Swindon Works

Swindon Works

GWR King Class locomotives under construction, 1928
General information
Status Redeveloped
Town or city Swindon, Wiltshire
Country England
Coordinates 51°33′43″N 1°47′42″W / 51.562°N 1.795°W / 51.562; -1.795
Construction started 1841
Completed 1843
Demolished 1986
Client Great Western Railway
Design and construction
Other designers Daniel Gooch/Isambard Kingdom Brunel
"Western" diesel-hydraulic locomotives nos D1052 and D1009 in ex-works condition outside the main works buildings.

Swindon railway works were built by the Great Western Railway in 1841 in Swindon, Wiltshire, United Kingdom.

History

In 1835 Parliament approved the construction of a railway between London and Bristol. Its Chief Engineer was Isambard Kingdom Brunel.

From 1836, Brunel had been buying locomotives from various makers for the new railway. Brunel's general specifications gave the locomotive makers a free hand in design, although subject to certain constraints such as piston speed and axle load, resulting in a diverse range of locomotives of mixed quality. In 1837, Brunel recruited Daniel Gooch and gave him the job of rectifying the heavy repair burden of the GWR's mixed bag of purchased locomotives.[1]

It became clear that the GWR needed a central repair works so, in 1840 Gooch identified a site at Swindon because it was at the junction of the Cheltenham branch and also a "convenient division of the Great Western line for engine working". With Brunel's support, Gooch made his proposal to the GWR directors, who, on 25 February 1841, authorised the establishment of the works at Swindon. Construction started immediately and they became operational on 2 January 1843.

Location

There are several stories relating to how the railway came to pass through Swindon. A well-circulated myth that Brunel and Daniel Gooch were surveying a vale north of Swindon Hill and Brunel either threw a stone or dropped a sandwich and declared that spot to be the centre of the works.[2][3] However Swindon's midway point between GWR terminals and the topography of land near the town were more likely factors.[4][5]

The GWR mainline was originally planned to cut through Savernake Forest near Marlborough, but the Marquess of Ailesbury, who owned the land, objected. The Marquess had previously objected to part of the Kennet and Avon Canal running through his estate (see Bruce Tunnel). With the railway needing to run near to a canal at this point, and as it was cheaper to transport coal for trains along canals at this time, Swindon was the next logical choice for the works, 20 miles (32 km) north of the original route.

The line was laid in 1840, but the location of the works was still undecided. Tracks were laid at Didcot in 1839 (chosen as Lord Wantage did not want the railway passing close to Abingdon) and for some time this seemed a more likely site.

Gooch noted that the nearby Wilts and Berks Canal gave Swindon a direct connection with the Somerset coalfield. He also realised that engines needed to be changed at Swindon or close by as the gradients from Swindon to Bristol were much more arduous than the relatively easy gradients between London and Swindon. Drawing water for the engines from the canals was also considered, and an agreement to this effect was completed in 1843. Gooch recorded at the time:[6]

“ I was called to report upon the best situation to build these works and, on full consideration, I reported in favour of Swindon, it being the junction with the Cheltenham branch and also a convenient division of the Great Western Line for the engine working. Mr. Brunel and I went to look at the ground, then only green fields, and he agreed with me as to its being the best place. ”

Once the plan was set for the railway to come to Swindon, it was at first intended to bring it closely along the foot of Swindon Hill, so as to be as close as possible to the town without entailing the excessive engineering works of building on the hill. However, the Goddard family (Lords of the Manor of Swindon), following the example the Marquess of Ailesbury (and many other landowners of the day), objected to having it near their property, so it was laid a couple of miles further north.

Early years

With many of the early structures built and adorned by stone extracted from the construction of Box Tunnel, the first building the locomotive repair shed, was completed in 1841 using contract labour, with the necessary machinery installed within it by 1842. Initially only employing 200 men, repairs began in 1843, with the first new locomotive, the "Premier", built in 1846 in under two weeks and renamed "Great Western". This was followed by six more, with the "Iron Dukes", including "The Lord of the Isles", considered the fastest broad-gauge engine of its day. By 1851 the works were employing over 2000 men and were producing about one locomotive a week, with the first standard-gauge engine built in 1855. A rolling mill for manufacturing rails was installed in 1861, attracting workers from South Wales. Although some rolling stock was built at Wolverhampton (producing 800 standard-gauge locomotives up to 1908), Worcester and Saltney near Chester, most of the work was concentrated at Swindon.

Like most early railways, the GWR was built with gentle gradients and the minimum of curves, which meant that it was able to operate fast, lightweight 'single-wheelers', 2-2-2 and 4-2-2. However, from 1849 Gooch also built 4-4-0 saddle tanks for the hillier routes in Devon.

Railway village

Preserved housing originally built for the railway workers, January 2006

The Works transformed Swindon from a small 2,500 population market town into a bustling railway town. Built to the north of the main town centre, the works had need to build locally accessible housing and services for the workers. The development of the railway village was on the lines of similar Victorian-era socially-encompassing lifestyle concepts, such as that at Bournville, but architect/builder Rigby's were given license to create a commercially viable development by the GWR.[7] The completed village provided to the town medical and educational facilities that had been sorely lacking, plus St Mark's Church and the Bakers Arms public house, all completed before 1850.[7]

The terraced two-storey cottages were built on two blocks of four parallel streets, not dissimilar in appearance to passing trains. Each road was named after the destinations of trains that passed nearby: Bristol, Bath, Taunton, London, Oxford and Reading among them. Built in the nearby open area, named Emlyn Square after GWR director Viscount Emlyn (later known as John Campbell, 1st Earl Cawdor), was the Mechanics Institute, paid for via subscription by the workers. Designed and constructed by Edward Roberts, it was completed in 1855,[8] containing the UK’s first lending library and provided health services to workers.[8] Enlarged in 1892-93, Nye Bevan, mastermind of the NHS later said:[9]

“ There was a complete health service in Swindon. All we had to do was expand it to the country. ”

In the 1960s, Swindon Borough Council applied to demolish much of the village, but poet and railway enthusiast Sir John Betjeman led a successful campaign to preserve it. Today much of the village is a conservation area, and many structures within it are listed buildings.[7]

Expansion

Gooch followed a policy of taking in-house any railway engineering discipline that could be enabled to scale. Hence in addition to locomotive building, from 1850 standardised goods wagons were produced, and in 1867 Swindon was made the central workshop for the construction of carriages and wagons.

In 1864, when Joseph Armstrong took over, he took on the responsibility of improving the passenger stock, resulting in 1878 of a separate carriage and wagon works being built on land north of the station. The first Royal Saloon was built in 1874 and converted to standard gauge in 1899. 1875 saw the opening of the boiler and tender making shops, eventually used to also produce parts for locomotives, and marine engines for the GWR's fleet of ships and barges. The first GWR through corridor train was built in 1891, with electric lighting introduced in 1900.

In 1892 the GWR completed the process of converting their lines to standard gauge. 13 miles (21 km) of new broad gauge sidings were laid to accommodate the influx of rolling stock, so that by 21/22 May 1892 195 locomotives, 748 carriages and 3,400 wagons and vans were stored for conversion to the new gauge. Those that could not be converted were scrapped on site. By the turn of the century, the works were employing an estimated three-quarters of Swindon's entire workforce.

Churchward's tenure, first as Assistant Chief Superintendent in 1897, then Locomotive Superintendent in 1902, produced heavier locomotives, firstly the 4-4-0 City class, then the County class. Later in 1906, "North Star", originally 4-4-2, was rebuilt as the first four-cylinder 4-6-0. Later four-cylindered engines were 4-6-0 built and, in 1908 the first "Pacific" 4-6-2, the only one of its type in the country for many years. It was later rebuilt as a 4-6-0. From 1914 the works turned to aiding the war effort, producing twelve howitzers by the end of the year.

Heyday

An early GWR Saint class, in the period when these were taper-boilered 4-4-2 Atlantics (1905–12), in the testing shop

C. B. Collett, Chief Mechanical Engineer from 1921 to 1941, greatly improved the works' boiler making and its facilities for working heavy gauge sheet metal. In 1927 the GWR's most powerful and largest locomotive, the King class, was introduced to become the "flagship" of the GWR fleet. The Kings had been developed from the Castle Class which, along with the Halls, were the foundation of the GWR's reputation and image.

This was the heyday of Swindon Works, when 14,000 people were employed and the main locomotive fabrication workshop, the A Shop was, at 11.25 acres (45,500 m2), one of the largest covered areas in the world.

During World War II Swindon was once again involved with military hardware, producing various types of gun mountings. Loco wheel-turning lathes were also ideally suited for making turret rings for tanks. The works also built landing craft and parts for midget submarines.

Nationalisation

Locomotives outside Swindon Works in the snow in November 1964
Locomotives awaiting scrapping outside the Works

At the start of the formation of the nationalised British Rail in 1947, the works were still producing 60 new locomotives in the year, falling to 42 in 1954. From 1948 to 1956 the works made 452 steam engines to GWR designs, partly in parallel with producing 200 BR standard classes from 1951 until 1960.

The decision in 1960 to move BR's main motive power from steam to diesel bought the works both new lines of employment and an end to an old one. The works became the southern UK's regional hub for the storage and scrapping of steam locomotives and rolling stock, a role which later expanded to all scrap railwayana in light of the Beeching axe. However, it also brought about an end to steam locomotive production, with the works producing BR's last steam locomotive BR standard class 9F 92220 Evening Star, by which time the works only employed 5,000.

Much of the original design and specification for the first BR Mark 2 carriages and bogies was carried out by the Engineering drawing office at Swindon in the early 1960s. The B4 bogie used on this carriage provided more reliable high speed running than that under the previous generation Mark 1 carriage and heralded the higher running speeds brought in with the start of Inter City services and the West Coast Main Line electrification.

Decline and closure

The future of the works had been defined by the GWR's post-WW2 choice to develop its new diesel powered experimental locomotives using diesel-hydraulic transmission systems over diesel-electric. As a result, from 1957 the works produced 38 "Warship" class D800s and 30 "Western" class D1000s. However, early diesel production had followed previous steam locomotive construction strategy, resulting in numerous classes with short production runs and a resultant high maintenance cost in traffic. With the Beeching Axe strategy of reshaping BR towards inter-city traffic, the need for many of these new diesel powered classes was removed. A decision was also made to specify all new classes of locomotive with diesel-electric transmission, making the works' specialist diesel-hydraulic knowledge redundant.

As a result, with scrapping rolling stock keeping employment levels at the works high, the choice was made to cease building of new locomotives at Swindon, and to reassign the works to become a heavy repair facility. New building of locomotives finished in 1965 with construction of the Class 14 diesel-hydraulic locomotives. Locomotive repairs and carriage and wagon work continued, though the original carriage and wagon workshop was sold.

After the works became part of BR's integrated British Rail Engineering Ltd (BREL), it won less and less maintenance business against the internal competition of Crewe and Derby Works. With Swindon expanding as a town, and with the need for land close to its centre for development, the decision to close the works was made in 1986. The works closed on 26 Mar 1986.

Between 2000 and 2006, The rolling chassis of GWR no.7200 were restored in the former iron foundry (J Shop) making it the last ever Great Western Steam Locomotive to receive attention at the historic works.

Present

The former Pattern Store, now a restaurant (with a working turntable a feature of the building)

The redevelopment of the works was defined by the listed building status of the original core infrastructure. One building currently houses the Swindon Steam Railway Museum dedicated to the works and the GWR. The engineers' office is now the headquarters of English Heritage, with most of the remaining buildings redeveloped as part of the Designer Outlet Village. The rest of the site's extensive railway yard was redeveloped on a mixed-use basis, some for housing and some for commercial buildings including purpose-built storage for the English Heritage Archive and the National Trust's central office building known as Heelis.[10]

Superintendents and Chief Engineers

Organisation

A great many different activities were carried out within the works and most of the components used to make locomotives, carriages and wagons were made on site. The works were organised into a number of shops:-

Shops in the Locomotive Works, in 1950
ShopDescription
AErectors, Boilermakers, Painters, Machine and Wheel Shop
BErectors, Boilermakers, Painters and Tender Shop
BSEEngine Reception and Preparation
C Concentration Yard (recovery of scrap metal)
DCarpenters and Masons
EElectrical Shop
FSmiths, Springsmiths and Chainmakers
GMillwrights
HPattern makers
JIron Foundry
J2Chair Foundry
KCoppersmiths and Sheet Metal Workers
L2Tank Shop
MElectric Sub-Station
NBolt Shop
OTool Room
P1Steaming and Boiler Mounting
PLPlatelayers; Loco. Works, Rails, Roads and Water Mains Maintenance
QAngle Iron Smiths
RFitters, Turners and Machinemen
SPSpringsmiths
TBrass finishers
THTesting House
UBrass Foundry
VBoilermakers
WTurners and Machinemen
XPoints and Crossings, Fittings for Permanent Way
ZTransport
Shops in the Carriage and Wagon Works, in 1950
ShopDescription
1Sawmill (West End)
2Sawmill
3Fitting and Machines
4Carriage Body Building
5Electric Train Lighting
7Carriage Finishing and Polishers
8Carriage Painting
9Carriage Trimming
9aLining Sewers (female)
10Laundry (female)
11General Labourers
12Carpenters
13Wagon Frame Building
13aCarriage Frame Repairs
14Smiths
15Fitting, Machining, Plumbers, Gas and Steam Fitters, Sheet Metal Workers and Coppersmiths
16Wheel
17Road Vehicle Building and Repairing
18Stamping
19aCarriage Trimmers Repairs
19bCarriage Finishers Repairs
19cCarriage Lifters
19dVacuum Brake and Carriage Bogie Repairs
20Horse Box and Carriage Truck Repairs
21Wagon Building and Repairs
22Oil and Grease Works
23Platelayers’ Yard, Maintenance and Breaking-up Yard
24Carriage Repairs

See also

References

  1. ↑ G. Gibbard Jackson, The Railways of Great Britain, London: Whitefriars Press, p. 90-91
  2. ↑ Jackson, p. 90
  3. ↑ Melhuish, Martin (1986). The Supertramp Book. Toronto, Canada: Omnibus Press. p. 17. ISBN 0-9691272-2-7.
  4. ↑ Mark Child. Swindon : An Illustrated History. United Kingdom: Breedon Books Publishing. ISBN 1-85983-322-5.
  5. ↑ Swindon Works, and its Place in British Railway History. London: Railway Executive (Western Region). 1950.
  6. ↑ The World's Finest Railway Works SwindonWeb accessed 25 January 2013
  7. 1 2 3 "Life in a Railway Village". Swindon Web. 7 August 2006. Retrieved 2 January 2013.
  8. 1 2 "Mechanics Institute, Swindon". Victorian Society. Retrieved 27 October 2012.
  9. ↑ "Swindon Mechanics' Institute". Victorian Society. Retrieved 30 August 2013.
  10. ↑ "Heelis - Visitor information". National Trust. Retrieved 22 March 2015.

Further reading

External links

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