29 Lansdowne Street, Newmarket QLD 4051

Property Details: • Type: Vacant Land

• Bedrooms: 0 • Bathrooms: 0

Description: An exceptional opportunity awaits on one of Wilston Hill's most coveted and elevated positions. This premium block comes ready with town planning approval and preliminary architectural, construction and engineering drawings, already completed by Andrew Gildea Architects. All that's left is to lodge your design with the building certifier-making this an incredibly streamlined path to creating your dream home. Offering rare 180-degree panoramic views across the stunning Mount Cootha Ranges, this site promises a lifestyle of serenity, prestige and convenience. Perfectly positioned within the Wilston State School and Kelvin Grove High School catchment and moments from key lifestyle and transport amenities, it's an address that delivers both day-to-day ease and long-term value. Opportunities like this on Wilston Hill, surrounded by prestigious homes are scarce, and this one is primed for immediate action. Key Highlights: A rare chance to build your bespoke dream home on prestigious Wilston Hill, surrounded by established, high-quality residences Town planning approval already secured from Brisbane City Council Preliminary architectural, construction & engineering drawings by Andrew Gildea Architects Elevated block with spectacular 180° panoramic view to Mount Cootha Ranges Located in the desirable Wilston State School and Kelvin Grove State High School catchments Close to Wilston Village, Homezone Windsor, Newmarket Village with Reading Cinemas, and Herston Olympic Games precinct Short walk to Newmarket train station This is more than a block of land, it's a vision brought to life with the groundwork already done for you. Secure your position on Wilston Hill and create a home that captures breathtaking views, enviable convenience and enduring value. Opportunities like this don't come twice enquire today to view the design, planning approvals and other documentation or to arrange an on-site inspection from the top of the block.