November / December 2026 | Vogue Living Australia
DUNLIN is delighted to be featured in the November/December 2026 issue of Vogue Living, in Sentimental Value, a considered reimagining of a Whale Beach residence by Sydney-based architecture and interiors practice Akin Atelier.
Photographed by Dave Wheeler and styled by Jack Milenkovic, the home is a thoughtful study in materiality, proportion and the enduring character of a place. Existing architectural elements sit alongside carefully selected vintage furnishings, natural textures and contemporary design, creating interiors that feel both personal and quietly resolved.
The Etna Extra Large Rattan Pendant by DUNLIN
Suspended above the dining table, a pair of DUNLIN's Etna Extra Large Rattan Pendants brings warmth and sculptural form to the space.
Handwoven in natural rattan, the pendants are distinguished by their generous proportions, architectural silhouette and the subtle variations inherent in the material. Their open weave introduces texture and a gentle diffusion of light, complementing the home's timber finishes and restrained palette.
Set against the expansive outlook towards Whale Beach, the pendants establish a quiet rhythm above the dining table, balancing their sculptural presence with the surrounding architecture.
The project reflects an approach to design that resonates with DUNLIN: an appreciation for natural materials, craftsmanship and pieces that sit comfortably within interiors intended to endure.
We are grateful to Akin Atelier and the Vogue Living team for including DUNLIN in this beautiful project.
Project Credits
Publication: Vogue Living Australia, November/December 2026
Feature: Sentimental Value
Architecture & Interior Design: Akin Atelier
Photography: Dave Wheeler
Styling: Jack Milenkovic
Words: Rebecca Tay
Lighting: Etna Extra Large Rattan Pendants by DUNLIN
Location: Whale Beach, Sydney, Australia
As featured: Pages 120–123, with the DUNLIN Etna Extra Large Rattan Pendants pictured on page 123.
Discover the Etna Rattan Pendant collection at DUNLIN.