Guanajuato 194 by Bloqe Arquitectura is a multifamily housing project in Roma Norte, Mexico City, that transforms a former parking lot on a narrow, deep parcel into a sequence of residential blocks organized around patios, planted balconies, and material thresholds.
Guanajuato 194 Technical Information
- ArchitectsBloqe Arquitectura
- LocationRoma Norte, Cuauhtemoc, Mexico City, Mexico
- Gross Area2,265 m2 | 24,380 Sq. Ft.
- Project Years2022 – 2025
- Photographs© Rafael Gamo
The building opens to the street without fully exposing itself. It builds presence, but also refuge.
– Jorge Esquer Luque
Urban Insertion and the Narrow Lot
Guanajuato 194 occupies a narrow and deep site in Roma Norte, a district where domestic interiors, street commerce, dense vegetation, and mid-rise housing coexist within a compact urban fabric. The previous use as a parking lot produced a gap in the continuity of the street, both spatially and socially. The project replaces the inactive frontage with a residential facade that participates in the block’s rhythm while avoiding excessive exposure of private life.
Rather than extending a single continuous volume across the full depth of the parcel, Bloqe Arquitectura divides the program into three residential blocks. This strategy is less a formal gesture than a planning device. It reduces the problems commonly associated with elongated lots, such as deep floor plates, limited ventilation, and internal units with diminished daylight access. The section and plan work together to distribute exterior relationships across the project, so that a dwelling’s value is not determined solely by its proximity to the street.
The street elevation establishes the first negotiation between density and privacy. Deep travertine-faced planters, recessed glazing, exposed concrete slabs, and ochre-red metalwork create a layered facade in which vegetation acts as both environmental buffer and spatial filter. From the sidewalk, the building reads as a stacked arrangement of inhabited thresholds rather than a flat apartment elevation. The party-wall condition, expressed through board-formed concrete, gives the building a heavier lateral presence, while the planted front softens the transition toward public space.
Patios as Environmental and Spatial Infrastructure
The interior patios are the project’s primary spatial infrastructure. They separate the three residential blocks, introduce daylight into the depth of the lot, and allow cross-ventilation to reach units that would otherwise depend on mechanical systems or artificial lighting. In plan, the voids serve as interruptions in the built mass; in section, they connect different levels via vegetation, balconies, bridges, and shifting light conditions.
These patios are not leftover spaces between saleable areas. Their proportions, surfaces, and planting define them as environmental devices that regulate privacy and acoustic conditions. Views are filtered across the voids rather than opened directly, allowing opposing units to receive light and landscape without an excessive sense of surveillance. Gravel, travertine paving, planted boxes, and small trees create microclimatic variation, while water and shade contribute to a cooler, slower interior atmosphere.
The material contrast between the street facade and the courtyards reinforces the shift from urban presence to domestic refuge. Toward the city, the palette is heavier, with concrete, travertine, and dense planted balconies. Within the patios, white plaster surfaces, ochre-red railings, timber doors, and suspended planters produce a more intimate collective scale. The result recalls the sectional complexity of courtyard housing, where shared voids are not merely circulation spaces but instruments for structuring light, distance, and daily encounter.
Thresholds, Circulation, and Domestic Atmosphere
The entrance sequence is treated as a spatial transition rather than a simple point of access. From the sidewalk, a stepped passage lined with travertine gradually lifts the body away from the street and compresses movement before opening into a vestibule. Shade, stone, water, and controlled light reduce the intensity of the exterior. The water mirror in the lobby lends the threshold a measured stillness, turning arrival into a moment of adjustment between the public city and the building’s interior life.
Circulation throughout Guanajuato 194 continues this logic of gradual transition. Stairs, corridors, patios, and terraces are aligned with planted voids, so movement is accompanied by changes in scale, light, and material texture. The common areas avoid the anonymity often found in speculative multifamily housing by allowing residents to pass through spaces with recognizable atmospheric qualities. A corridor may overlook a courtyard, a landing may open to a planter, and a stair may frame a fragment of sky.
The apartments extend outward through balconies, terraces, or lightwells, giving each unit a particular relationship with exterior space. Street-facing dwellings engage the movement of Roma Norte through recessed openings and planted screens, while interior units depend on patios for light, air, and visual depth. This distribution reduces the conventional hierarchy between front and rear apartments. Domestic space is expanded not by adding excess area, but by carefully calibrating thresholds between interior rooms and adjacent exterior conditions.
Structure, Materiality, and Long-Term Performance
The building is structured primarily through load-bearing walls of exposed concrete cast with phenolic formwork. These walls act simultaneously as structure, enclosure, and final finish, allowing the construction system to remain legible within the completed architecture. Beam-and-block slabs organize the levels and reduce the need for columns inside the apartments, supporting more continuous domestic layouts. Due to the shallow groundwater table, the foundation was designed as a box rather than on piles, a technical decision that reflects the close relationship between site conditions and structural strategy.
Material articulation is central to the project’s character. Board-formed concrete provides mass, shadow, and continuity; travertine appears as cladding, planter, base, and parapet; ochre-red steel defines pergolas, frames, railings, and doors; oak and encino wood bring warmth to floors, wall linings, and joinery. The interiors extend this palette with concrete walls, timber shelving, solid wood furniture, stone counters, and muted cabinetry. The material choices favor surfaces that can absorb use over time rather than finishes dependent on frequent replacement.
Environmental performance is based mainly on passive means. The fragmentation of the volume allows openings on multiple sides, while patios and terraces enhance cross-ventilation and daylight penetration. Deep balconies, planted edges, and pergolas moderate solar exposure and create shaded extensions of the apartments. Vegetation is not applied as decoration; it is integrated into the building envelope and the shared voids, where it filters views, lowers surface temperatures, and gives the housing a daily relationship with seasonal growth.
About Bloqe Arquitectura
Bloqe Arquitectura is a Mexico City-based practice led by architect Jorge Esquer Luque. For Guanajuato 194, the firm acted as the architect and interior designer through an integrated development, design, construction, and sales process, aligning technical and financial decisions with the building’s spatial intent.
Credits and Additional Notes
- Construction company: Bloqe Real Estate
- Architect: Jorge Esquer Luque
- Design team: Francisco Villalon and Jerónimo Prats
- Interior Design: Bloqe Arquitectura
- Photography: Rafael Gamo
