Cape Government Railways

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Port Elizabeth – Uitenhage
railway line in 1877
The crest of the now defunct Cape Government Rails as seen in the Cape Town central train station.

The Cape Government Railways (CGR) was the government-owned railway operator in the

South African Railways
(SAR) in 1910.

History

Private railways

The first railways at the Cape were privately owned. The

Wellington by 1863. Meanwhile, by 1864, the Wynberg Railway Company had connected Cape Town and Wynberg. For the moment, railway development at the Cape did not continue eastwards beyond Wellington because of the barrier presented by the mountains of the Cape Fold Belt
.

Formation of CGR

John Molteno

The discovery of diamonds, and the consequent rush to Kimberley that started in 1871, gave impetus to the development of railways in South Africa. Shortly afterwards, in 1872, the Cape Colony attained

John Molteno, who presented plans for an enormous network of railways to connect the Cape Colony's main ports to its interior and, importantly, to the diamond fields.[1] In his very first speech to the Cape Parliament he announced the purchase of all existing lines and the founding of the Cape Government Railways.[2][3]

The announced expansion was to see the construction of a network over ten times more extensive than the total length of railway that existed in the whole of southern Africa at the time.

South African Railways – initially fell under his Public Works Department, until July 1873, when Molteno established a separate Railway Department under the renowned engineer William Brounger.[6]

Cape Gauge

The first few rudimentary lines at Cape Town were built at dimensions close to 4 ft 8+12 in (1,435 mm)

standard gauge, the British Empire's standard. However their width, designed for England's landscape, made it impossible at the time to penetrate the mountains of the rugged southern African escarpment. Most of the sub-continent was effectively landlocked. In 1871 Molteno had written to the British Governor of the Cape Henry Barkly about the gauge which was used to penetrate the mountainous terrain near Trieste in modern Italy, believing it would work in crossing the South African mountains. A narrower gauge enabled tighter turns and traversing steeper terrain.[7] When the first elected Cape government took power the next year, its select committee set the gauge for all new railways at 3'-6".[8] The use of a dual system was briefly kept, to ease the transition for the existing wider lines, but in only a few months the government standardised all railway development on what became known as the "Cape Gauge" of 3 ft 6 in (1,067 mm).[9]

Although it was first meant just to ease construction of railways through mountainous terrain, this gauge later went on to become the standard for all railways in southern and central Africa.[10][11][12]

1882 map showing the three principal rail networks of the Cape Colony

Expansion

The government's 1872 plan was for lines to strike northwards, from the three ports of

East London
, towards Kimberley and the developing hinterland. These three lines became known as the "Cape Western", "Cape Midland" and "Cape Eastern" lines respectively. They were intended to bring the towns of southern Africa's vast hinterland into direct railway connection with the country's ports, thus driving the development of the interior and building an export economy.

The Cape Western Line was charted by the Prime Minister himself (allegedly with only a map, pen and ruler).

major system of bridges and tunnels. 1876 also saw the building of a new central station for Cape Town, and over the next few years the line was rapidly extended through the Karoo desert to the towns of Beaufort West, De Aar, and thence to Kimberley.[14]

The Cape Midland Line was begun in 1872, when the Cape Government took over the rudimentary and incomplete line of the

Grahamstown. These connected with the Cape Western Line at De Aar and thus to Kimberley.[15]

The Cape Eastern Line was built partially to serve the frontier, and its network of military forts. The port of

Prime Minister turning the first spades for both the East London harbour and the Eastern Railway Line on 20 August 1873. Though frontier wars
disrupted construction from time to time, the line reached Queenstown in 1880. [16]

Railway construction in the Karoo desert in the late 1870s

By 1885 the separate sections were connected and the Cape Western line reached Kimberley, marking the end of an epic which had begun in 1872, with the network completed faithfully according to the original 1872 plans.[17] From an initial total of 92 kilometres in 1872, the Cape was now criss-crossed with over 2,000 kilometres of railway.[18][19] In 1885 the company owned 231 locomotives, 399 coaches and 3503 goods wagons.[20]

Considerable development and economic growth followed the construction of the railway system, and the news of the Cape's immense railway programme inspired similar moves in neighbouring states, such as the project of the

Lourenço Marques
.

Network of the CGR in 1910 immediately before the formation of the Union of South Africa

In 1886 gold was discovered in the South African Republic (the Transvaal), setting off the Witwatersrand Gold Rush. The Cape government and the government of the Orange Free State (OFS) reached an agreement, by which the Cape Government Railways would build and operate a railway line, through the OFS, to the rapidly growing city of Johannesburg. This line reached Bloemfontein (the capital of the OFS) in 1890, and the first trains operated from Cape Town to Johannesburg in 1892. In 1897 the OFS government took over control of its portion of the line.

Formation of SAR

The Cape railway network played a significant role in supporting and supplying the British forces during the

South African Railways
(SAR).

Impact

According to a 2017 study, "Built largely to support the early mining industry, the Cape Colony’s railway substantially reduced the cost of transport to the interior and account for 22–25 percent of the increase in the Colony’s labor productivity from 1873 to 1905... traffic data for 1905 suggest that the railway contributed to the expansion of the mining areas and to the growth of the Western Cape district on the basis of domestic demand."[21]

See also

Citations

  1. ^ The Royal Commonwealth Society, 1898, "Proceedings of the Royal Colonial Institute". The Institute, Northumberland Avenue, London, W.C. p. 26.
  2. ^ Burman 1984, p. 50.
  3. ^ "Cape Colony – british, south, dutch, africa, european, population and country". gluedideas.com.
  4. ^ SABC, 14 August 1954, John Bond. "John Molteno: Founder of the South African Railways", p. 3.
  5. ^ Davenport, D.E. A Railway Sketch of South Africa. 1882. Cape Town
  6. ^ "Full text of "Proceedings of the Royal Colonial Institute"". archive.org. Retrieved 1 September 2017.
  7. ^ "Postojnska Jama in Slovenia, the Suedbahn and the visit of John Charles Molteno: Their influence on the Development of Railways in South Africa". zrc-sazu.si.
  8. ^ "Report of the Select Committee appointed by the House of Assembly on 20 May 1873 on the Question as to what Gauge should be adopted on the Line of Railway from Wellington to Worcester". Parliament of the Cape of Good Hope. 1873.
  9. ^ "Cape Gauge – From Ox-wagon to Iron Horse | The Heritage Portal". theheritageportal.co.za. Retrieved 1 September 2017.
  10. ^ Bond J.: They were South Africans. London: Oxford University Press. 1956. Chapter 19, The Makers of Railways: John Molteno. p.170.
  11. . p.146.
  12. ^ Royal Colonial Society: Proceedings of the Royal Colonial Institute. Northumberland Avenue, London. 1898. p.26. "The Railway System of South Africa".
  13. ^ Burman 1984, pp. 52–63.
  14. ^ Burman 1984, pp. 64–78.
  15. ^ Burman 1984, pp. 79–90.
  16. ^ F. Statham: Blacks, Boers, & British: A Three-cornered Problem. MacMillan & Co. 1881. p.42.
  17. ^ Burman 1984, pp. 95–96.
  18. ^ kim (20 September 2016). "Aloes Railway station". South African History Online. Retrieved 1 September 2017.
  19. ^ Minutes of Proceedings of the Institution of Civil Engineers. 1885. p. 256.
  20. .

Further reading