36 Mills Street
36 Mills Street, Hackett ACT 2602, Australia
Sales history
| Event | Date | Price | Price per m² |
|---|---|---|---|
| Sold | Feb 2017 | $626,000 | $836 |
| Sold | Oct 1999 | $179,500 | $239 |
| Sold | Aug 1994 | $110,000 | $147 |
Price per m² based on land size of 748 m².
Key details
- Locality
- Hackett
- State
- ACT
- GNAF PID
A unique ID for this address in Australia's national address database.
- GAACT714896073
- Legal parcel ID
The official land parcel identifier used on property titles and plans.
- CANB/HACK/16/4/1
- Remoteness area
- Metro
- Property type
- House
- Land size
- 748 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
What type of dwelling is located at 36 Mills Street, Hackett?
It is a standalone house offering three bedrooms and three bathrooms, set on a 748 m² block.
How large is the land parcel for the property?
The property sits on 748 square metres of land, providing ample space for a garden or outdoor entertaining area.
How far is Hackett from Canberra’s central business district?
Hackett lies about 4.5 km (approximately 2.8 mi) north‑east of the Canberra CBD.
What parks and recreational areas are close to 36 Mills Street?
Within roughly 1 km you’ll find Calvert Park, Justice Robert Hope Park, Bill Pye Park and the Dickson District Playing Fields, offering green space and sports facilities.
Where is the nearest public transport stop?
The closest bus shelter is the Officer Crescent stop, located about 1‑2 km away.
How would you describe the character of the Hackett suburb?
Hackett is an inner‑north Canberra suburb noted for its social and economic advantage, high proportion of university‑educated residents and low unemployment rates.
What geological features underlie the Hackett area?
The suburb rests on calcareous shales from the Canberra Formation overlain by Quaternary alluvium, with its higher eastern side sitting on the lowest layer of the Ainslie Volcanics, a grey dacite and related volcanic material.