27 Notting Court
27 Notting Court, Banks ACT 2906, Australia
Sales history
| Event | Date | Price | Price per m² |
|---|---|---|---|
| Sold | Aug 1993 | $106,000 | $226 |
| Sold | Mar 1993 | $35,500 | $76 |
Price per m² based on land size of 467 m².
Key details
- Locality
- Banks
- State
- ACT
- GNAF PID
A unique ID for this address in Australia's national address database.
- GAACT714854808
- Legal parcel ID
The official land parcel identifier used on property titles and plans.
- TUGG/BANK/48/25
- Remoteness area
- Metro
- Property type
- House
- Land size
- 467 m²
- Internal area
- -
- Land Use Category
What the land is mainly used for, such as Residential, Commercial, Industrial or Other.
- Residential
Real Estate Agencies
Nearby schools
Frequently asked questions
How many bedrooms and bathrooms does 27 Notting Court have?
The house features three bedrooms and one bathroom. It provides comfortable accommodation for a small family or couple.
What is the size of the land parcel?
The property sits on a 467 m² block. This provides ample garden space around the residence.
Is there a dedicated parking space at the property?
Yes, the home includes one dedicated parking space. It is positioned conveniently for the occupants.
Which parks are within easy walking distance of the house?
Beau and Jessi Park is about 0.3 km away, and Gordonvale Park is roughly 1 km from the property. The suburb’s own Banks Oval is also close by for community events.
What natural landmarks are nearby?
To the east lie the Rob Roy Nature Reserve and the smaller Big Monks mountain, popular with hikers and paragliders. Tuggeranong Hill is situated about 2‑3 km away.
What shopping facilities are available in the immediate area?
A small shopping centre on Pockett Avenue offers a SUPAEXPRESS supermarket, two takeaway food shops, and a pet grooming service. It serves the everyday needs of local residents.
What is the geological makeup of the Banks suburb?
The surface geology of Banks is alluvium, while the surrounding hills consist of Deakin Volcanics formed during the Silurian age, around 414 million years ago.