exposed concrete blocks and red tiles shape garage-turned-apartment in barcelona

exposed concrete blocks and red tiles shape garage-turned-apartment in barcelona

in barcelona’s torre baró district, architecture studio lablanca transforms an irregular hillside garage into a guest apartment using a split-level layout adapted to the collserola topography.

prefer designboom on google

[FEATURED]

LABLANCA CONVERTS HILLSIDE GARAGE INTO APARTMENT IN TORRE BARÓ

 

Designed by architecture studio lablanca, Llerona is the adaptive reuse of a former garage into an annex guest apartment in the Torre Baró neighborhood of Barcelona. Situated on the slopes of the Collserola mountain range, an area defined by self-built domestic architecture and steep topography, the project adapts an irregular envelope comprising a main trapezoidal volume and an adjoining, elongated double-height volume.

former garage entrance with red metal gate, redesigned by lablanca
all images ©Simone Marcolin

 

 

CONCRETE BLOCK PARTITIONS ORGANIZE SPLIT-VOLUME FLOOR PLAN

 

The interior distribution by lablanca architectural studio directly responds to two structural conditions embedded in the hillside: a raised concrete foundation block projecting above floor level and an earth-retaining rear wall recess prone to subsurface moisture. A lightweight kitchen module is mounted atop the raised foundation plinth, while the enclosed bathroom occupies the excavated recess, positioning wet programs against the subterranean boundary. This central wet core narrows the circulation path, acting as a spatial threshold dividing the public living area in the trapezoidal volume from the private, top-lit sleeping quarters within the double-height space.

former garage entrance with red metal gate
Llerona is a garage-to-apartment conversion designed by lablanca in Barcelona’s Torre Baró district

 

 

  • RED PORCELAIN TILE AND MASONRY MITIGATE SUBTERRANEAN HUMIDITY

 

To manage subterranean humidity, partitions and built-in furnishings, including the bed frame, storage units, and bathroom enclosure, are constructed from unrendered, breathable concrete masonry units. Saturated red, small-format porcelain stoneware tiles clad the kitchen plinth and the rear wall recess, articulating the structural interventions while linking the interior palette to the adjacent main residence.

kitchen unit placed on top of the foundation block
the layout adapts around an existing structural foundation block protruding above the finished slab
red-tiles-garage-apartment-barcelona-llerona-lablanca-designboom-1800-2
a lightweight kitchen unit is anchored directly on top of the elevated foundation block
kitchen material detail
small-format porcelain stoneware tiles clad the kitchen plinth and the rear recessed alcove
sequence of domestic spaces
the bathroom is placed within an earth-retaining wall recess excavated into the hillside rock
bathroom volume as a threshold
the enclosed bathroom volume acts as a circulation threshold between public and private zones
bedroom viewed from the main volume
unrendered concrete masonry units form the structural partitions, bed base, and storage benches
material sequence in the bathroom
the red ceramic glaze echoes material accents present in the adjacent primary residence
red-tiles-garage-apartment-barcelona-llerona-lablanca-designboom-1800-3
small-scale tiling allows seamless cladding over the irregular planar angles of the existing perimeter
red washbasin nook
the transition between raw gray blockwork and red glazed tiles defines functional zones
material junction at the corner
detail view of the material junction between the concrete masonry, mirror, and red tiles at the corner
detail of the recess in the rear wall
detail view of the junction between the raw concrete masonry units and the red porcelain tile surfaces

 

 

project info:

 

name: Llerona
architect: lablanca | @lablanca_arq

lead architects: Jordi Ribas + Mònica Piqué

location: Torre Baró, Barcelona

photographer: Simone Marcolin | @simoneemarcolin

 

 

designboom has received this project from our DIY submissions feature, where we welcome our readers to submit their own work for publication. See more project submissions from our readers here.