PPAA sculpts its los angeles home 'mar vista' with curves and carved voids

"Mar Vista is a single-family residence by PPAA / Pérez Palacios Arquitectos Asociados located in a suburban neighborhood near the coast in Los Angeles, California. The house engages monolithic geometries through the interplay of straight and curved lines. With large openings throughout each building, the project lends a measured tension across elevations and interior volumes that registers immediately from the street. The site contains an existing configuration organized around a central rectangular mass and two patios positioned front and back."

"The architects at PPAA cut large openings through the plan of Mar Vista to establish long sectional views that extend from the front patio to the rear garden. Interior rooms register these voids as continuations of lived space, with glazing and circulation aligned to maintain visual and spatial continuity across the lot. This configuration responds to the coastal climate through generous apertures and shaded transitions."

"Mar Vista's main facade is defined by a curved roof profile that PPAA designs to reframe the familiar gable within local planning constraints. Entry occurs from the side, leaving the front elevation open toward the patio through large panes of glass that expose interior depth without ornamental emphasis."

Mar Vista is a single-family residence sited in a coastal Los Angeles suburb and organized around front and rear patios. The design operates through subtraction within the allowable envelope, carving voids that redistribute space while preserving the original footprint logic. Large openings and aligned glazing create long sectional views and visual continuity from front patio to rear garden. Generous apertures, shaded transitions, and oriented circulation respond to the coastal climate by encouraging air movement, daylight penetration, and integration of vegetation. The main facade uses a curved roof profile to reinterpret a gable, and programmatic functions are distributed across two connected buildings.

Read at designboom | architecture & design magazine