64-76 Heinemann Road, Redland Bay QLD 4165
64-76 Heinemann Road, Redland Bay QLD 4165
Acreage with massive shed capacity | 10.5 acres near bay | Flood and bushfire overlays flagged | suited to trade or hobbyist buyers
This propertyโs primary strength is the unusual combination of a 4.26-hectare parcel with a five-bedroom house and substantial shed infrastructure, including three 40-foot containers and multiple bays. For a buyer who needs to store vehicles, equipment, or run a trade from home subject to council approval, this configuration is rare closer to the bay. The land size and semi-rural position give genuine separation from neighbours, which supports privacy and flexibility not found on standard residential lots. The catchment for Redland Bay State School and Victoria Point High School adds broad family appeal, and 5G coverage supports remote work.
The flood and bushfire overlays are the main constraint, likely affecting insurance premiums and limiting what can be built or stored in certain parts of the land. Buyers must confirm council zoning and whether the sheds and containers have full approval, as unapproved structures can create liability at settlement. The opportunity lies in the storage capacity and land area for a buyer who values utility over pristine presentation, and who can navigate the overlay restrictions. This property is not for the risk-averse but offers genuine lifestyle and functional space for the right user.
Detailed Independent Property Report preparedย by PropCred Analyst team forย 64-76 Heinemann Road, Redland Bay QLD 4165
Market Insight:
Redland Bay is positioned as an affordable coastal family enclave, offering relaxed living with strong transport links. Demand is driven primarily by interstate and intrastate families seeking value, supported by significant new development. The housing market exhibits exceptionally strong recent growth and tight selling conditions. Future growth is underpinned by major master-planned expansion, though this increased supply and current affordability pressures present key considerations for sustained momentum.