Convenience defines life at Delano, a boutique low-rise development in the heart of vibrant Crows Nest. With just a level 5-minute stroll to the new Crows Nest Metro Station and the buzzing Crows Nest village, residents enjoy seamless access to dining, shopping, and the area’s cosmopolitan culinary scene.
Drawing inspiration from the past to create an icon for the future, Delano fuses timeless design with contemporary innovation. With architecture and interiors envisioned by the acclaimed team at Allen Jack+Cottier (AJ+C), the three boutique buildings and townhomes gently transition in scale and height from the quiet residential streets to the energetic village hub.
At Delano, residents enjoy beautifully landscaped communal gardens with seating and barbecue areas, a private gymnasium, and the convenience of an electric vehicle for shared use, supported by charging stations in the secure basement parking. These thoughtful amenities are designed to elevate everyday living.
Lindsay Bennelong Developments has always been focused on securing premium sites, and they were excited to reimagine this significant location in Crows Nest. Working closely with the community, they have created a landmark that seamlessly blends the area’s modern sophistication with its rich history. The result is an address with a village-like feel, intimate scale, and an important place in the diverse architectural fabric of Crows Nest. If you’re looking for a new way of living in the heart of Crows Nest, don’t miss your chance to make Delano your home.
*Disclaimer: All images, floor plans and promotional materials are for illustrative purposes only. Inclusions, specifications, finishes and amenities are subject to developer approval and may vary from final construction. Prices are subject to change without notice and promotional offers have expiry dates. Prospective purchasers should not rely solely on these particulars and must satisfy themselves through independent inspection, legal advice and contract review before making any purchase decision. All areas and dimensions are approximate only.
