5 Bed
3 Bath
2 Car
5 Bed
3 Bath
2 Car
Positioned in one of the highest and most tightly held streets in Hervey Bay, this exceptional split-level residence captures breathtaking views across the ocean, rural landscapes and out to K'gari from almost every window.
Designed for families who appreciate space, privacy and lifestyle, the home offers an expansive layout with multiple living zones spread across split levels, creating the perfect balance of connection and separation for modern living. Located just a stones throw from Hervey Bay's public & private hospitals.
At the heart of the home is a huge open-plan kitchen featuring striking granite benchtops, quality appliances and the convenience of two separate ovens — ideal for entertaining or large family gatherings. Flowing seamlessly into the living and dining areas, the home is perfectly positioned to embrace the stunning outlook and cooling coastal breezes.
Offering five generous bedrooms and three bathrooms, there is room here for the entire family, guests or dual living potential. Ducted air conditioning throughout ensures year-round comfort, while the double garage provides secure parking plus carport and additional storage. You even have your own climate controlled cellar for up to 500 bottles of wine.
Properties in elevated locations like this are rarely offered to the market, especially with such commanding views and versatile family living, all this on a 1549 sqm block.
Features You'll Love:
One of the most elevated streets in Hervey Bay
Sweeping ocean, rural & K'gari views
Split-level design with character & space
5 spacious bedrooms & 3 bathrooms
Multiple separate living areas
Climate controlled cellar
Huge open-plan kitchen with granite benchtops
Two separate ovens perfect for entertaining
Ducted air conditioning throughout
Double garage with secure internal access
Rare opportunity in a tightly held location
1549sqm block
A home of this scale, position and outlook is truly something special — inspect today and experience the views for yourself.
Balcony
Ducted Cooling
Study