3 Different Retirement Models: A Case Study

Mark came into our office in his mid-50s with a line I keep hearing from professionals like him. “I don’t want products — I want to understand the strategy.”

He’s a long-tenured W-2 professional stepping into a consulting-and-entrepreneurship phase, mid-six-figures in his 401(k), meaningful after-tax assets across whole-life cash value, real-estate equity, and a modest brokerage, 10 to 15 years from full retirement. Sophisticated. Reads pro/con literature. Brings articulate skepticism into every meeting.

The question underneath what he asked was this: how much of my portfolio do I really need to commit to solving retirement income?

The finding is the load-bearing beam.

The choice of income model doesn’t just determine how income is produced. It determines how much of the portfolio you have to hand over to produce it. Same target income. Same starting capital. Same runway. Three ways to solve it. Anywhere from 53% to more than 100% of the qualified pie, depending on which model does the work. Whatever is left is what the rest of the plan has to work with.

That’s the beam every other retirement concern hangs on. Cash reserves, inflation protection, market growth, protection for the surviving spouse, tax planning — all of it has to fit inside the space the income decision leaves.

The three-circle visual makes this visible on one page. Same client, same target income (about $73,600 per year starting at age 67), same 12-year runway. Each circle is Mark’s qualified pie — roughly $750,000. The filled portion is what the model dedicates to income. The empty portion is what remains for everything else the plan has to solve.

Circle 1 — the guaranteed income model.

Commit part of the pie to an insurance-based product that pays a guaranteed monthly paycheck for the rest of Mark’s life — the client-facing version is “your own private pension.” At his profile, the payout rate works out to roughly 15—18% of the amount deployed, each year, for as long as he lives. To fund $73,600 per year at that rate, we need to dedicate about $395,000 — 53% of the pie. The remaining 47% is available for the rest of the plan.

The reason the number is that low is mortality credits. An insurance company can pay a rate no individual could safely take from their own money because it aggregates thousands of contracts and the math works out on average. What Mark gives up is liquidity on the annuitized portion and a rider fee — modern rider-based structures keep the account value in his estate if it isn’t depleted, and the paycheck continues from the insurer for life either way.

Circle 2 — the principal-protected model.

Commit part of the pie to a growth-oriented annuity that participates in market gains but never loses principal to a market drop. At income start, Mark withdraws roughly 5% of the contract value each year. The 5% rate is defensible in a way that a traditional-portfolio 4% is not — a principal-protected source doesn’t carry the sequence-of-returns risk that anchors the Safe Withdrawal Rate to a lower number. To fund the same $73,600 per year at 5%, we need to dedicate about $536,000 — 71% of the pie. That leaves 29% for the rest of the plan.

The number is higher than Circle 1 because there are no mortality credits doing work behind the scenes. The math has to fund the income entirely from the growth of the account. What Mark gives up is some upside participation (the 0% floor comes at a cap on the market’s best years) and a surrender window during which withdrawals above the free amount trigger a fee.

Circle 3 — the market model.

Keep the pie invested in a traditional stocks-and-bonds portfolio and apply the Safe Withdrawal Rate. Industry standard is 4% (Bengen, 1994). Morningstar’s more recent update lands closer to 3.9% on lower forward-return expectations. Either way, to take $73,600 per year at 4%, the portfolio needs to be $1,840,000 at age 67. To grow $750,000 into $1.84 million across 12 years requires an average annual return of about 13.6%. That’s materially above sustainable long-term market assumptions. Mark’s own working assumption (7.5%) doesn’t get there. The whole pie growing at 7.5% doesn’t get there.

At realistic return assumptions, Circle 3 requires more than 100% of Mark’s qualified assets. There is nothing left for the rest of the plan — and it’s still not enough.

What This Means for Attorneys and Advisors

The most important move in Mark’s conversation wasn’t the product choice. It was the partition. Once he saw the three circles side by side, the “which product should I buy?” question dissolved and the real question — “which model do I want to work with, given what it leaves me for everything else?” — took its place. That’s the diagnostic reframe worth having ready for the next client sitting in that seat.

Under the PILOT Plan, we solve the six retirement risks in sequence: Longevity, Liquidity, Inflation, Market, Mortality, Taxes. Longevity comes first because whatever we commit to solving Longevity determines what the rest of the plan has to work with. Under the guaranteed model, Mark has 47% of the pie left to solve the other five. Under the principal-protected model, 29%. Under the market model at realistic returns, the pie is already overcommitted before the conversation about the other five even starts.

That’s why the partition question comes before the product question. And why the three circles are the visual we keep coming back to.

The fiduciary posture is real options, comparable math, client chooses. Mark hasn’t picked a direction yet. He’s still working through what each remaining slice would let him do. The advisor’s job wasn’t to guide him. It was to produce the math three ways so the trade-off was visible on one page and the decision was legitimately his.

Same client. Same pie. Same runway. Different plans, depending on which circle he decides to work with.

Hypothetical case study based on a real planning engagement; identifying details have been changed. Illustration is hypothetical and individual results depend on age, gender, product structure, market conditions, and other factors. Payout rates on guaranteed-income products vary by age at income start, gender, joint vs. single life, product design, and interest-rate environment. Safe Withdrawal Rate references are illustrative baselines, not predictions — see Bengen (1994, Journal of Financial Planning) and the Morningstar update to approximately 3.9%. Sequence-of-returns math is specific to this hypothetical case; individual client’s required rate depends on starting capital, target income, horizon, and assumed return path. PILOTä and PRP frameworks attributed to Advocate Wealth Solutions.