11 Ludwick Street

Cannon Hill QLD 4170

Set on a conveniently-located 602sqm allotment, this three-bedroom property is ready to be renovated further or enjoyed as is. Close to the Minnippi Golf Course and Cannon Hill Kmart Plaza, this dual-level residence welcomes you to secure your future in sought-after Cannon Hill. Beautifully maintained, the home features an attractive facade and established front gardens. Inside, you will find elegant details such as timber floors and a timeless neutral colour palette. On its upper level, a spacious open-plan living and dining area is filled with natural light. A fantastic adjoining kitchen displays quality appliances, a tiled splashback and ample cupboard storage. Extending the entertainment options outside, a covered rear deck is ideal for relaxing and hosting guests. An external staircase leads down to a generous fully-fenced grassed rear yard and a covered patio. Finishing the upper level, a sizeable master bedroom is accompanied by two additional bedrooms. Updated in 2022, a well-appointed main bathroom benefits from floor-to-ceiling tiling and sophisticated black tapware. Boasting a secure single garage and laundry amenities downstairs, the property also includes a large storage area, a single carport and air-conditioning.Only a stone's throw from a multitude of shops and dining options, this sensational residence is near Seven Hills Bushland Reserve's scenic walking tracks and the Cannon Hill train station. The upgraded Murarrie Recreation Reserve and Bulimba's fashionable attractions are minutes away. Falling within the Mayfield State School and Whites Hill State College catchment areas, this brilliant home is also a short distance from Cannon Hill Anglican College, Saint Oliver Plunkett Primary School and Lourdes Hill College. Do not delay call to arrange an inspection today. DisclaimerThis property is being sold by auction or without a price and therefore a price guide can not be provided. The website may have filtered the property into a price bracket for website functionality purposes.