Model Portfolio

Conservative

Designed for clients who prioritise a steadier path of returns and a lower reliance on growth assets over shorter advice horizons.

Portfolio Metrics

These summary figures come from the Macquarie portfolio-level metrics and are the primary adviser-facing reference points for this portfolio.

Expected return

6.0%

Expected risk

4.1%

Growth / Defensive

30% / 70%

CPI+

3.5%

Minimum horizon

3 years

Modelled assumptions

Modelled from the Macquarie assumption set with the base correlations overlay on a default basis.

Expected return

6.0%

Expected risk

4.1%

CPI+

3.5%

Liquid

77.0%

Illiquid

23.0%

Liquidity status

Moderate illiquidity

Illiquid assets may have periodic liquidity windows, but access is not guaranteed and may be subject to notice periods, withdrawal limits, gates, asset sales, manager discretion or market conditions.

Base correlations.

Portfolio asset allocation

Portfolio mix100% total weight

100.0%

Australian Fixed Income30.0%
International Fixed Income20.0%
Short Duration & Cash13.0%
International Equities8.0%
Private Credit7.0%
Australian Equities6.0%
Infrastructure6.0%
Private Equity4.0%
Hedge Funds4.0%
Other2.0%

Liquidity profile

Moderate illiquidity

Liquid

77.0%

Illiquid

23.0%

Illiquid assets may have periodic liquidity windows, but access is not guaranteed and may be subject to notice periods, withdrawal limits, gates, asset sales, manager discretion or market conditions.

Illustrative Drawdowns in Stress Scenarios

Estimated portfolio outcomes under selected historical and macro stress scenarios. Negative values indicate downside.

Stress scenario
HistoricalModelled
Modelled risk -4.1%-5%0%2008 GFC Historical -5.0%2008 GFC-5.0%2020 Pandemic Historical -6.2%2020 Pandemic-6.2%Equity Drawdown Modelled -1.8%Equity Drawdown-1.8%Inflation Shock Modelled -6.4%Inflation Shock-6.4%

Returns show portfolio impact under each scenario. Historical scenarios use uploaded monthly return history where coverage is available; otherwise modelled asset-class shocks are applied. Forward-looking scenarios are fully modelled.