As part of the significant redevelopment of Cabravale Resort Club, Altis Architecture envisioned a world-leading space to rival some of the best-known clubs in the world. The club features complex, technical structures that are both theatrical and blur the lines between art, architecture and landscape.

Upon entering the lofty atrium, a series of organically shaped canopy structures rise from landscaped gardens, setting the tone for a premium experience. Moving through into Caffé Vicini, a bold network of copper-finished pipes is suspended above the bar, referencing the industrial heritage of traditional coffee roasting and brewing equipment.

The ambitious elements required a delivery partner capable of translating creative intent into a buildable and economical architectural solution. Tilt was engaged to undertake a design review, establish materials and specifications, and develop a construction methodology to support the development of the wider project.

Tilt’s approach focused on translating Altis’ concept into a practical, buildable outcome. Through early-stage investigation and design development, the team aligned creative intent with engineering requirements, fabrication capabilities and site constraints, enabling informed decision-making throughout the project.

The concept envisioned oversized sculptural forms that demanded both visual elegance and technical rigour. To realise this vision, Tilt developed a lightweight material strategy, using glass reinforced concrete (GRC) for the canopies and powder-coated aluminium for the coffee pipes. These materials delivered the desired visual impact while providing the structural performance, durability and fabrication efficiency needed to realise the large-scale elements without compromising the original design intent.

Using advanced CAD modelling, Tilt rationalised complex geometries and established construction and installation methodologies suited to a busy, multi-trade site environment. Careful consideration was given to structural performance, modular assembly, transport logistics and integration with surrounding architectural elements, helping reduce project risk and improve delivery certainty.