10 St Albans Court

Positioned in a quiet cul-de-sac is this two-storey home in the highly sought-after Grindelwald lifestyle precinct, this substantial family home offers space, versatility and room for everyone to enjoy. Set on an expansive 1711m² allotment, the property combines generous indoor living with a peaceful semi-rural setting. Offering four bedrooms, two bathrooms and approximately 26 squares of floor area, this home has been thoughtfully adapted to suit modern family living. A feature is the former double garage, which has been converted into an enormous rumpus room, providing the ultimate multipurpose space. Whether you're looking for a games room, home theatre, teenager's retreat, gym, hobby or additional entertaining area, this impressive space offers endless possibilities. The home's flexible floorplan is complemented by generous living areas including a lounge room, family area & a separate formal dining room. The large block provides plenty of room for outdoor entertaining, gardening and family activities. Tucked away in a peaceful court location, you'll enjoy the tranquillity of Grindelwald whilst still being within easy reach of Launceston's amenities. Features include: Four-bedroom family home plus study Two family bathrooms, main with palatial ensuite Huge, converted garage/rumpus room Multiple living and entertaining options Spacious 1711m² block Approximately 26 squares of floor space Quiet cul-de-sac position Sought-after Grindelwald location A property of this size and versatility is a rare find, offering the perfect combination of family comfort, lifestyle appeal and flexible living space. "Roberts Real Estate has made all reasonable efforts to obtain information regarding this property from industry and government sources that are deemed to be both reliable and factual; however, we cannot guarantee their complete accuracy in every instance. Prospective purchasers are advised to carry out their own investigations to ensure the property satisfies their suitability/usage requirements. All measurements and boundary lines are approximate."