Saraya Villas – Marrakech, Morocco

2 min read
Saraya Villas – Marrakech, Morocco

Twenty-six private villas in Marrakech, in partnership with SBN IMMO and TA INVEST

In Marrakech — where the Atlas mountains frame a city of millennia-old culture and quietly expanding international appeal — Saraya Villas brings together the design language of Bentley Home and the architectural sensibility of one of Morocco's most prestigious locations. Developed by SBN IMMO, a subsidiary of TA INVEST, this is a collection of twenty-six private villas: each one individually conceived, numbered, and furnished by Bentley Home.

The project is organised across three villa typologies — Silverstone, Donington, and Brooklands — ranging from four to five bedrooms, with built surfaces between 280 and 560 square metres on plots of up to nearly 3,000 square metres. Each residence unfolds across multiple levels: a basement with gym, sauna, massage room, and home cinema; a ground floor oriented towards private garden and pool; upper floors with master suites and panoramic terraces. Every villa includes a private pool, four-car parking, smart home automation, underfloor heating, and lift access to all levels.

What distinguishes Saraya is not the accumulation of amenity, but the coherence of the whole. The Bentley Home interiors do not decorate the architecture — they extend it, moving from the structural volumes to the furniture and finishes in a continuous design logic. Natural stone, marble, premium timber, leather, and noble textiles are selected for their texture and lived quality, not their visual impact alone.

Beyond the individual residences, a shared central space provides services and gathering areas for residents, preserving the privacy of each villa while creating a sense of curated community.

Situated in the Commune de Tassoultante, within the Wilaya de Marrakech, Saraya Villas occupies a position that balances proximity to the city with the calm of a protected natural setting — a context that informed every aspect of the project's bioclimatic design and material choices.

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