One look at the stunning facade of this Ruby Street home and you know you are in for something special. The metamorphosis from it's humble beginnings in the 1920s to the stunning home it is now is remarkable. However, the fact that this is a home that has been truly loved and enjoyed for over 100 years is the feeling that emanates throughout. This original 2 bed home has been totally transformed into a spacious double storey 4 bedroom, 3 bath plus home office family property. An enchanting front garden leads to a porch with a bullnose roof.

The front door opens into the original house which seamlessly links to the remainder of the ground floor rooms. The living is open concept with access to the rear landscaped garden, overlooked by a fully equipped kitchen. Original features abound with gleaming jarrah floorboards (replicated in the upper storey landing) high ceilings, and moulded skirtings, architraves, and cornices. The upper storey comprises 2 bright large bedrooms, bathroom and spacious living room/study with outlooks over surrounding neighbourhood and city views. In addition, there is a massive freestanding 4 car garage and workshop designed to complement the home. To say "it's got everything' is an understatement. The presentation is immaculate, the owners classical taste reflects the property's era, however the home's 'good bones' lends itself to any style from classic to contemporary.

The location is second to none in one of the area’s most sought after streets with parks and schools just minutes away, cafes and restaurants and some excellent shopping are within walking distance and just moments from the City. Disappointment is not an option.

COMPRISING
Four spacious bedrooms,
Three bathrooms, (one ensuite)
Open-plan living and dining space
Fully equipped contemporary kitchen
Home Office
Upstairs sitting room

FEATURES
Jarrah floors downstairs
Full height ceilings
Decorative Fireplace
Original plaster details
Ornate skirtings and architraves
4 car garage/workshop
Split system air-conditioning
Alarm system