Following two other stories about beach houses by Simon Conder Associates, here's a look back at a black rubber-clad house completed by the architects on Dungeness beach in Kent, England (+ slideshow).
Simon Conder Associates completed the Black Rubber Beach House in 2003 and it was the first building in the UK clad in this particular kind of rubber waterproofing.
Built as a fisherman's hut in the 1930s, the house had been through a number of changes and extensions over the years. This most recent adaption involved stripping the building back to its timber frame and replacing all of the walls.
Interior and exterior surfaces were clad in spruce plywood, before the rubber skin was stretched across the facade.
"This project demonstrates that the careful choice of low-cost materials combined with the innovative use of new products can create domestic architecture of real quality at very low cost," said Simon Conder. "It also shows that it is possible to design a building in the context of the bodged 'squatter architecture' that typifies Dungeness beach."
Two large living rooms take up most the house's interior. A small bedroom and bathroom are tucked into one corner, while an additional guest room is housed inside the silver Airstream caravan parked adjacent to the house.
The kitchen and dining room features timber-framed glass walls that open out onto a wooden deck.
In the bathroom, the bath is cantilevered out over the beach and features a long rectangular window that maintains a bather's privacy, whilst allowing a view towards the sea.
The other two beach houses by Simon Conder Associates are a timber house designed around a nineteenth century railway carriage and two passive solar houses set into the side of a cliff. See more architecture by Simon Conder Associates »
Photography is by Chris Gascoigne, apart from where otherwise stated.
Here's a project description from the architects:
Black Rubber Beach House, Dungeness, Kent
This project demonstrates that the careful choice of low cost materials combined with the innovatory use of new products can create domestic architecture of real quality at very low cost. It also shows that it is possible to design a building in the context of the bodged ‘squatter architecture’ that typifies Dungeness Beach, which both re-invigorates this tradition and captures the unique spirit of the place. Although this project started life as a conversion project, by the time it was finished 75% of the fabric was effectively new build. This reflects the fact that when the original roofing and cladding were removed the softwood framework behind was found to be virtually non-existent, and it is something of a mystery how the building had not previously been blown away by the winter storms.
Dungeness Beach in Kent is a classic example of ‘Non Plan’ and the houses that populate the beach have developed through improvisation and bodge. This scheme develops this tradition in a way that responds to the drama and harshness of the landscape. The original building, which itself is the product of a series of changes and extensions since it was built as a fisherman’s hut in the 1930s, has been stripped back to its timber frame, re-structured, extended to the south and east to capture the extraordinary views, and clad both internally and externally in Wisa-Spruce plywood. This plywood provides all the internal finishes, including walls, floors, ceilings, doors and joinery. Externally both walls and roof are clad in black rubber, a technically more sophisticated version of the layers of felt and tar found on many local buildings. The bath is cantilevered out over the beach giving dramatic views to the sea. Internally priority has been given to maximising the living areas and the house only has one small bedroom. Visitors are accommodated in a 1954 Airstream caravan which is parked next to the house, the silver of the aluminium caravan providing a striking visual contrast to the black rubber.
Innovation and Sustainability
The project is the first to use EPDM (ethylene propylene diene monomer) rubber waterproofing to clad an entire building. The main advantages of the material can be summarised as follows:
» Water resistant yet vapour permeable
» Withstands extremes of temperature between -50°C and +130°C
» Elongation of over 400% with no degradation over time
» Resistant to ozone and UV
» No fire risk
» A natural product
» Individual elevations including cut-outs for doors and windows can be manufactured in the factory with vulcanised joins between roll widths.
The Wisa-Spruce plywood used for both the interior and external cladding of the timber frame was chosen specifically because it comes from managed forests in Finland.
One of the characteristics of the beach environment is the constant wind and this, in combination with the black rubber cladding, combines to provide an energy efficient internal environment. In summer windows on opposing sides of the house are left open to provide positive cross ventilation which effectively dissipates the potential heat gain through the black rubber. In the winter the windows are generally closed and the black rubber acts as a heat sink with the result that the use of the back up heating system is minimised.
Architect: Simon Conder Associates
Design Team: Simon Conder and Chris Neve
Structural Engineer: KLC Consulting Engineers
Contractor: Charlier Construction Ltd
EPDM Sub-Contractor: AAC Waterproofing Ltd
Completed: November 2003
- Maison Leguay by Moussafir Architectes
- Sayama Flats by Schemata Architecture Of…fice
- Origami House by TSC Architects features… a roof modelled on folded paper
- Martin Luther Church by Coop Himmelb(l)a…u
- VTB Arena Park by Erick van Egeraat
- Photos of Sou Fujimoto's Serpentine Gall…ery Pavilion
- ZMS Schwandorf Administration Building b…y Archimedialab
- Movie: Beko Masterplan by Zaha Hadid Arc…hitects
- Parrish Art Museum by Herzog & de Meuron
Sign up for a daily roundup
of all our stories