Ouse Valley Railway Viaduct the Ouse Valley Railway Viaduct is a Grade II* listed building in the Mid Sussex local planning authority area, England. First listed on 11 May 1983. Viaduct.
Ouse Valley Railway Viaduct the Ouse Valley Railway Viaduct
- WRENN ID
- buried-terrace-ebony
- Grade
- II*
- Local Planning Authority
- Mid Sussex
- Constituency
- East Grinstead and Uckfield MP: Mims Davies (Con)
- Country
- England
- Date first listed
- 11 May 1983
- Type
- Viaduct
- Address
- Ouse Valley Railway Viaduct the Ouse Valley Railway Viaduct, Balcombe
- OS grid reference
- TQ 322 279
- Coordinates
- 51.03571, -0.11499
- Source
- Historic England listing
Description
The Ouse Valley Railway Viaduct is a significant structure located partly in the Parish of Cuckfield Rural. It is a remarkable example of scenic design and is the most important surviving architectural feature of the original layout of the London to Brighton Railway. Designed by John Rastrick and David Mocatta, the viaduct was constructed between 1839 and 1841. It is made of red brick and features 37 tall round-headed arches. Each pier is divided into two sections with a round-headed arch between them and a cornice above, situated below the springing of the main arch. At the top, there is a stone balustraded parapet with narrow round-headed arches and a small square recess over each pier, which projects out on brackets. At both ends of the viaduct, where it connects to the embankment, there are four solid rectangular brick piers topped with small pavilions that have a solid balustrade, three round-headed arches, a modillion eaves cornice, and a nipped tiled roof. These features serve as prominent terminal points of the viaduct, especially visible from passing trains. Sir John Rennie was the chief engineer for the railway line.
Local climate
Ouse Valley Railway Viaduct the Ouse Valley Railway Viaduct receives an average of 770 mm of rain a year. This makes it drier than 64% of listed buildings in the UK. Its exposure to wind-driven rain is greater than that of 67% of listed buildings.
It experiences an average of 31 freeze-thaw cycles a year, fewer than 63% of listed buildings. Of these, 13 follow at least 1 mm of rain in the preceding 48 hours. Average temperatures at this location have risen by 0.3°C per decade since 1991.
Averages for 1991–2020; temperature trend 1991–2025. Figures describe the wider area (a grid cell of roughly 10 km), not the individual site. Contains modified Copernicus Climate Change Service information 2026.
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- Detailed attributes — period, style, materials, features
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