23 Hooper Crescent
Flynn ACT 2615, Australia
Snapshot
Key points for 23 Hooper Crescent.
- Four bedrooms and three bathrooms suit a medium-sized family
- 215 m² of interior floor area provides generous living space
- 1,262 m² lot offers substantial outdoor area for landscaping
- Two car spaces available for parking or additional storage
Key details
- Locality
- Flynn
- State
- ACT
- Coordinates
- 35.19531787 / 149.04506725
- GNAF PID
- GAACT714856562
- Legal parcel ID
- BELC/FLYN/4/4
- Remoteness area
- Metro
- Property type
- House
- Land size
- 1262 m²
- Internal area
- 215 m²
- Land Use Category
- Residential
Sales history
| Event | Date | Price | Price per m² |
|---|---|---|---|
| Sale | 13 Dec 2025 | $1,250,000 | $990 |
| Sale | 17 Oct 2015 | $690,000 | $546 |
Price per m² based on land size of 1262 m².
Real Estate Agencies
Nearby schools
Frequently asked questions
What is the size of the land for 23 Hooper Crescent?
The property sits on a 1,262 m² block, providing ample space for the house and outdoor areas
How many bedrooms and bathrooms does the house have?
The home features four bedrooms and three bathrooms, offering generous accommodation for families
What parking is provided at the property?
The residence includes two parking spaces for vehicles
Where is 23 Hooper Crescent located?
It is located in the suburb of Flynn, within Canberra’s Belconnen district, positioned between Tillyard Drive, Kingsford Smith Drive and Ginninderra Drive and adjacent to the suburbs of Charnwood, Fraser, Melba, Latham and Spence
What parks are near the property?
Both The Boslem and Harte Park and George Simpson Park are approximately 1.3 km away, offering nearby green space for recreation
What was the median house price in Flynn?
In 2011 the median house price for the suburb of Flynn was A$475,000
What is the geological composition of the area around Flynn?
The southwest part of Flynn is dominated by Deakin Volcanics purple rhyodacite, while the north contains Hawkins Volcanics green‑grey dacite and quartz andesite, separated by the Deakin Fault
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