71 Amy Street
71 Amy Street, West Moonah TAS 7009, Australia
Key details
- Locality
- West Moonah
- State
- TAS
- GNAF PID
A unique ID for this address in Australia's national address database.
- GATAS702185546
- Legal parcel ID
The official land parcel identifier used on property titles and plans.
- 27581/88
- Remoteness area
- Regional
- Property type
- House
- Land size
- 616 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 situated at 71 Amy Street?
71 Amy Street is a detached house. It occupies a residential lot within the West Moonah suburb of Hobart.
How large is the land area for this property?
The property sits on a 616 m² parcel of land. This provides ample space for a garden or outdoor entertaining area.
How close is the house to the Moonah shopping district?
The Moonah shopping district, which runs between Florence Street and Amy Street, is within walking distance of the property. It offers a variety of retail stores, restaurants, cafes, banks and a post office.
What public transport options are available nearby?
Main Road, the key transport corridor, runs through Moonah with Metro Tasmania bus routes serving the area. The Brooker Highway (National Route 1) also borders the eastern side, providing easy road access.
Which parks are located near 71 Amy Street?
Several parks are within a short walk, including Springfield Circle Park (about 0.4 km away) and Tobruk Park (approximately 0.4 km). Benjafield Park is also nearby at roughly 1 km distance.
How far is the property from Hobart’s central business district?
West Moonah lies roughly 5 km north of Hobart’s CBD, making the city centre easily reachable by car or public transport.
Are there any environmental considerations for this area?
The locality falls within a postcode that records medium levels of air pollution, primarily from the nearby Risdon Zinc Works. Air quality reports indicate contributions from nitrogen oxides and sulfur dioxide.