About this property
Alternate search: Unit 324, 61 Hindmarsh Square.
61 Hindmarsh Square, Adelaide SA 5000, Australia
Alternate search: Unit 324, 61 Hindmarsh Square.
| Event | Date | Price | Price per m² |
|---|---|---|---|
| Sold | Oct 2014 | $179,900 | $3,598 |
| Sold | Feb 2003 | $186,500 | $3,730 |
Price per m² based on land size of 50 m².
It is a unit that offers a single bedroom and one bathroom. The unit sits on a 50 m² parcel of land, providing a compact city‑living layout.
The unit is situated in Hindmarsh Square, right in the heart of Adelaide’s central business district. This puts it within the historic grid designed by Colonel William Light and surrounded by the city’s parklands.
Within a few hundred metres you’ll find the Mantra Hindmarsh Square hotel, Nova 919 radio station, University of Adelaide College, Ibis Adelaide hotel, Paris Cinema, Adelaide Arcade and the Hindmarsh Square town square itself. Several former theatres such as the Regent, Rex and Curzon also line the nearby streets.
The property is well‑served by Adelaide Metro’s bus and tram services, with tram tracks running through Hindmarsh to the city centre and the O‑Busway providing rapid bus links. This makes commuting to other suburbs or the university campuses straightforward.
Nearby cultural sites include the historic Regina, Rex and Curzon theatres, the Hindmarsh Square Congregational Church, and the Adelaide Arcade shopping precinct. The area also benefits from Adelaide’s vibrant festival scene, with events such as the Adelaide Fringe and WOMADelaide just a short ride away.
Hindmarsh Square is one of the five public squares set out in Light’s Vision, the original 1837 plan for Adelaide. It forms part of the city’s central grid and is surrounded by the Adelaide Park Lands, reflecting the planned balance of urban and green space.
Adelaide enjoys a hot‑summer Mediterranean climate, with warm, dry summers and cool, moderately rainy winters. The city’s average temperature ranges from mild winter lows around 5 °C to summer highs that often exceed 30 °C.