Main image of the project [object Object]

Moscow, Russia

Private House in Moscow

About the project

Classic construction for a private residence in the outskirts of Moscow. Camar supplies the facade in Classic Travertine marble which was combined on site with well-chosen red brick and black slate for the roof, offering a sober and elegant appearance.

Classic Travertine is an intelligent choice for Moscow's extreme continental climate: resistant to intense Russian winter frosts (-30°C) and high summer temperatures. This open-pore natural stone allows wall breathability while providing the characteristic chromatic warmth of Mediterranean travertines. The combination with exposed red brick generates a rich but harmonious material palette.

The architecture responds to European classical canons adapted to contemporary Russian residential taste: symmetrical proportions, gabled roof in black slate, large-format wooden carpentry. The result is a timeless dwelling that honors construction tradition while incorporating 21st century comfort and technology.

Category: Single-Family Home
Date of completion: 2018
Country: Russia

Imagen sobre el proyecto [object Object]

Classic Travertine Facade

Complete facade cladding in Classic Travertine of Spanish origin. This material was selected for its resistance to the freeze-thaw cycle characteristic of Moscow's climate and for its timeless beauty. The honed finish provides texture and avoids excessive reflections, naturally integrating with the residential environment.

Tricolor Combination

The material palette combines three elements: beige Classic Travertine for main walls, exposed red brick in joints and decorative elements, and black slate for the sloped roof. This chromatic triad generates visual richness without stridency, following European classical architecture principles.

Extreme Climate

Moscow presents one of the most demanding climates for construction materials: winters with temperatures below -25°C and summers exceeding 30°C. Classic Travertine demonstrated excellent behavior under these extreme conditions, maintaining structural and aesthetic integrity after multiple annual thermal cycles.