Sarchina Villa is Supported by Inverted Brick Cones & Thatched Roof
Amy Duong — February 16, 2026 — Art & Design
References: yankodesign
The Sarchina Villa is a residential architecture project designed to appear elevated above the ground through the use of four inverted brick cone structures that act as its primary supports. The villa’s main living volume rests on these cones, creating open space beneath the structure while reducing ground contact. A thatched roof spans the upper volume, extending beyond the walls to provide shade and protection from rainfall. The elevated form allows air circulation below the house and limits disruption to the surrounding landscape.
The interior layout is organised across a single raised floor, with living and sleeping areas arranged around central circulation zones. Brick is used structurally in the cone supports, while lighter materials form the enclosed upper volume. Openings are positioned to encourage cross-ventilation and natural light. The roof structure is constructed from timber framing with layered thatch above.
Image Credit: Shomali Design
The interior layout is organised across a single raised floor, with living and sleeping areas arranged around central circulation zones. Brick is used structurally in the cone supports, while lighter materials form the enclosed upper volume. Openings are positioned to encourage cross-ventilation and natural light. The roof structure is constructed from timber framing with layered thatch above.
Image Credit: Shomali Design
Trend Themes
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Elevated Foundation Architecture — The use of inverted structural cones to lift living volumes creates opportunities for low-impact siting and flood-resilient building forms that minimize ground disturbance.
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Traditional Thatch Reimagined — A modern reinterpretation of thatched roofing paired with engineered timber framing highlights potential for sustainable, locally sourced envelope systems with improved longevity and thermal performance.
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Passive Cross Ventilation Planning — Designs that prioritize openings and raised volumes to drive airflow showcase possibilities for low-energy climate control strategies suited to warm and humid contexts.
Industry Implications
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Residential Architecture — Architectural practices focusing on elevated single-story volumes reveal potential for market differentiation through site-sensitive, nature-integrated home designs.
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Sustainable Construction Materials — Manufacturers of masonry, engineered timber, and thatch composites could see demand for hybrid material systems that combine traditional aesthetics with engineered performance.
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Luxury Eco Tourism Villas — Boutique hospitality developers aiming to offer immersive natural experiences could benefit from villa typologies that reduce footprint while enhancing passive comfort and local character.
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