FOAA Packs Twenty Townhouses into a Santiago Block Without Losing the CourtyardFOAA Packs Twenty Townhouses into a Santiago Block Without Losing the Courtyard

FOAA Packs Twenty Townhouses into a Santiago Block Without Losing the Courtyard

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Santiago's Providencia district sits inside the city's central ring, a well-connected zone where density usually means apartment towers. FOAA chose a different format for Casa Italia Townhouse: twenty individual homes packed into a single city block, each with its own courtyard and rooftop terrace. The project, completed in 2022, reads from the street as a continuous brick wall punctuated by steel bracing and recessed balconies. Step inside, though, and you find a network of paved lanes, planted concrete beds, and grey stucco facades that belong more to a Mediterranean village than to a Chilean capital.

What makes the project genuinely interesting is its refusal to choose between urban density and domestic privacy. Underground parking absorbs all the cars. Shared security and common areas hold the perimeter. And every unit gets outdoor space that is not a balcony tacked onto a tower floor plate but a true ground-connected courtyard, plus a sky-connected rooftop. The result is a housing typology that competes directly with the apartment market on location and price per square meter while offering something apartments structurally cannot: interiority.

A Brick Perimeter That Holds the Street

Street view of the brick facade with raised steel-braced ground floor beneath mature tree canopy
Street view of the brick facade with raised steel-braced ground floor beneath mature tree canopy
Brick volume with diagonal steel bracing and ramped entrance under afternoon clouds and tree branches
Brick volume with diagonal steel bracing and ramped entrance under afternoon clouds and tree branches
Street elevation showing the brick facade with recessed balconies and diagonal metal fence at dusk
Street elevation showing the brick facade with recessed balconies and diagonal metal fence at dusk

The street-facing facades are built from a consistent brick skin raised above diagonal steel bracing at the ground floor. That bracing does double duty: it opens sightlines beneath the building mass and signals to passersby that this is not a solid wall but a permeable edge. Mature plane trees along the sidewalk soften the scale, and the brick bonds well with the residential grain of Providencia, where masonry has been the default surface for decades.

At dusk the recessed balconies glow like pockets cut into the mass, giving the elevation rhythm without relying on applied ornament. A translucent metal fence at the base negotiates between openness and security, a practical concern that FOAA treats as a design element rather than an afterthought.

Courtyard Lanes as the Social Spine

Paved courtyard lane between grey rendered walls with planted concrete boxes and louvered rooftop pergola
Paved courtyard lane between grey rendered walls with planted concrete boxes and louvered rooftop pergola
Symmetrical courtyard perspective with grey rendered walls, planted boxes and evening light on distant facade
Symmetrical courtyard perspective with grey rendered walls, planted boxes and evening light on distant facade
Gray stucco facades with punched windows along a paved courtyard with planted concrete beds and succulents
Gray stucco facades with punched windows along a paved courtyard with planted concrete beds and succulents

Between the brick perimeter blocks, a central spine of paved lanes organizes the complex. These lanes are narrow enough to feel intimate but wide enough to admit daylight all the way to the ground. Planted concrete boxes line both sides, filled with succulents and ornamental grasses that tolerate Santiago's dry summers. The planting is not decorative; it controls dust, absorbs heat from the paving, and gives each unit a soft foreground.

FOAA switches the interior facades from brick to grey stucco. The material shift is deliberate: the courtyard world is quieter, lighter, and cooler than the street world. Punched window openings sit in precise grids, and corrugated metal panels add texture without competing with the rendered walls. The overall effect recalls the courtyards of Italian housing blocks, which may explain the project's name.

Material Contrasts and Rooftop Pergolas

Courtyard facade composition with grey render, corrugated metal cladding panels and punched window openings
Courtyard facade composition with grey render, corrugated metal cladding panels and punched window openings
Facade detail with alternating brick and corrugated metal panels above a lawn and diagonal metal fence
Facade detail with alternating brick and corrugated metal panels above a lawn and diagonal metal fence
Courtyard facade showing stucco volumes with vertical metal screening and a raised concrete planter with dried grasses
Courtyard facade showing stucco volumes with vertical metal screening and a raised concrete planter with dried grasses

FOAA's palette is tight: brick, grey render, corrugated metal, and steel. Each material maps to a specific condition. Brick wraps the exterior. Grey render lines the courtyards. Corrugated panels appear as accent cladding, typically marking stairwells or service zones. Steel shows up as bracing, fencing, and rooftop pergolas. No material tries to be something it is not, and the restraint gives the complex a coherence that denser material palettes often sacrifice.

The louvered rooftop pergolas are worth noting. Visible from the courtyard lanes, they cap the upper terraces and filter the intense Chilean sun without sealing the rooftops off from the sky. In the aerial views, solar panels appear on several roofs alongside these pergolas, suggesting that the rooftop is treated as productive infrastructure, not leftover space.

Corner Volume and Urban Scale

Corner elevation showing the brick volume with recessed balconies and translucent metal fence at dusk
Corner elevation showing the brick volume with recessed balconies and translucent metal fence at dusk
Corner view of the brick volumes beneath a mature plane tree with diagonal metal fencing
Corner view of the brick volumes beneath a mature plane tree with diagonal metal fencing
Elevated view of the brick and dark metal facade with rooftop solar panels against the distant skyline
Elevated view of the brick and dark metal facade with rooftop solar panels against the distant skyline

At the corner, the brick volume turns and meets the street with a slightly taller mass that anchors the complex in the block. This corner condition is where Casa Italia most directly engages its urban context. The recessed balconies wrap the turn, and the diagonal metal fence continues unbroken, binding the two street facades into a single gesture. From this vantage point, the project reads as a single building rather than a cluster of houses, which is precisely the illusion medium-density housing needs to pull off in an urban fabric.

The aerial photograph confirms how carefully the complex sits within Providencia's grid. It is lower than almost everything around it, yet its footprint fills the block efficiently. The Andes rise behind the roofline, a reminder that Santiago is a city defined by geography, and that low-rise density keeps those mountain views accessible from ground level.

Thresholds and Passages

Passageway between two brick volumes with metal rooftop pergola visible against blue sky and clouds
Passageway between two brick volumes with metal rooftop pergola visible against blue sky and clouds
Aerial view of the low-rise brick housing blocks nestled in a residential district with mountains beyond
Aerial view of the low-rise brick housing blocks nestled in a residential district with mountains beyond

The passageways between the two main brick volumes create compressed thresholds: narrow slots of sky framed by masonry on both sides, with the metal pergola visible overhead. These moments of compression make the courtyards feel larger by contrast, a classic spatial trick that works because FOAA commits to it rather than hedging with wider gaps. The result is a sequence of spatial experiences, from open street to compressed passage to generous courtyard to private terrace, that gives each trip home a sense of arrival.

Plans and Drawings

Basement floor plan drawing showing parking spaces and circulation along a rectangular footprint
Basement floor plan drawing showing parking spaces and circulation along a rectangular footprint
First floor plan drawing showing residential units arranged along a linear bar with central staircases
First floor plan drawing showing residential units arranged along a linear bar with central staircases
Second floor plan drawing showing repeated residential units flanking a central corridor and stair cores
Second floor plan drawing showing repeated residential units flanking a central corridor and stair cores
Third floor plan drawing showing residential units with a corner volume separated from the main linear bar
Third floor plan drawing showing residential units with a corner volume separated from the main linear bar
Roof floor plan drawing showing two residential wings with repeating unit modules and central circulation cores
Roof floor plan drawing showing two residential wings with repeating unit modules and central circulation cores
Section and elevation drawings showing multi-story residential blocks with stairs and interior spatial divisions
Section and elevation drawings showing multi-story residential blocks with stairs and interior spatial divisions
South and east elevation drawings depicting a linear residential building with terraced upper levels
South and east elevation drawings depicting a linear residential building with terraced upper levels
Interior elevation drawings showing west and east courtyard facades with balconies and window openings
Interior elevation drawings showing west and east courtyard facades with balconies and window openings

The floor plans reveal a clear organizational logic. The basement is given over entirely to parking, freeing the ground plane from cars. Above, residential units line up along a linear bar with central staircase cores, each unit mirrored across the corridor. The third floor plan shows a corner volume that detaches slightly from the main bar, creating the spatial break visible in the facade. The roof plan confirms the modular repetition of unit types across two wings.

The section drawings are particularly revealing. They show how the interior volumes step and shift across levels, producing double-height moments and terraced upper floors that the exterior barely hints at. The courtyard elevations demonstrate the precise placement of balconies and window openings: every perforation is calibrated to balance privacy between facing units while maximizing cross-ventilation through the narrow courtyard section.

Why This Project Matters

Casa Italia Townhouse is a proof of concept for a housing model that Latin American cities desperately need. Santiago, like Bogotá or Lima, has been defaulting to apartment towers for decades, treating density as a purely vertical problem. FOAA's project demonstrates that twenty homes can occupy a single block at a meaningful density, 3,082 square meters across three stories, while giving every household a courtyard and a rooftop. That combination of ground-level living and urban tightness is the missing middle of South American housing.

The project also makes a quiet argument about materials and longevity. Brick, stucco, and steel do not age into obsolescence; they age into character. In a market saturated with glass-clad towers that look dated within a decade, Casa Italia's material sobriety is not a limitation but a strategy. If the townhouse typology is going to compete with the apartment tower, it needs to outlast it. FOAA seems to understand that.


Casa Italia Townhouse, designed by FOAA, Santiago, Chile. 3,082 m². Completed in 2022. Photography by Nico Saieh.


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