Probability first
Where practical, model outputs will show the relative likelihood of different outcomes rather than a single “most likely” number without context.
Evidence-led probability models and scenario analysis for Australian interest rates, home-loan pricing and the Victorian property market — built to show uncertainty, assumptions and alternative outcomes rather than present a single prediction as fact.
Forecasts are uncertain by nature. Published model outputs will describe probabilities, ranges and scenarios — not guarantees of future outcomes.
A single number can create false precision. The Rate Challenge approach is designed around probability distributions, scenario ranges, changing inputs and transparent performance review so readers can see what may happen, what would need to change, and how confident the model actually is.
Where practical, model outputs will show the relative likelihood of different outcomes rather than a single “most likely” number without context.
Base, stronger and weaker scenarios can help show how different economic, policy or market conditions may alter the path ahead.
Key inputs, assumptions, data periods and limitations should be visible enough for readers to understand what is driving an output.
Where a model produces dated forecasts, its historical accuracy and calibration should be reviewed rather than quietly replacing old forecasts with new ones.
These are the permanent model areas in the Rate Challenge research structure. A model page becomes active only when the underlying model and publication controls are ready.
Probability analysis around future Reserve Bank cash-rate decisions and the distribution of possible cash-rate outcomes over time.
Analysis of possible movements in Australian variable and fixed mortgage pricing, including ranges and directional scenarios.
Quality-gated Victorian property-market scenarios, beginning at broader geographic levels before any more granular forecast coverage.
Forward-looking scenarios for rental conditions, including rents, vacancy and yield-related market measures where suitable data supports them.
Scenarios connecting property prices, deposits, mortgage rates and repayments to changes in housing affordability.
Possible future paths for lending activity such as approvals, refinancing and credit growth where sufficiently robust inputs are available.
Rate Challenge has a dedicated Model Performance structure so published forecasts can be assessed over time. The intention is to retain dated outputs, compare outcomes with forecasts and explain where models performed well or poorly.
The economic, lending, rates or property-market information used to inform the model should be identified.
The broad modelling approach, important assumptions and interpretation of outputs should be explained.
Probabilities, ranges, scenarios or confidence information should make uncertainty visible rather than imply certainty.
Dated forecasts should be retained and evaluated against actual outcomes wherever a meaningful comparison is possible.
No. A probability describes uncertainty; it is not a guarantee. Even the highest-probability outcome can fail to occur, particularly when new information changes market or economic conditions.
Ranges and scenarios make uncertainty more visible. They can also show how an outlook changes when assumptions about rates, inflation, employment, lending, housing supply or other drivers change.
The intended performance framework is to preserve dated forecasts so they can be compared with later outcomes rather than silently replacing them with updated forecasts.
No. Forecasts and model outputs are general research. They do not take into account your objectives, financial situation, property, loan or personal circumstances.
The permanent research structure is being created before individual models are released. A model page will become active only after the relevant methodology, testing and publication checks are complete.
Explore current home-loan rates, Victorian property research and government buyer support while the forecast library develops.