Sans Souci presents a strong capital growth investment, driven by persistent demand for its established bayside location 19 kilometres from the Sydney CBD, reflected in 12.5% annual price growth and an exceptional 0.8% vacancy rate. Its limited supply pipeline ensures continued asset appreciation and stable tenancy, positioning it as a reliable workhorse asset despite its 2% gross yield. The market has started re-rating this location — 12-month growth of +12.5% puts it ahead of the broader New South Wales median.
The median price is derived, not estimated. Every number on this page traces back to the model's proprietary yield surface — calibrated for each part of the country and resolved against distance from CBD. The price falls out of the formula.
Inputs for this suburb sit at the top of our calibration tier. The model is not guessing.
9 of 12 signals locked. The model's full read is in the complete analysis.
The model rates Sans Souci a 6.5/10 and classifies it as "Workhorse Investment". Sans Souci presents a strong capital growth investment, driven by persistent demand for its established bayside location 19 kilometres from the Sydney CBD, reflected in 12.5% annual price growth and an exceptional 0.8% vacancy rate. Its limited supply pipeline ensures continued asset appreciation and stable tenancy, positioning it as a reliable workhorse asset despite its 2% gross yield. The market has started re-rating this location — 12-month growth of +12.5% puts it ahead of the broader New South Wales median.
Sans Souci is tracking at a 2.0% gross rental yield with a median weekly rent of $861 against a median house price of $2.25M. Full rent progression analysis is included in the complete model report.
The model derives the median price from our proprietary yield model, not from scraped listings or AI estimates. Weekly rent × 52 ÷ gross yield returns the median price — every number on this page traces back to that formula.
Model signals align with: Growth Play, Defensive Hold. Avoidance profiles and risk flags are covered in the full model output.