PRE 1840









For the history of the railways have been well charted, but what do we know about the 
pioneering Enginemen who worked on the locomotives on the early lines? For those first 
primitive railway service were fuelled by the bloody, sweat and the unremitting hard labour 
of the men who worked them; the story of the railways is their story too.

With the rapid spread of the railway network brought prosperity for the railway companies, 
but only hardship and exploitation for their employees. A footplateman’s time was considered the property of his employer and he could be summoned for duty at any hour of the day and night. 





THE SURREY IRON RAILWAY

1804  - 1838

The Croydon Merstham & Godstone Railway




Stone Cottage, Collier's Wood

The Wandsworth (Basin) to Croydon (Pitlake Mead) via Tooting Mitcham section was opened on 26th July 1803. There was a a branch of at Mitcham going to Hackbridge and Carlshalton, there was also several sidings on the line to severe the various mineral to mills and works.


The Croydon - Merstham - Godstone via Purley and Coulsdon was opened on the 24th July 1805. The line never arrived at Goldstone.  

It was a public toll railway, providing a track for independent hauliers to use their own horses and wagons. The wagons were pulled by mules walking between the tracks with average speed of about 2-3 m.p.h.




  

Painting (1823) of a Croydon, Merstham  & Godstone Railway 

crossing over the Chipstead Valley Road at Coulsdon 






THE LONDON & CROYDON RAILWAY


Opened in 1839 and in July 1846 merged with other railways to form the 

London Brighton & South Coast Railway

 

 THE FORMATION OF THE L.B.S.C.R.

 

By the 1830s Brighton was the most popular seaside resort in Britain, with over 2,000 people a week visiting the town. After the success of the Liverpool & Manchester Railway, a group of businessmen decided to build a railway between the town and London.

The London & Brighton Railway Company was set up and Robert Stephenson was asked to advise on the best possible route. Six possible routes were initially proposed but eventually the choice was narrowed down to those of John Rennie and George Bidder. Rennie suggested a direct line between London and Brighton, whereas Bidder favoured a route that avoided steep gradients and tunnels. Stephenson eventually selected George Bidder's route, but the London & Brighton Railway Company decided to ignore this advice and opted for Rennie's much shorter route.


George Rennie's proposals also made more use of existing track and only involved the construction of 39 miles of new railway. However, Rennie's proposals did involve building four long tunnels at Merstham (2,180), Balcombe (800 yards), Haywards Heath (1,450 yards) and Clayton Hill (1,730 yards). This route also required the building of a viaduct across the Ouse valley near Ardingly.


In July 1837, Parliament gave permission for John Rennie's proposed railway. The London & Brighton Railway Company appointed John Rastrick as the lines chief engineer. Rastrick had been working on locomotives since 1814 and had been one of the three judges at the Rainhill Trials. Rastrick had also worked with George Stephenson on several projects, including the Liverpool & Manchester Railway and Grand Junction Railway. However, George, like his son Robert, believed that John Rennie's route was impracticable.

The building of the line started in July 1838. The directors of the London & Brighton Railway realised the importance of linking Brighton with the harbour at Shoreham and a branch railway to it was constructed at the same time as the main line. 


Extracted & adapted from

the Railway Magazine

October 1955








The construction of Ouse Valley Viaduct

Painting by Michael Codd 





HISTORICAL RECORD: THE FIRST LOCOMOTIVES ON 
THE LONDON & BRIGHTON RAILWAY (1837–1846)

Compiled from contemporary records and later accounts



Introduction

The London & Brighton Railway (L&BR), one of the pioneering railway companies of Britain’s early railway age, embarked upon steam-powered construction in the late 1830s, transforming the landscape of transport and engineering in southern England. Between 1838 and 1846, a distinctive roster of locomotives was developed and deployed, setting a mechanical precedent for future lines and culminating in the formation of the London, Brighton and South Coast Railway in 1846.

Commencement of Steam Locomotion (1838–1839)

In August 1838, the directors of the London & Brighton Railway resolved to accelerate the railway's construction through the use of steam power. The company’s first locomotive, aptly named Brighton (1), was a 2-2-2 engine built by Sharp, Roberts & Co. It arrived at Camden via the London & Birmingham Railway on 8th January 1839, and from there was hauled by horses to Shoreham, where it assisted in constructing the Shoreham extension.

The second locomotive was named 'Shoreham (2)’ (0-4-2),followed the same route and purpose, arriving in Camden on the 6th April, 1839, before being transported by road onto Shoreham, where it too was used to for construction of the line.


Three further Sharp, Roberts & Co. engines were delivered for mainline construction:

Merstham (3) – delivered 11th July 1839 to Merstham. this was followed by 

Coulsdon (4) – delivered August 1839. these locomotives were used in there constructed of the line from London to Brighton.

Kingston (5) – arrived November 1839 at Worth, with is about four miles north of the then uncompleted Balcombe Tunnel construction site, and the headquarters, of the contractors site.

These early locomotives were vital in hauling materials and aiding in engineering works along the challenging southern route from London to Brighton.

Expansion of the Fleet (1840–1841)

Two additional locomotives were introduced in 1840:

Eagle (6) – which was held back for the official opening of the line.

Vulture (7) – arrived 21st May 1840, serving on the mainline north of Brighton.

One more locomotive was acquires for 'train engine' and arrived in July 1849 this locomotive was named Venus (8) joined as a general-purpose “train engine.”

By 1841, the L&BR had dramatically expanded its locomotive stock. Notable contributors included:

Sharp, Roberts & Co. (12 locomotives), Rennie (1), Fairbairn (4), Bury (6), George Forrester & Co. (3). These engines increased the total count to 34 by the end of 1841. The first six of the 1841 Sharp, Roberts engines bore mythological names:

Jupiter, Mars, Saturn, Mercury, Orion, and Sirius

Initially, names were used in lieu of numbers. It wasn’t until the Copyhold Cutting accident in October 1841 that a numbering system was formally adopted. This incident, involving Fairbairn locomotive No.22 and Bury locomotive No.17, marked the first recorded use of engine numbers in L&BR documentation.

The 'Satellite' Locomotive

A notable engineering development of the era was the ‘Satellite’ engine by Rennie, unveiled in December 1841. Described in the Railway Magazine (25 December 1841), it was a six-wheeled locomotive designed for expansive working and featured sand hoppers for additional traction on inclines.

The new Rennie locomotive ‘Satellite,' was described in the Railway Magazine of 25th 
December, 1841: 

The ‘Satellite’ Locomotive: We were on Wednesday invited to a private view of an engine, 
which has been constructed by Messrs. Rennie for the the Brighton. It is a six-wheeled engine to be worked expansively, and is named 'Satellite,’ for climbing inclines and for starting, it has hoppers, which by a lever can be made to convey dry sand to the driving wheels, thereby giving them more adhesion on the rails. As a piece of workmanship, ‘Satellite’ is the finest locomotive which has ever been turned out of a London workshop.

Locomotive Liveries (1837–1846)

The L&BR adopted a standard dark green livery, often without black banding, though variations existed:

Bury goods engines: painted in Indian Red.

London & Croydon Railway: locomotives in Sea Green with black lining. Exceptionally, their engine Hercules was painted Pale Chocolate.

By 1846, the successor L.B.S.C.R. painted passenger locomotives in Dark Bottle Green, while goods locomotives were black, unless operating in view of passengers at Brighton or London Bridge.

Drivers bore the responsibility for the daily upkeep and visual presentation of their locomotives. Burnished metalwork and well-maintained paint schemes were expected. Locomotive numbers appeared in various styles and locations—chimney fronts, buffer beams, boiler barrels, or footplate side-sheets—with little standardisation.


An Epilogue: The Fate of 'Mars'

Tragedy marked the end of one early pioneer. The locomotive Mars exploded at Brighton on 17th March 1853, a somber reminder of the volatile nature of early steam power.


Conclusion

The early locomotive roster of the London & Brighton Railway reflects both the ingenuity and the experimentation of Britain’s nascent railway era. With names echoing classical mythology and technological optimism, these engines not only laid track across southern England but also helped define the standards, aesthetics, and engineering practices that shaped British railway history for decades to come.





Horley Locomotive Engine shed 1838 - 1840 

The London & Brighton open a motive depot in here in 1838 and closed in 1840 and was used as a goods shed.






West Croydon (1839 - 1935)

The London & Croydon Railway opened a motive power depot here in 1839. Little is known of the first loco shed, standing remotely from the station against the southeast wall of the site. 

1846 the shed was relocated to the west side of the layout which had  no covering over the 
four shed roads and a turntable were in place. By 1870, besides six roads for carriage storage, three undercover, the loco depot now had a two-road shed with a 46-feet diameter turntable in the arrival/departure line. The shed was some 130 feet long, brick-built and ridge-roofed with raised segments.



Historical Report: West Croydon Motive Power Depot (1839–1935)

The West Croydon motive power depot, located on the London & Croydon Railway, was established in 1839, making it one of the earliest locomotive facilities in South London. Serving as an essential point in the operation of early steam traction in the rapidly developing rail network, the depot evolved significantly over its near-century of use.


Early Development (1839–1846)

The original locomotive shed at West Croydon was erected in 1839, the same year the London & Croydon Railway commenced operations. Unfortunately, historical records offer limited information about this first structure. It is, however, understood to have stood in a remote position near the southeast boundary of the site, separate from the passenger station. This original shed likely supported the modest requirements of early steam engines and a limited train service.


Reorganisation and Relocation (1846)

In 1846, major reconfiguration took place following the amalgamation of the London & Croydon Railway with the London & Brighton Railway to form the London, Brighton and South Coast Railway (LBSCR). As part of this development, the locomotive facilities were relocated to the west side of the railway layout. The new site was a more centralized and operationally effective location for locomotive servicing and storage.

This updated facility lacked a roof and was relatively rudimentary in construction. It featured four open-air shed roads, designed to hold locomotives between turns of duty. A turntable was installed as part of this redesign to enable engines to be turned or redirected easily—a necessary feature in the age before widespread adoption of tank engines or turn-around loops.


Expansion and Modernisation (By 1870)

By 1870, the site had undergone substantial enhancement, reflecting the growing demands of suburban and freight traffic through Croydon. The motive power depot now included:


  • A two-road locomotive shed, constructed of brick and roofed with a ridge-style structure that included raised segments—likely for ventilation or additional daylighting.
  • A 46-foot diameter turntable, positioned on the arrival and departure line, allowing for more efficient shunting and engine rotation.
  • Six roads dedicated to carriage storage, of which three were covered, indicating the depot’s dual role in supporting both locomotives and rolling stock.


The locomotive shed itself measured approximately 130 feet in length, a considerable size for its time, and signified its importance in servicing both local and mainline traffic. The construction and layout echoed typical mid-Victorian railway architecture, with a focus on durability, function, and adaptability to heavier and more powerful engines being introduced.


Decline and Closure

Despite the continued relevance of West Croydon as a suburban station, the motive power depot’s importance began to wane as locomotive facilities became more centralized and technologically advanced. Steam shed operations eventually ceased in 1935, aligning with widespread rationalisation efforts across the Southern Railway, which inherited the LBSCR infrastructure after the 1923 Grouping.

By this time, West Croydon’s locomotive depot had fulfilled nearly a century of service, playing a quiet but vital role in the development of steam railway operations in South London and supporting the exponential growth of passenger and goods services in and out of the capital.


Sources of Interest:

  • London & Croydon Railway historical archives
  • London, Brighton and South Coast Railway locomotive records
  • Southern Railway shed diagrams (post-Grouping)







New Cross (1839 - 1949) 

The London & Croydon Railway opened a motive power depot and a locomotive repair 
facility here on 1st June 1839, the former of which appears to have been particularly accident prone. The original building, one of the earliest roundhouse (Octagonal), burned down on the 14th October 1844 (SEE SUB PAGE 1844). A replacement was built in 1845, and a straight shed built by the L.B.&S.C.R. in 1848 was blown down in a gale in October 1863. Two further buildings were constructed by the L.B.&S.C.R. in 1863 and 1869. By 1882 the second (1845) Croydon shed was derelict and in that year was replaced by the new shed, which was rebuilt with a new roof by the Southern Railway prior to 1929.
The various running sheds began to be run down during the 1930s as part of a re-organisation 
scheme involving new developments at Norwood Junction, but the onset of war meant that 
they were not formally closed until 1947 and were used for stabling locomotive until 1951. 
They were demolished in 1957 together with the repair workshops, and replaced by sidings 
for the storage of electric multiple units.
The locomotive workshops established by the London & Croydon Railway  continued to 
undertake minor repairs on locomotives in the London area for the L.B.& S.C.R. and the 
S.R., and also briefly for British Railway. They were closed in 1949 and demolished in 
1958/59




THE PIONEERING ENGINEMEN OF BRIGHTON

The first record of the depot establishment at Brighton Locomotive shed comes from the London Brighton and the L. B. S. C. R. records of employees which show that in 1851, there was 46 Enginemen, Fireman and Cleaners were employed there. These records also show that only 30% were Sussex-born, while over half came from distant parts of the country. 
An Engiineman was a very skilled job and so when a new line was opened during the early years of the railway building era, Enginemen were sometimes enticed from existing 
companies. 

The London & Brighton Railway acquired its first drivers in this way, only later training other men to join them. Engine drivers and firemen were required to be reliable and have stamina and aptitude rather than formal education.

The system by the 1850s a chain of recruitment had been established which involved an 
untrained recruit, usually in his teens, starting as an engine cleaner at pay 10-12s. a week. 
Then promotion to a fireman on a wage of 3s. 6d. a day (21s. per week, assuming six-day 
working)After another five years or so, a fireman might be with eventual promotion to driver at 5s. to 8s. per day depending on Seniority (30s. to 48s. per week assuming six-day working).

The London & Brighton Railway acquired a large number of its earliest Enginemen in this way, by offering very good wages for a working-class man at that time, although the long hours (10 to 12 per day) and heavy responsibilities were a drawback. 
Senior engine drivers were thus well paid and highly respected employees. 






 

 SOME OF THE EARLIEST ENGINEMEN OF BRIGHTON LOCO SHED

Two of the earliest Brighton Engine Drivers were James Jackson & Charles Goldsmith. Both Enginemen had previously worked for the London & Birmingham Railway Company in 1837. 

Both of them had been discharged servants from this company. It was later discovered that 
Driver Charles Goldsmith had never been an engine driver with his former company, this 
recorded in the inquiry into the Copyhold Cutting in October 1841.

*Driver James Jackson had previously been employed as an engine driver since the early 
part of 1837, by the London & Birmingham company. After being discharged from this 
company in c1838, Driver James Jackson later found employment with the London & Brighton Railway, were he was originally employed driving construction trains on the Brighton to Shoreham line and later working the first passenger train out of Brighton on Monday 11th May, 1840, with opening of the line.

Other pioneering Enginemen were: 

Driver William Cavan who was recorded to be injured in a boiler explosion in December 
1842 on the Brighton to Shoreham line. 

Driver, James Jones, come to Brighton  from the Oxford in c1859 and had previously been 
engine driver for 19 years on the Wolverhampton line.

Driver Robert Whaley and his Fireman John Wright, who were involved in an incident on the 5th November 1844.

Driver Samuel Jackson and his Fireman George Chase who were killed in an accident on the 6th June 1851 at Newmarket Arch Near Falmer.




The surname “Jackson” is quite common and there appear to be a number who worked for the L.B.& S.C.R.  including these early years making research more difficult – especially when contemporary press reports often do not quote a Christian name.


The Brian Jackson family  history includes James Jackson, his great-grand uncle, born in Little Woolton (family later moving to Roby) in Lancashire in 1814;  Roby was a station on the original Liverpool and Manchester Railway.  The Jackson Family history records that he came south with the first engine for the London & Brighton Railway bringing it down to Camden and latterly being employed on the engine for the construction of the line and then the first train to Shoreham on the opening day.  


It appears that he lived in Southwick and was married in Southwick in 1840 (the marriage certificate records his occupation as “Engineer”) where his son was born. He later moved to Brighton.   


Family history does refer to him working for the London & Birmingham Railway but we have no further details.  He was certainly involved in the Copyhold incident in 1841 plus some others, and was a passenger on one of the trains involved in the Clayton Tunnel disaster rescuing a number of passengers.  


It is thought he may have been apprenticed to one of the early Lancashire loco builders but it is not clear which.  Jones, Turner and Evans, however, were located at the Viaduct Works at Newton-le-Willows which was alongside the Liverpool & Manchester Railway line so could be a possibility.  


Although there has been some debate in the early loco histories of the L.B.& S.C.R., it now seems to be accepted that the first two London & Brighton Railway locos, “Brighton” and “Shoreham” were built by Jones Turner and Evans. 


So there is a possible link.  James Jackson did not remain in the employ of the London & Brighton Railway for that long and established his own engineering business in the London Road/Ann Street/Providence Place area of Brighton. 


His obituary in 1874 (he was killed by a falling boiler being installed in a Horsham brewery) confirms him to have been the driver of the first train to Shoreham ( Hastings and St Leonards Observer - Saturday 14 June 1873)  This also refers to his involvement in the rescue of victims of the Clayton Tunnel crash.I think it is evident that the Census were not always consistent in the recording of professions / jobs and in the early days, maybe “Engineer” and “engine driver” where not consistently stated.


James had several brothers who also joined him in Sussex and were employed by the L.B.& S.C.R. along with his father, but that is a further storey for another time.


Information provided by
Brian Jackoson
James Jackson is his is great-grand uncle




The London & Brighton Railway 

Stoat’s Nest on 9th November 1839






The London & Croydon Railway 

Croydon on 7th December 1839

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