96 Chippindall Circuit
Theodore ACT 2905, Australia
Key details
- Locality
- Theodore
- State
- ACT
- Coordinates
Latitude and longitude for the mapped property location.
- 35.45616077 / 149.11652217
- GNAF PID
A unique ID for this address in Australia's national address database.
- GAACT714927260
- Legal parcel ID
The official land parcel identifier used on property titles and plans.
- TUGG/THEO/675/8
- Remoteness area
- Metro
- Property type
- House
- Land size
- 784 m²
- Internal area
- -
- Land Use Category
What the land is mainly used for, such as Residential, Commercial, Industrial or Other.
- Residential
Sales history
| Event | Date | Price | Price per m² |
|---|---|---|---|
| Sale | 2 Aug 2019 | $70,021 | $89 |
| Sale | 12 Aug 2015 | $480,000 | $612 |
Price per m² based on land size of 784 m².
Real Estate Agencies
Nearby schools
Frequently asked questions
How many bedrooms does the property have?
The home at 96 Chippindall Circuit offers four bedrooms, providing ample space for a family or guests
What is the size of the land the house sits on?
The property sits on a 784 m² block, offering a generous outdoor area for gardening, recreation, or future expansion
How many bathrooms are included in the house?
The residence includes two bathrooms, catering to the needs of the household
Which suburb is the property located in and what nearby landmarks are close?
It is located in Theodore, ACT, a suburb bounded by the Monaro Highway and Tharwa Drive, and is within about 0.8 km of Tuggeranong Hill and 0.4 km of an electrical substation
What is the origin of the suburb name Theodore?
Theodore is named after Edward Granville Theodore, a Queensland premier and former deputy Prime Minister of Australia
Are there any notable cultural sites near the property?
Yes, the Theodore Aboriginal artefact grinding grooves on the north‑eastern side of the suburb are a rare and valued cultural site for the Ngunnawal people
What geological features underlie the area around 96 Chippindall Circuit?
The suburb sits on Deakin Volcanics, including rhyodacite and rhyolite formations dating from the late Silurian period, around 414 million years ago
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