The net-like façade by CRB Arquitectos combines concrete and green
Nuevo León 207, designed by CRB Arquitectos, is a Reside Buildings in the Hipódromo district of Mexico CityThe design is characterized by a concrete Facade in which load-bearing beams and columns are integrated into a net-like grid that is broken up by vegetation, creating a seamless connection between the interior and exterior of the building.
The project, which took 18 months to build, faced the challenge of harmonizing architecture with a structure that created different levels between walls and columns. The design maximizes natural light and views in each apartment, orienting them towards the building’s double facade. By integrating vegetation along the facade, the building blends in with the surrounding trees and contributes to the urban ecosystem by producing clean oxygen.
all pictures by César Béjar
The vertical living spaces of Nuevo León 207 integrate green niches
The eight-storey building, with two underground parking levels, is set back at ground level to create additional pedestrian space, facilitating coexistence between the building and the street. The ground floor houses a lobby and office area at the rear with a double-height area and a mezzanine that opens onto a garden designed by Hugo Sanchez. The garden, as well as the roof garden and terraces, are planted with low-maintenance plants such as lion’s claw ferns and yellow jasmine, chosen for their adaptability to low light conditions.
Each floor of Nuevo León 207 contains a single apartment directly connected to the vertical circulation. The design team At CRB Arquitectos, the layout of each apartment is organized to include living and dining areas, kitchens, service areas, guest bathrooms and two en-suite bedrooms. The common areas extend across the entire width of the building, with terraces on both sides to allow cross ventilation and improve connection to the outside. Double-glazed windows provide sound and temperature insulation, offering both insulation and the benefits of natural ventilation when desired.
Nuevo León 207 in the Hipódromo district of Mexico City features a dynamic concrete façade
Dynamic façade and sustainable design characterize Nuevo León 207
The geometry of the façade is enriched by the interplay of terraces between the master bedrooms and the public areas, creating a dynamic visual pattern. The main finish of the building is pigmented exposed concrete, chosen for its durability and low maintenance, allowing the structure to adapt to its environment over time. The ground floor features wooden doors made from railway sleepers, while the interior finishes are granite and stone in the public areas and engineered wood in the private areas. The bathrooms are clad in marble, and the external concrete finish extends into the apartments, complemented by wooden slats and earth-toned plaster.
The central element of the project is the roof garden, a communal space that encourages interaction between the building’s residents and office users while offering panoramic views of the city. A rainwater collection system is installed above the garden, providing an alternative water source and reducing dependence on the city supply. To support the structure on the area’s resilient soil, a 45-meter-deep Milan wall foundation was built to stabilize the concrete columns and walls. This foundation method also allowed for the creation of two double-storey basements for additional vehicle parking spaces.
The vegetation gives the facade a softer character and creates a seamless connection between the inside and outside.
Nuevo León 207 features various sustainable elements, including double-glazed windows, a rainwater collection system, cross ventilation and a green façade. The design of the building not only improves the quality of life of its residents, but also contributes positively to the urban environment by respecting its context and enhancing the image of the city.
The building’s facade integrates structural beams and columns into a net-like grid
The project harmonized the architecture with different levels between walls and columns
The design maximizes natural light and views from each apartment
The vegetation along the facade allows the building to blend in with the surrounding trees
The public spaces extend across the entire width of each apartment and have terraces for cross ventilation
