answer appears to lie in a confusion between two different GIPR viaducts.

    The Tannah Viaduct, associated with the original Bombay–Thane railway, does indeed belong to the 1854 period. It connected Bombay Island with the mainland and was one of the early engineering achievements of the GIPR.

    At some point, descriptions associated with that structure appear to have become attached to the Dapoorie photograph and later histories. The result was a bridge that acquired the wrong date and, in some accounts, the wrong historical setting.

    The distinction is crucial:

    Tannah — Bombay–Thane — 1854

    Dapoorie — Mula River, Poona — 1858

    The two structures belong to different stages of the GIPR’s expansion.

    A bridge that witnessed a changing railway

    The Dapoorie Viaduct has now stood for more than a century and a half. In that time, almost everything around it has changed.

    The railway company that built it disappeared. The locomotives changed from small nineteenth-century steam engines to increasingly powerful steam locomotives, then to diesel and electric traction. Poona became Pune. Dapoorie became Dapodi. The countryside through which the first trains passed became part of a rapidly expanding urban landscape. But the viaduct remained. Its arches have witnessed the transformation of the railway from a pioneering experiment into one of the world’s great railway systems.

    The significance of Dapoorie

    The Dapoorie Viaduct is sometimes described simply as an “old railway bridge”. That description misses its real significance.

    It belongs to the first generation of railway engineering in India. It was constructed at a time when engineers were still developing the techniques that would eventually allow railways to cross mountains, rivers and vast distances across the subcontinent. It formed part of the GIPR’s advance from the summit of the Western Ghats towards Poona. It stood among the major engineering works that made the opening of the Khandala–Poona railway possible in 1858. And, unusually for such an early structure, we have a photograph showing it almost at the moment of its completion.

    The Dapoorie Viaduct therefore connects three moments in railway history: the ambition to cross the Western Ghats,, the arrival of the railway in Poona, and the beginning of the vast railway network that would eventually transform India. Its stones have survived all three.

    Dapoorie today

    More than 165 years after the first train crossed the Mula at Dapoorie, trains still pass over the historic alignment.

    Passengers rushing through Pune may barely notice the old masonry beneath the rails. But beneath them is a bridge built when railway technology in India was still in its infancy. The men who designed and constructed it could not have known how long their work would survive. They were building a railway for their own age. They inadvertently built a monument for ours.

    The Dapoorie Viaduct is therefore not merely a surviving bridge. It is a surviving fragment of the moment when the railway first reached the Deccan.

    And on 14 June 1858, when the railway finally opened the Khandala–Poona section, those twenty-two arches over the Mula became part of that extraordinary story. They have been carrying the railway ever since.


    Sources & References

    1. Bombay Presidency, Report on the Administration of Public Affairs in the Bombay Presidency for the Year 1856–57 — particularly the Railway Branch and the description of Section No. 8, from the summit of the Ghat to Poona, including the two major viaducts approaching completion.
      Granth Sanjeevani — 1856–57 Government Report
    2. Bombay Presidency, Annual Report on the Administration of the Bombay Presidency for the Year 1858–59 the contemporary report recording the opening of the Khandala–Poona section on 14 June 1858.
      Granth Sanjeevani — 1858–59 Government Report
    3. British Library, Photo 254/3(41), “Dapoorie Viaduct [Bombay]” — the historic photograph of the viaduct, dating from circa 1858. This is the source I would link directly from the photograph caption as well.
      British Library — Dapoorie Viaduct photograph catalogue record
    4. FIBIwiki, “Dapoorie Viaduct” — useful specialist compilation of the bridge’s history, dimensions, early photographs and, importantly, the correction of the erroneous 1854 attribution.
      FIBIwiki — Dapoorie Viaduct
    5. Wikimedia Commons — “Dapoorie Viaduct, Poona, 1858” — a convenient high-resolution reproduction of the British Library photograph. The page also identifies the catalogue reference as IOSM 254/3(41) and records the image as approximately 1858.
      Wikimedia Commons — Dapoorie Viaduct, Poona, 1858
    6. James John Berkley, “On Indian Railways: With a Description of the Great Indian Peninsula Railway,” Minutes of Proceedings of the Institution of Civil Engineers, Vol. XIX (1859–60) — contemporary engineering evidence from the GIPR’s Chief Resident Engineer.
      Bibliographic reference and archival discussion of Berkley’s paper
    7. Ian J. Kerr — archival research citing Maharashtra State Archives, PWD (Railways) — particularly useful for the Faviell contracts and the original Maharashtra State Archives references.
      Ian J. Kerr — archival references to GIPR and Maharashtra State Archives records
  • The Fowler Ploughing Engine at Chennai: When Steam Power Left the Railway and Entered the Field

    The Fowler Ploughing Engine at Chennai: When Steam Power Left the Railway and Entered the Field

    Among the locomotives, coaches and railway artefacts preserved at the Chennai Rail Museum stands a machine that can easily be mistaken for an early steam locomotive. It has a boiler, a tall chimney, enormous wheels and the unmistakable appearance of nineteenth-century steam engineering.

    Yet it was never intended to haul passenger trains.

    This is the Fowler Ploughing Engine, built in 1895 and today preserved at the Chennai Rail Museum. Official tourism information from the museum specifically identifies an 1895 Fowler steam ploughing engine among its historic exhibits, while the Indian Railways Heritage Directorate’s presentation of the museum likewise records a Fowler Ploughing Engine of that year.

    Its presence in a railway museum is particularly appropriate. The Fowler engine represents an age when the steam engine was escaping the confines of the railway track and beginning to transform agriculture, irrigation and civil engineering.

    It is, in many ways, a story of railway-age technology being put to work on the land.

    The 1895 Fowler Ploughing Engine preserved at the Chennai Rail Museum. Built during the great age of steam engineering, machines of this type used cable power to haul ploughs and other implements across agricultural land. Photograph by the author.

    John Fowler and the Problem of Steam Ploughing

    The story begins with English engineer John Fowler, born in Wiltshire in 1826. During the middle decades of the nineteenth century, steam power was already revolutionising transport and industry. Railways demonstrated that extraordinarily heavy loads could be moved mechanically, but agriculture remained dependent largely upon animal power.

    In such scenario Fowler became one of the pioneers who attempted to change this. He began experimenting with the application of steam power to agricultural machinery around 1850. By 1860 he had entered into an agreement with the Leeds engineering firm Kitson and Hewitson to manufacture steam ploughing equipment. Fowler’s Steam Plough Works subsequently developed at Hunslet, Leeds, and by 1863 John Fowler & Co. had been established.

    The company would eventually become one of the great names associated with steam-powered agricultural machinery. But Fowler faced a fundamental engineering problem. Simply attaching a plough behind an enormous steam traction engine was not necessarily an effective solution. Heavy steam machines travelling repeatedly across agricultural land could compact the soil, while soft ground could make traction difficult.

    Fowler’s solution was ingenious. Instead of making the steam engine pull the plough across the field, the engine would pull the plough by cable. That distinction explains the unusual machine preserved at Chennai.

    How the Fowler Ploughing System Worked

    A Fowler ploughing engine normally worked as part of a pair. One steam engine was positioned on one side of a field and another on the opposite side. Between them travelled a specialised plough attached to a long wire cable. The engines themselves largely remained near the edges of the field. One engine wound in its cable, pulling the plough across the field. At the end of the pass, the second engine pulled it back in the opposite direction. The process was repeated as the engines gradually repositioned themselves along the field.

    The characteristic feature of a true ploughing engine was therefore not simply its boiler or enormous wheels, but its powerful winding equipment and cable drum. Surviving Fowler examples demonstrate that the cable drum was mounted beneath the boiler and carried the wire rope used to haul the agricultural implement.

    This system could perform much more than ordinary ploughing. Fowler equipment could be used for deep cultivation, land clearing, irrigation works and channel digging, while cable equipment could also assist with operations such as removing tree stumps. In effect, Fowler had transformed the stationary power of the steam engine into a highly adaptable system of mechanical muscle.

    Look Closely at the Chennai Engine

    The photograph accompanying this article is particularly useful because it allows the machine to be appreciated not simply as a museum exhibit but as a piece of functional engineering.

    The enormous rear wheels immediately dominate the machine. Unlike the driving wheels of a railway locomotive, these had to support a heavy boiler and machinery on ordinary ground rather than carefully laid rails.

    At the front stands the cylindrical boiler and smokebox, surmounted by the extraordinarily tall chimney characteristic of the steam age. Behind it lies the machinery that converted steam pressure into mechanical motion.

    And this is where the connection with the railway locomotive becomes obvious.

    Both machines belonged to essentially the same technological world: fire heated water; water produced steam; steam moved pistons; and mechanical linkages converted that movement into useful work.

    But their purposes were very different. A locomotive converted that power primarily into motion along rails. The Fowler ploughing engine converted much of its power into controlled pulling force through cables. That is why it should not simply be described as an agricultural version of a locomotive. It represents a different branch of nineteenth-century steam engineering.

    Why Does an Agricultural Engine Belong in a Railway Museum?

    At first glance, an agricultural ploughing engine might appear to be an unusual object to encounter at the Chennai Rail Museum.

    In reality, it belongs there remarkably well. John Fowler & Co. was not merely an agricultural machinery manufacturer. The Leeds company produced traction engines as well as agricultural and railway equipment, placing it firmly within the broader industrial ecosystem created by nineteenth-century steam engineering.

    More importantly, railway history cannot be understood simply as the history of locomotives and trains. The railway revolution helped create an entire engineering culture based upon boilers, steam pressure, pistons, foundries, precision machining and large-scale mechanical construction. The same engineering knowledge migrated into factories, mines, ports, road transport, construction sites and farms. The Fowler engine represents precisely that wider technological revolution.

    The railway conquered distance. Machines such as Fowler’s attempted to conquer physical labour.

    Fowler Engines Around the World

    Fowler’s steam-ploughing technology became particularly important outside Britain. The machines were expensive and required specialised crews, which limited their usefulness for smaller farms. But they could be attractive where large estates or major land-development schemes justified the investment.

    The international scale of Fowler’s business was remarkable.

    According to the Powerhouse Collection in Australia, Fowler built 737 pairs of ploughing engines between 1886 and 1899, with the overwhelming majority exported overseas. Fowler engines eventually worked in regions including continental Europe, Egypt, southern Africa, Australia and South America.

    The Chennai machine was built right in the middle of this period—1895, when Fowler’s cable-ploughing technology had become an internationally established form of heavy agricultural engineering. Its survival in India therefore connects Indian industrial heritage with a much larger nineteenth-century global movement of machinery, engineering expertise and steam technology.

    An 1895 Survivor

    The date of the Chennai engine makes it particularly evocative. In 1895, India’s railway network was expanding rapidly. Steam locomotives were transforming mobility across the subcontinent, while industrial machinery imported from Britain was increasingly being employed in agriculture, irrigation, mining, plantations and public works.

    The Fowler engine belongs to this same technological landscape. It reminds us that the nineteenth-century steam revolution did not stop at the railway station. Steam power was increasingly being asked to dig, drain, pump, cultivate, haul and reshape landscapes. And machines such as this Fowler were among the mechanical giants that made that possible.

    From Horse Power to Steam Power

    Perhaps the greatest significance of the Fowler ploughing engine lies in what it represents historically.For thousands of years, agriculture had depended upon combinations of human and animal muscle. The nineteenth century introduced something radically different: mechanical power on a scale previously unavailable to the farmer. A steam engine did not tire like an ox or horse. Given sufficient fuel and water, it could continue producing enormous pulling force.

    The Fowler system therefore belongs to the long transition from animal-powered agriculture to mechanised farming. Yet it was itself ultimately a transitional technology.

    Steam ploughing required large machines, substantial quantities of coal and water, trained operators and considerable logistical support. As lighter and more practical internal-combustion tractors developed during the twentieth century, cable ploughing gradually lost its advantage.

    The age of the giant steam ploughing engine eventually came to an end. But for several decades these machines represented some of the most impressive agricultural technology in the world.

    More Than an Old Steam Engine

    Standing quietly today at the Chennai Rail Museum, the Fowler engine can easily become just another attractive object from the steam era. But that would underestimate its importance. It represents the moment when engineers began asking a revolutionary question: If steam could pull hundreds of tonnes along a railway, what else could it do?

    The answer helped transform nineteenth-century industry. Steam could plough fields. It could excavate drainage channels. It could clear land. It could power machinery. It could reshape landscapes. And the Fowler ploughing engine was one of the machines through which that transformation became possible.

    A Different Kind of Railway Heritage

    For railway enthusiasts, the Fowler engine offers another lesson.

    Railway heritage should not be restricted to locomotives. The railway was part of a much larger technological revolution that transformed engineering, metallurgy, manufacturing, communications and mechanical power. The Fowler Ploughing Engine preserved at Chennai stands precisely at that intersection. It looks like a locomotive because it shares the technological DNA of the steam railway. But instead of running along polished steel rails, its workplace was the open field. Instead of pulling coaches and wagons, its cables pulled ploughs through the earth. And instead of carrying people towards distant cities, it carried the power of the Industrial Revolution into agriculture.

    More than 130 years after it was built, the great black boiler, towering chimney and massive wheels of the 1895 Fowler still survive at Chennai. It no longer produces steam. Its cables no longer cross a field. But as a piece of preserved engineering, it continues to perform one final task: it reminds us that the story of steam was always much larger than the story of the railway.

  • Hill Railways in India: Engineering Marvels Born out of  Colonial Necessity

    Hill Railways in India: Engineering Marvels Born out of Colonial Necessity

    Railways are built to connect places but India’s hill railways were built to conquer mountains.

    When we board the famous Toy Train to Darjeeling or hear the whistle of the Nilgiri Mountain Railway echo through mist-covered forests, it is easy to admire the breathtaking scenery. What often goes unnoticed is the remarkable story behind these railways.

    Long before satellite surveys, tunnel-boring machines, or powerful computers existed, engineers succeeded in laying railway tracks across some of the world’s most challenging mountain terrains. India’s hill railways are not merely transportation systems—they are enduring monuments to engineering brilliance, human perseverance, and visionary planning.

    More than a century after they were built, these remarkable railways continue to climb mountains every day, carrying not only passengers but also a priceless legacy of history.

    Why Were Hill Railways Built?

    The story begins during the nineteenth century when the British Empire ruled India. The scorching summers in cities like Calcutta, Bombay, and Madras made life extremely uncomfortable for British officials. To escape the heat, they developed hill stations such as Darjeeling, Shimla, Ooty, and Matheran. These hill stations gradually evolved into administrative headquarters, military cantonments, educational institutions, and health resorts. Shimla became the Summer Capital of British India in 1864. Every year, thousands of government officials, military personnel, and important records had to be transported from the plains to the mountains. The journey was long, uncomfortable, and often took several days using bullock carts, horse-drawn carriages, and mountain roads. The need for an efficient railway connection became increasingly important.

    The Challenge of Building Railways in the Mountains

    Constructing railways across India’s vast plains was itself a remarkable achievement. Building them through rugged mountains, however, seemed almost impossible.

    Engineers faced numerous obstacles:

    • Extremely steep gradients
    • Deep valleys and river gorges
    • Dense forests
    • Rocky mountain terrain
    • Heavy monsoon rainfall
    • Frequent landslides
    • Sharp curves unsuitable for conventional railways

    Many believed such railway lines could never be built. Yet a handful of visionary engineers believed otherwise. Instead of trying to conquer the mountains, they designed railways that adapted to the natural landscape.

    Engineering Without Modern Technology

    Perhaps the most fascinating aspect of India’s hill railways is the era in which they were constructed. Between the 1880s and the early 1900s, engineers had no GPS, drones, laser surveying equipment, computer simulations, or modern construction machinery.

    Everything depended upon:

    • Manual land surveys
    • Hand-drawn engineering plans
    • Skilled craftsmanship
    • Human labour
    • Animal transport
    • Simple mechanical tools

    Surveyors spent months walking through forests and steep mountain slopes, carefully identifying routes that trains could safely climb. Even a slight mistake in calculating a gradient could have made an entire railway line unusable.

    Ingenious Engineering Solutions

    The engineers behind India’s hill railways developed innovative solutions that remain admired even today.

    Zigzags and Reverses

    Where the terrain became too steep, trains climbed using reversing stations. The train would move forward into a dead-end siding before reversing uphill along another section of track. This ingenious method allowed trains to gain height gradually without exceeding safe gradients. The Darjeeling Himalayan Railway became famous for this remarkable engineering solution.

    Spirals and Loops

    Instead of climbing directly uphill, railway tracks were designed to loop around mountains. The famous Batasia Loop near Darjeeling is one of the finest examples. Here, the train circles around itself to gain elevation while offering spectacular views of the Himalayan landscape and Mount Kanchenjunga.

    Bridges Across Deep Valleys

    Mountain streams become powerful rivers during the monsoon. To overcome this challenge, engineers constructed hundreds of stone and steel bridges. The Kalka–Shimla Railway alone crosses more than 800 bridges, many of which continue to serve trains after more than 120 years. These bridges remain remarkable examples of nineteenth-century civil engineering.

    Tunnels Through Mountains

    Rather than making long detours around hills, engineers excavated tunnels directly through mountains. The Kalka–Shimla Railway originally had 103 tunnels, dramatically reducing travel time while maintaining manageable gradients. Constructing these tunnels using only basic tools and manual labour was an extraordinary accomplishment.

    The Rack-and-Pinion System

    The Nilgiri Mountain Railway presented perhaps the greatest engineering challenge. Its steep slopes were impossible for conventional locomotives. Engineers therefore adopted the Abt Rack-and-Pinion System, where a cogwheel beneath the locomotive engages with a toothed rail placed between the tracks. This ingenious system enables trains to climb gradients as steep as 1 in 12.5, making the Nilgiri Mountain Railway one of the world’s finest examples of mountain railway engineering.

    The Human Effort Behind the Railways

    While the engineering achievements deserve admiration, the contribution of thousands of Indian labourers must never be forgotten.

    Using little more than hand tools, they Cut tunnels through solid rock, Built massive masonry bridges, Carried construction materials across difficult terrain, Worked on dangerous mountain slopes, Endured harsh weather and difficult working conditions. Many workers lost their lives during construction, making these railways not only monuments to engineering but also memorials to human dedication and sacrifice.

    UNESCO World Heritage Recognition

    The global importance of India’s hill railways was recognised by UNESCO. The Darjeeling Himalayan Railway became the first railway in Asia to receive World Heritage status in 1999. It was followed by the Nilgiri Mountain Railway in 2005 and the Kalka–Shimla Railway in 2008. Together, they are recognised as the Mountain Railways of India, celebrated for their outstanding engineering achievements and exceptional cultural value.

    More Than a Century of Service

    Over one hundred years have passed since these remarkable railways were built. Despite earthquakes, heavy monsoons, landslides, and changing technology, much of the original engineering continues to function successfully, Regular maintenance has helped preserve these historic lines while allowing them to continue serving both local communities and tourists, Few engineering projects anywhere in the world have demonstrated such durability.

    Lessons for Modern Infrastructure

    Ironically, these nineteenth-century railways still offer valuable lessons for modern engineers. Rather than forcing the mountains to accommodate railways, their designers respected the natural landscape and adapted their engineering accordingly. This philosophy of working with nature rather than against it remains highly relevant today, especially as infrastructure projects increasingly focus on sustainability and environmental conservation.

    India’s hill railways are far more than scenic tourist attractions. They represent an extraordinary chapter in the history of engineering, where determination, innovation, and careful planning overcame seemingly impossible geographical challenges. Every tunnel, bridge, loop, and station tells a story of human ingenuity and perseverance. Today, these railways continue to inspire engineers, historians, photographers, railway enthusiasts, and travellers from around the world. As these historic trains continue their slow journey through India’s mountains, they remind us that true engineering excellence is not measured only by speed or scale, but by the ability to stand the test of time.

    More than a century later, India’s hill railways remain living engineering marvels—moving museums that continue to connect people with history, heritage, and some of the country’s most spectacular landscapes.

  • Heritage Value of Hill Railways in India: Living Monuments and Tourism Treasures

    Heritage Value of Hill Railways in India: Living Monuments and Tourism Treasures

    India’s Hill Railways are far more than nostalgic trains winding through mist-covered mountains. They are living symbols of engineering brilliance, colonial history, cultural identity, and sustainable tourism. Built during the British era to overcome some of the world’s most challenging mountain terrains, these railways continue to amaze engineers, historians, photographers, and travellers alike.

    Unlike museums that preserve history behind glass, India’s Hill Railways allow visitors to experience history in motion. Every whistle echoing through the valleys, every bridge spanning deep gorges, and every tunnel carved through mountains tells a story of human determination and technological innovation.

    Today, these remarkable railways are recognised not merely as transportation systems but as priceless cultural landscapes that connect the past with the present.


    The UNESCO Recognition: A Global Honour

    The international importance of India’s Hill Railways was formally recognised when UNESCO granted them World Heritage status.

    The Darjeeling Himalayan Railway (DHR) became the first railway in Asia to receive this distinction in 1999. It was followed by the Nilgiri Mountain Railway (NMR) in 2005 and the Kalka–Shimla Railway (KSR) in 2008. Together, they are collectively inscribed as the Mountain Railways of India.

    UNESCO recognised these railways because they represent exceptional examples of engineering achievements that successfully adapted railway technology to some of the world’s most difficult mountainous terrains. They also demonstrate the transfer of engineering knowledge during the colonial era while showcasing remarkable innovation under challenging geographical conditions.

    Even after more than a century of operation, these railways continue to function largely with their original alignments and engineering principles—a rarity in the modern world.


    Engineering Marvels Ahead of Their Time

    When these railways were planned during the late nineteenth and early twentieth centuries, engineers had no satellite mapping, modern tunnelling machines, or sophisticated computer models. Everything depended upon painstaking surveys, manual labour, and extraordinary ingenuity.

    The steep Himalayan slopes, unstable mountain geology, dense forests, and deep valleys presented enormous obstacles. Yet engineers overcame these challenges through innovative designs that remain admired even today.

    Some of the remarkable engineering features include:

    • Hundreds of bridges crossing mountain streams and valleys.
    • Numerous tunnels cut through rocky hillsides.
    • Sharp curves and reversing stations to negotiate steep gradients.
    • Narrow-gauge tracks specifically designed for mountain conditions.
    • Innovative locomotive technologies adapted for climbing difficult terrain.

    The Nilgiri Mountain Railway is especially notable for its rack-and-pinion system, enabling trains to climb exceptionally steep gradients that conventional adhesion railways cannot negotiate.

    Even today, many engineering institutions study these railways as outstanding examples of early mountain railway design.


    More Than Railways: Living Cultural Landscapes

    The heritage value of these railways extends far beyond locomotives and tracks.

    For generations, they have shaped the lives of local communities. Entire towns developed around railway stations. Markets flourished because of improved connectivity. Schools, hospitals, tea estates, and tourism industries all benefited from these mountain transport systems.

    The railways have become deeply embedded in local traditions and identities.

    Walk through stations like Ghum, Coonoor, Shimla, or Kurseong, and one can still experience an atmosphere that has changed remarkably little over the decades. Historic station buildings, vintage signboards, old waiting rooms, mechanical signalling systems, and heritage locomotives together preserve a living chapter of Indian railway history.

    Unlike many heritage monuments that remain static, these railways continue to serve local residents while simultaneously preserving their historic character.


    A Photographer’s Paradise

    For photographers, India’s Hill Railways offer endless opportunities.

    Steam locomotives emerging from clouds, trains curving around mountain ridges, bridges suspended above lush valleys, dense forests, waterfalls during the monsoon, and picturesque colonial stations combine to create extraordinary visual stories.

    Every season offers a different perspective:

    Spring

    • Blooming rhododendrons and clear mountain skies.

    Monsoon

    • Lush green landscapes, mist-covered valleys, waterfalls, and dramatic cloud formations.

    Autumn

    • Crystal-clear visibility and vibrant mountain colours.

    Winter

    • Snow-covered sections, especially along the Kalka–Shimla route.

    Unlike ordinary railway photography, photographing hill railways is as much about capturing landscapes as documenting trains.

    Darjeeling Himalayan Railway Steam Locomotive
    Steam locomotive on the Darjeeling Himalayan Railroad

    Tourism That Preserves Heritage

    Heritage tourism has become one of the strongest pillars supporting these railways.

    Thousands of domestic and international visitors travel specifically to experience these historic routes rather than simply reaching their destinations. For many travellers, the journey itself becomes the highlight.

    The economic benefits extend to:

    • Local hotels
    • Homestays
    • Restaurants
    • Taxi operators
    • Handicraft sellers
    • Tourist guides
    • Tea estates
    • Local transport providers

    This demonstrates how preserving heritage can also support sustainable regional development.

    Instead of replacing these historic railways with modern alternatives, conserving them has created long-term economic opportunities for mountain communities.


    Challenges in the Modern Era

    Despite their global recognition, India’s Hill Railways face several challenges.

    Climate Change

    Increasing incidents of landslides, intense rainfall, and changing weather patterns frequently damage railway infrastructure.

    Urban Expansion

    Growing towns and unplanned construction near railway corridors threaten the historic landscape.

    Maintenance Costs

    Maintaining century-old bridges, tunnels, locomotives, and heritage stations requires specialised skills and significant financial investment.

    Balancing Modernisation and Conservation

    Railways must improve passenger safety and operational efficiency without compromising their historical authenticity.

    Finding this balance remains one of the biggest conservation challenges.


    Why Conservation Matters

    Protecting these railways is not merely about preserving old trains.

    They represent:

    • India’s engineering heritage.
    • The evolution of mountain transportation.
    • Colonial and post-independence history.
    • Cultural landscapes shaped over more than a century.
    • Sustainable tourism opportunities.
    • Living examples of traditional engineering still functioning successfully.

    Once lost, such heritage cannot be recreated.

    Every restored station, repaired bridge, preserved steam locomotive, and maintained railway line contributes to protecting a unique chapter of India’s history for future generations.


    Lessons for Future Infrastructure

    Ironically, these nineteenth-century railways still offer valuable lessons for twenty-first-century infrastructure planning.

    Their routes respected natural terrain instead of attempting to overpower it. Engineers adapted designs to mountain ecology, using locally appropriate solutions that minimised environmental disruption.

    In an era focused on sustainable development, these principles remain remarkably relevant.

    Modern infrastructure projects can learn from the patience, precision, and environmental sensitivity demonstrated by the engineers who built these remarkable railways over a century ago.


    A Journey Through Time

    Travelling on a hill railway is unlike boarding any ordinary train.

    It is a slow, immersive journey through history, engineering, culture, and nature. Every station, tunnel, bridge, and curve tells a story that has survived generations.

    For railway enthusiasts, these trains represent living museums.

    For travellers, they offer unforgettable experiences.

    For historians, they preserve an important chapter of India’s past.

    And for future generations, they stand as enduring reminders that great engineering is measured not only by speed or scale, but also by its ability to withstand the test of time while continuing to inspire.

    As long as the whistles of these mountain trains echo across India’s hills, the legacy of the country’s railway pioneers will continue to live on—carrying not just passengers, but also history, heritage, and hope into the future.

  • Deccan Queen Express: A Train for the “Queen of Deccan”

    Deccan Queen Express: A Train for the “Queen of Deccan”

    On 1st June 2024 Pune Division of Indian Railways celebrated the 95th birthday of the historic and perhaps one of the most famous trains of India known as Deccan Queen Express. The Deccan Queen Express, also known as the “Dakkhan ki Rani” (Queen of the Deccan), is one of India’s most iconic trains.

    Origins and Inception

    1. Introduction: The Deccan Queen Express was introduced on June 1, 1930. It was originally operated by the Great Indian Peninsula Railway (GIPR), the forerunner of the Central Railway zone of Indian Railways.
    2. Purpose: The train was launched to cater to the growing number of commuters, primarily the British officials, who traveled between the two important cities of Mumbai (then Bombay) and Pune.

    Early Features

    1. Firsts: Being one of the first premium trains in India, Deccan Queen holds several firsts in the Indian Railways:
    • It was the first superfast train in India.
    • It was the first long-distance electric train in India.
    • It introduced the first ladies’ only car in Indian Railways.
    • Deccan Queen was the first train in India to have a Dining Car.
    1. Luxury and Comfort: Known for its punctuality and speed, the Deccan Queen was also famous for its comfort and luxury. It had a well-appointed dining car, and the coaches were painted in a distinctive blue and silver livery.

    Post-Independence Changes

    1. Post-Independence Era: After India gained independence in 1947, the management and operations of the Deccan Queen were taken over by Indian Railways. The train has continued to enjoy a prestigious status and is regularly upgraded to maintain its quality and comfort. From June 22, 2022 the train has been converted to LHB from the ICF rakes to increase the comfort of the passengers. Vistadom coach has also been attached in the train to enable passengers to enjoy the scenic view of the the Western Ghats.
    2. Electrification: The Mumbai-Pune route was electrified in the 1950s, and the Deccan Queen became one of the first trains to be hauled by electric locomotives, further reducing travel time.

    Modernization and Current Status

    1. Upgrades: Over the decades, the Deccan Queen has undergone several upgrades in terms of speed, safety, and amenities. The coaches have been modernized, and the train has consistently maintained high standards of service.
    2. Schedule and Operations: As of today, the Deccan Queen operates daily between Chhatrapati Shivaji Maharaj Terminus (CSMT) in Mumbai and Pune Junction. It covers a distance of approximately 192 kilometers (about 119 miles) in around 3 hours.
    3. Facilities: The train is equipped with air-conditioned chair cars, non-AC chair cars, and a dining car that serves a variety of meals. It is known for its punctuality and is a preferred choice for daily commuters as well as occasional travelers.

    Cultural Significance

    1. Cultural Impact: The Deccan Queen has been an integral part of the lives of many people in Maharashtra. It is not just a mode of transportation but also a symbol of the historical and cultural ties between Mumbai and Pune.
    2. Celebrations and Milestones: The train’s anniversaries are celebrated with great enthusiasm. For instance, the 95th anniversary in 2024 was marked with special events and commemorations by the Indian Railways and its passengers.

    The Deccan Queen Express continues to be one of the most beloved and reliable trains in India, maintaining a legacy of over nine decades of service.

  • Narrow Gauge Rail Museum(Motibagh) Nagpur

    Narrow Gauge Rail Museum(Motibagh) Nagpur

    Narrow Gauge Museum is a Railway Museum dedicated to the rich history of Narrow Gauge Railway lines of Indian Railways. The museum is located in Motibagh workshop of Indian Railways in the city of Nagpur. The museum has a rich collection of heritage artifacts of Indian Railways.

    Nagpur has a special place in the Railway History of India. During the British times the idea of Railways was conceived mainly for transporting the raw materials from the inner parts of the country to the major port town like Bombay, Calcutta and Madras to transport them to the industrial towns of Britain. These raw materials fed the Industrial needs of Britain. In this context a line connecting Bombay(Present day Mumbai) to Calcutta( present day Kolkata) was conceived.

    Howrah-Nagpur-Bombay Line

    The Great Indian Peninsula Railway(GIPR) started that first Railway line connecting Bombay to Tannah(Thane) in 1853 and in 1867 this line was extended to Nagpur. The Nagpur Chhattisgarh Railway was formed as a provincial Railway and it constructed Nagpur Rajnandgaon railway line in meter gauge. Later on Bengal Nagpur Railway(BNR) was formed which overtook the operations from Nagpur Chhattisgarh Railway and connected the existing line to Asansol in 1891, thereby Connecting Bombay to Calcutta via Nagpur.

    It is due to large scale operation of Narrow Gauge line by the Bengal Nagpur Railway(A part of Which is South East Central Railway SECR) that it has a huge heritage artifacts of Narrow gauge line remaining.

    History of Narrow Gauge Rail Museum(Nagpur)

    Nagpur Division of South East Central Railway once had the unique distinction of maintaining the largest Narrow Gauge Railway system in Indian Railways with a network of more than 1005 km. Over the years due to Gauge conversion, the narrow gauge has been converted into Broad Gauge. The last remaining network of about 110 kms. in Itwari – Nagbhir section was closed for gauge conversion on 25th November 2019. Thus the entire Narrow Gauge system of Nagpur Division has now become a part of history.

    In order to preserve and showcase this history to the people, the Narrow Gauge Museum was inaugurated on 14th December 2002 by Shri Nitish Kumar, then Hon’ble Minister of Railways. The Museum is located in Motibagh Workshop which is one of the oldest workshops in the country(Established in 1879).

    Major Attractions at Narrow Gauge Museum

    The Museum is built on the idea of thematic galleries with galleries of different departments of Railways portrayed in different sections. Some major galleries include:

    1. Locomotives
    2. Coaches & wagons,
    3. Signal & Telecom etc.

    There is also a heritage gallery displaying the cutlery items used in the Royal Carriages. However the most interesting gallery is the photo gallery which displays the photos of various phases of Railways. I am attaching some of the photographs of the same.

    Other Attractions at Narrow Gauge Museum

    A 1916 Bagnall make steam locomotive is kept in the museum for the visitors to see. There is one Royal Carriage and Rail Bus. However the most interesting among all is the 24 seat capacity restaurant which has been mounted on a turn table to make it a revolving restaurant.

    Steam Locomotive Motibagh
    Steam Locomotive in the Museum Premises

    The most interesting attraction for the kids is the toy train which is operated in the premises of the museum although i could not take a picture of it.

    Overall the Narrow Gauge Museum at Motibagh is a great place for people interested in knowing the history of Railways in India. The place is good for kids as there are ample of children play areas in the museum complex. The place is a must visit if you are in Nagpur.

  • Eagle’s Nest Building(IRICEN): Indian Railways’ Unique Heritage Building

    Eagle’s Nest Building(IRICEN): Indian Railways’ Unique Heritage Building

    In the close vicinity of all the hussle and bussle of Pune Railway station there is a unique building popularly known as ‘Eagle’s Nest’. The building is presently under the control of Indian Railways and is being used as training center for Permanent Way(P-Way) engineers of Indian Railways. The building has been accorded heritage status as by “INDIAN NATIONAL TRUST FOR ART AND CULTURAL HERITAGE”. The building has also been listed as Grade-I heritage structure by Pune Municipal Corporation.

    History of Eagle’s Nest Building

    Despite being one of the prominent building of Indian Railways very little is known about the origin of the building. Recently a plaque has been installed in the building premises describing the history of the building. The plaque has been installed after collecting the history of the building from Pune Municipal Corporation and other available records. As per the plaque the brief history of the building is as follows:

    The building was the second home and private residence of parsi elite Mr. Nusserwanji Maneckji Petit Esq.(1827-1891), a Bombay businessman, justice and philanthropist. He was the brother of Sir Dinshaw Maneckji Petit who was the founder of Maneckjee Petit Mill. The building has been used as ‘Monsoon Resort’ and has served as Railway Guest-house serving many royal personalities and Governors in British India. Father of Pakistan, Mohammad Ali Jinnah is also said to have stayed in the building for some time. The building being very close to the Pune Railway station was used as Supply Depot during the World War II.

    Design of Eagle’s Nest Building

    The Building has a design of a bird with two spread wings. It was named as Eagle’s Nest Villa as Eagle is considered sacred by Zoroastrians and symbolises power and strength. The building measuring 8940 sq. m emphasises the colonial concept of residential Villa planning with vernacular execution as a climatic response to tropical conditions of Indian Subcontinent.

    Front View of the Eagle’s Nest Building

    Beginning of Training School(IRICEN)

    ‘East India Railway Committee’ popularly known as Acworth committee set up in 1921 recommended for consolidation and nationalisation of Indian Railways. In this context the Indian Railways was nationalised on July 1, 1951. At the beginning of the 1950s India’s rail network had 53,596 route kilometers and 77,609 track Km. This vast network required an army of trained officer and staff to maintain. It was in this context that ‘Permanent Way Training School’ was founded in the Eagles’s Nest building in 1959. The school was renamed as ‘Indian Railway Institute of Advance Track Technology’ in 1971. The Institute was again renamed as ‘Indian Railway Institute of Civil Engineering'(IRICEN) in 1985.

    The Hall of the building which is currently being used as Classroom

    Present Status

    With the opening of new IRICEN campus in Koregaon Park in Pune, the Eagles’ Nest complex has been converted into Senior Supervisor Training Wing(SSTW) of the IRICEN’s Koregaon campus since 2014. The campus now caters to the training of Senior Supervisor viz. JEs and SSEs of Civil engineering department of Indian Railways. The building presently being owned by IRICEN is well maintained and well preserved.