Spain ShareFacebookTwitterPinterestWhatsappMailOrhttps://www.archdaily.com/920396/casa-borrero-studio-wet Clipboard Architects: Studio Wet Year Completion year of this architecture project Casa Borrero / Studio Wet Collaborators:Anna Marchant, Isabella Duffield, Jane Ching-Yee Ling, Matthew Forbes-Yandi, Anabel Orellana, Rohit NandhaStructure:Pedro LobatoInstallations:Víctor SilveiraDirection Of Execution:Jose Maria Sanchez GarciaPromoter:Juan Antonio Borrero CalvoConstruction Company:Construcciones En General Borrero Y Redondo SLLCity:AlosnoCountry:SpainMore SpecsLess SpecsSave this picture!© Fernando AldaRecommended ProductsWoodTechnowoodPergola SystemsWoodEGGERLaminatesWindowsRabel Aluminium SystemsMinimal Casement Windows – Rabel 8400 Slim Super Thermal PlusFiber Cements / CementsDuctal®Ductal® Cladding Panels (EU)Text description provided by the architects. Alosno is a small village in “Andévalo”, a subregion of the Province of Huelva in the southwest of Spain. It is a place known for a special type of Flamenco music called Fandango, world-famous charcuterie Jamón Ibérico, and close proximity to the mines of Tharsis, and thus to its English colonial architecture. In this context, we were commissioned to design a single family house, described as “traditional” by our clients.Save this picture!© Fernando AldaSave this picture!Floor PlansSave this picture!© Fernando AldaIt was to accommodate an extremely compartmentalized plan that included a free-standing garage and the desire to have the home be a single story building on a given 7 x 40-meter plot. This was again a good opportunity to approach these contingencies with a certain level of critical pragmatism, as we often term our approach, beyond the cliches that we all bring to the design table.Save this picture!© Fernando AldaSave this picture!Section BSave this picture!© Fernando AldaWe decide to use that traditional concept as applied to the pure construction of it, using a system of load-bearing brick walls parallels to the façade, a traditional system we do not typically use. This bearing wall system allows us to turn the tide, and to transfer the main façade from the short length to the long side of 40 meters. One single Family House, with a single space in between bearing walls, and covered by a single pitch roof spanning from 6,5 to 7,5 meter along the 40 meters length.Save this picture!© Fernando AldaThe residential program is displayed along with rooms aligned to the new main façade, whilst the garage occupies the former main façade, at the opposite side of an intermediate courtyard that serves as the main entrance. Although it was necessary to split the garage from the rest of the residence, one of our design goals was to promote a unified perception for the bulk of the house. Save this picture!© Fernando AldaThe same intention moved us to rhythmically shape the outer face with curves, in a way to hold better, aesthetically and statically, the big pitched roof. These curved brickworks are made out of two types of brick, some full rectangular and other canted, in an attempt to improve the perception of a 40 meters long wall, transforming monotony into architectural order. We hope to be successful on this.Save this picture!© Fernando AldaProject gallerySee allShow lessResidential Tower 28 / Hill West ArchitectsSelected ProjectsOMA, Hopkins and LDS Among Finalists to Reimagine Higher Education Design in the UKArchitecture News Share Casa Borrero / Studio WetSave this projectSaveCasa Borrero / Studio Wet Lead Architects: Projects Jose Gómez Mora, Daniel Montes Save this picture!© Fernando Alda+ 24Curated by Clara Ott Share Photographs: Fernando Alda Year: “COPY” Photographs CopyHouses•Alosno, Spain Houses ArchDaily “COPY” 2019 ShareFacebookTwitterPinterestWhatsappMailOrhttps://www.archdaily.com/920396/casa-borrero-studio-wet Clipboard CopyAbout this officeStudio WetOfficeFollowProductBrick#TagsProjectsBuilt ProjectsSelected ProjectsResidential ArchitectureHousesAlosnoSpainPublished on July 04, 2019Cite: “Casa Borrero / Studio Wet” [Casa Borrero / Studio Wet] 04 Jul 2019. ArchDaily. Accessed 11 Jun 2021.