2 rooms house of 382m² in Heidelberg West

Be the very first to call this stunning architecturally designed townhouse home. Spanning three impressive levels and finished to an exceptional standard throughout, this brand-new residence delivers a sophisticated blend of style, space and low-maintenance living in a highly convenient Heidelberg West location. The ground floor welcomes you with a spacious entry foyer, dedicated study or work-from-home space, full laundry, additional storage and direct access to the oversized remote garage. Upstairs, the heart of the home unfolds with a stunning open-plan living and dining area complemented by a designer kitchen featuring stone benchtops, quality stainless steel appliances, gas cooking, dishwasher, extensive cabinetry and a large island bench perfect for entertaining. A powder room services this level, while sliding doors open to a private balcony, creating a seamless indoor-outdoor connection. The top floor comprises two generous bedrooms, both fitted with built-in robes and split system heating and cooling. The master bedroom is serviced by a sleek ensuite, while a second designer bathroom and an additional family retreat or sitting area provide flexibility rarely found in townhouse living. Further highlights include engineered timber flooring, plush carpets, split system heating and cooling throughout, striking black fixtures and fittings, high ceilings, excellent natural light and secure remote garage parking. Positioned moments from Northland Shopping Centre, Austin Hospital, Heidelberg Train Station, La Trobe University, local schools, parklands and public transport, this impressive residence offers the perfect combination of luxury, convenience and lifestyle. A rare opportunity to secure a brand-new home with premium finishes and generous proportions in one of Heidelberg West's most connected locations. Inspection is a must. Property Features Balcony Built-In Robes Dishwasher Floorboards Outdoor Entertainment Area Remote Garage Rumpus Room Secure Parking Split System Air Con Split System Heating Study Show more Show less