Transition to Retirement Calculator
See how a TTR strategy combining salary sacrifice and a pension drawdown can increase your take-home pay and boost your super.
| Take-Home (without TTR) | $0 |
| Take-Home (with TTR) | $0 |
| Tax on TTR Pension | $0 (tax-free from 60) |
| Super Balance Change | $0 |
How a Transition to Retirement Strategy Works
A TTR strategy lets you access your superannuation as a pension income stream once you reach preservation age — 60 for anyone still working in FY 2026–27 — while continuing to work full-time. By combining salary sacrifice (to reduce income tax) with TTR pension payments (to replace the sacrificed income), you can maintain your take-home pay while paying less tax overall.
The Classic TTR Strategy
- Salary sacrifice a portion of your salary into super — this reduces your taxable income and is taxed at only 15%
- Start a TTR pension drawing the same amount from your existing super balance
- Your take-home pay stays roughly the same, but your tax bill is lower
- The net result: more money in super after tax, with no reduction in lifestyle
Tax-Free from Age 60
TTR pension payments from a taxed super fund are entirely tax-free from age 60. Because preservation age is now 60 for everyone still in the workforce (anyone born after 30 June 1964), every TTR pension started in FY 2026–27 receives the tax-free treatment from day one — there is no longer a taxed pre-60 phase to model.
TTR Pension Limits
You can withdraw between 4% (minimum) and 10% (maximum) of your TTR account balance per year. For a $400,000 balance, this means between $16,000 and $40,000 per year. Note that since 2017, TTR pension earnings are taxed at 15% (not tax-free as they were previously), which reduces the strategy's benefit slightly.
When TTR Makes Sense
TTR is most effective when you have a significant super balance, are on the 37% or 45% marginal tax rate, and plan to continue working for several more years. It is less effective for lower income earners or those on the 15% rate (FY 2026–27) where the tax differential is smaller.