About this property
Also written as Unit 1, 6 Aquila Street.
Glenorchy TAS 7010, Australia
Also written as Unit 1, 6 Aquila Street.
Based on curated rent estimate.
Confidence ratings show how closely the estimate matches the comparable property data we currently have.
There is a stronger pool of recent, relevant comparison data and the subject property lines up closely with those comparable properties.
There is a reasonable amount of comparison data, but the closest matches may vary more in type, size, timing or location.
There are fewer recent comparable properties available, or the known examples are less similar to the subject property.
These figures are estimates and broad indications only. They are generated from recorded property attributes and available third-party market data, without a physical inspection of the property.
They are not a professional valuation, appraisal, legal opinion or financial recommendation. No person should rely on them as the sole basis for a purchase, sale, lease, lending or investment decision.
Yardize does not guarantee the accuracy or completeness of any rent estimate, value estimate, range or confidence score, and no legal claim can be made against us for reliance on this information.
Based on the comparable property evidence currently available.
The property at 1/6 Aquila Street is a unit. It forms part of the residential fabric of Glenorchy
The unit features two bedrooms and one bathroom, providing compact living space suitable for small families or couples
The unit occupies a 333 m² land parcel, offering modest outdoor space within the Glenorchy suburb
Tolosa Park is about 0.8 km away, Ancanthe Park roughly 1.3 km, and John Turnbull Park is around 2 km from the unit, providing nearby green recreation areas
Northgate Shopping Centre is approximately 2‑3 km away, and Centro Glenorchy is also nearby at a similar distance, giving easy access to major retail outlets
Glenorchy falls within postcode 7010, which has been identified as having medium levels of air pollution, primarily from nitrogen oxides and sulfur dioxide, according to a 2018 Australian Conservation Foundation report
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