11 Bingley Crescent
11 Bingley Crescent, Fraser ACT 2615, Australia
Sales history
| Event | Date | Price | Price per m² |
|---|---|---|---|
| Sold | Jan 2004 | $443,000 | $357 |
| Sold | Nov 2002 | $345,000 | $278 |
Price per m² based on land size of 1240 m².
Key details
- Locality
- Fraser
- State
- ACT
- GNAF PID
A unique ID for this address in Australia's national address database.
- GAACT714848729
- Legal parcel ID
The official land parcel identifier used on property titles and plans.
- BELC/FRAS/22/5
- Remoteness area
- Metro
- Property type
- House
- Land size
- 1240 m²
- Internal area
- -
- Land Use Category
What the land is mainly used for, such as Residential, Commercial, Industrial or Other.
- Residential
Real Estate Agencies
Frequently asked questions
What is the land size of the property at 11 Bingley Crescent?
The house sits on a 1,240 m² block, providing ample space for outdoor use and landscaping.
In which suburb is 11 Bingley Crescent located and what is the suburb known for?
The property is in Fraser, a suburb at the north‑west end of the Belconnen district in Canberra. Fraser includes the Mount Rogers reserve and a neighbourhood oval.
How far is the property from Mount Rogers reserve?
Mount Rogers reserve is approximately 1 km from 11 Bingley Crescent, offering easy access to the hill and its walking tracks.
What parks are close to 11 Bingley Crescent?
George Simpson Park is about 1.5–2 km away and The Boslem and Harte Park is roughly 1.5–2 km from the house, providing nearby recreational green space.
Which electoral divisions cover the suburb of Fraser?
Federally, Fraser is in the Division of Fenner, and for ACT Legislative Assembly elections it falls within the Ginninderra electorate.
What are the nearby suburbs surrounding 11 Bingley Crescent?
The property is close to Flynn (about 1 km), Charnwood (around 1.3 km), Spence (≈1.6 km) and Melba (≈1.7 km).
What type of underlying geology is found in Fraser?
Fraser sits on Silurian‑age Hawkins Volcanics, consisting of green‑grey dacite and quartz‑andesite beneath the surface.