How Long Will Your XEQT Portfolio Last in Retirement? The Real Math
May 8, 2026
Here is the question that keeps people up at night more than any other: not whether they saved enough to retire, but whether the money will actually last. You can hit a million dollars in your TFSA and RRSP, stop working, and still find yourself genuinely uncertain about whether you are going to run out of money at 82 or die with more than you started with. Both outcomes are statistically common. The difference between them is not random luck. It is driven by a small number of knowable variables, and understanding them clearly is worth more than any meeting with a financial advisor selling you a product.
This article is about the longevity math behind an XEQT portfolio in drawdown. Not the accumulation phase, not sequence of returns risk in the abstract (that is covered separately in our article on sequence risk), but the specific, practical question: given a portfolio of a certain size and a spending rate of a certain amount, what does the distribution of outcomes actually look like across hundreds of simulated retirements? What is the range? What makes a retirement plan fail? And what small adjustments move the needle most?
The answers are clearer than most people expect, and more optimistic than most financial industry marketing would suggest.
What Monte Carlo Actually Means (Without the Jargon)
When researchers and financial planners talk about Monte Carlo simulations, they are not doing anything exotic. The idea is simple: instead of projecting one straight-line return into the future, you run hundreds or thousands of different scenarios using randomized sequences of annual returns based on historical averages and volatility. Some scenarios give you great early returns and terrible late returns. Some front-load the disasters. Some are relentlessly mediocre. Most land somewhere in the middle.
The output is not a single number. It is a distribution. You end up with something like: “In 87 out of 100 simulated retirements using these assumptions, the portfolio survived 30 years without hitting zero.” That survival rate is what researchers call the probability of success, and it is the most useful single metric for evaluating a retirement withdrawal plan.
What makes this relevant for XEQT specifically is that XEQT is a 100% equity portfolio. It holds roughly 9,500 stocks across Canada, the United States, international developed markets, and emerging markets. Its historical volatility is higher than a balanced fund. Its expected long-run returns are also higher. That combination changes the shape of the Monte Carlo distribution in a specific way: the range of outcomes is wider, the failure scenarios are more concentrated in the early years, and the upside scenarios are considerably more generous. You get fewer mediocre outcomes and more extreme ones in both directions. Understanding this is the key to using XEQT sensibly in retirement.
The Numbers Behind a $1,000,000 XEQT Portfolio
Let us anchor the discussion in a concrete example. A Canadian retiree at age 65 with $1,000,000 in XEQT across registered accounts. They want to know how long this money lasts at different spending levels. The portfolio is 100% equities with an MER of 0.20%, leaving a net-of-fee real return assumption of roughly 5% annually based on historical global equity performance, and a standard deviation of approximately 17% reflecting the volatility of a globally diversified equity fund.
At a 3.5% withdrawal rate, that is $35,000 per year from the portfolio, the historical success rate across 30-year retirement periods is extremely high. Research from the Safe Withdrawal Rate literature, including analysis by Early Retirement Now using over 100 years of market data, suggests success rates above 95% at this withdrawal level for a 30-year horizon, even with all-equity portfolios. In the majority of historical simulations, the portfolio does not merely survive 30 years; it ends with significantly more than it started with. More than half of simulated retirements at 3.5% ended with a portfolio two or more times the original balance in real terms.
At a 4% withdrawal rate, $40,000 per year, the picture remains strong for a 30-year horizon. The original Bengen research showed that no 30-year period in over a century of US market history led to failure at 4%, even using a 60/40 portfolio. A 100% equity portfolio with global diversification performs at least as well in the long-run simulations, though the volatility means the bad scenarios feel much worse in the early years. Research suggests success rates in the 90% to 95% range for 30-year periods at a 4% withdrawal rate with a fully equity portfolio.
At 5% withdrawal, $50,000 per year, things get meaningfully more precarious. Success rates drop into the 75% to 80% range for 30 years, and for 40-year retirements they fall further. This is where the FIRE community needs to be honest with itself: a 5% withdrawal rate is not conservative, even from a high-return all-equity portfolio. One in four or five simulated retirements at this rate ends in depletion before the 30-year mark.
Portfolio Survival at a Glance: A $1,000,000 XEQT portfolio with a 3.5% withdrawal rate ($35,000/year) has historically survived 30-year retirements in over 95% of simulations. At 4% ($40,000/year), survival rates remain in the 90–95% range. At 5% ($50,000/year), success rates fall to roughly 75–80% for a 30-year horizon. These numbers assume no CPP, no OAS, and no spending flexibility.
Why CPP and OAS Change Everything
The numbers above do not include CPP or OAS, which means they are considerably more conservative than the actual situation facing most Canadian retirees. This is the piece that mainstream retirement coverage consistently undersells, and it is one of the biggest reasons Canadians worry more than they need to.
Consider the same retiree at 65 with a $1,000,000 XEQT portfolio. If they receive $10,000 per year from CPP and $8,000 per year from OAS, their government income is $18,000 annually. If their total spending target is $55,000 per year, they only need $37,000 from their portfolio. That is a 3.7% withdrawal rate rather than 5.5%. The survival rate at 3.7% is dramatically higher than at 5.5%.
For a couple, the math becomes even more favourable. Two CPP recipients and two OAS payments can represent $36,000 to $50,000 in annual government income depending on contribution history, which can cover a large share of a modest retirement budget without touching the portfolio at all.
Research from the Canadian safe withdrawal rate literature suggests that a typical Canadian couple with CPP and OAS benefits can add roughly 0.3% to 0.4% to their effective safe withdrawal rate compared to the same analysis done without government benefits. For an early retiree who delays CPP to 70, the benefit is even larger once payments begin.
The practical implication: for most Canadians who retire at or near 65 with reasonable CPP and OAS entitlements, a $1,000,000 XEQT portfolio is not a borderline situation. It is a highly secure situation, particularly if spending needs are moderate. The portfolio does not need to carry the full weight of retirement income on its own.
The Critical Role of the First Five Years
Monte Carlo averages are useful but they obscure one of the most important features of the retirement math: the distribution of outcomes is not symmetrical, and the timing of bad returns within a retirement is far more important than the average return over the full period.
A portfolio that earns 8% in years one through five and then crashes 35% in year six is in a fundamentally different position than a portfolio that crashes 35% in year one and then recovers steadily. Both may have the same 30-year compound annual growth rate. Only one of them runs out of money. The first five years of retirement carry a disproportionate amount of the risk in any simulation. This is why researchers at Early Retirement Now found that essentially all historical failures of the 4% rule are explained by unfavourable early sequences, not by inadequate long-run average returns.
For XEQT holders specifically, this has two practical implications. First, if your first five years of retirement coincide with strong markets, you can afford to breathe. Your portfolio has grown while you were drawing from it, and the math becomes progressively more forgiving from that point forward. Second, if markets are poor in your early retirement years, the single most powerful response is to reduce spending temporarily, even modestly. Research using dynamic or guardrail withdrawal strategies shows that a willingness to reduce spending by 10% to 15% during a prolonged early downturn materially improves long-run survival rates.
What Happens at 40 Years? The FIRE Scenario
A 65-year-old planning for 30 years is working with reasonably well-established math. A 45-year-old who retires early and needs 45 years of portfolio income is working with considerably more uncertainty, and the numbers shift in ways that matter.
The Early Retirement Now analysis, which is the most rigorous publicly available work on this topic, shows that success rates at the 4% withdrawal rate fall meaningfully as the horizon extends beyond 30 years. For a 40-year period, success rates at 4% drop to roughly 80% to 85% depending on portfolio allocation and assumptions. For a 50-year horizon, they fall further, into the 70% range for most equity-heavy portfolios at 4% withdrawals.
This is why Ben Felix of PWL Capital has argued that early retirees in Canada should consider withdrawal rates closer to 3% to 3.5%. His reasoning centres on the extended time horizon, uncertainty about future returns, and the drag from taxes and fees in certain account structures. He has also pointed out that TFSAs change the tax picture considerably: a retiree drawing from a TFSA pays no tax on withdrawals, which means a Canadian drawing $45,000 or more annually from registered accounts structured correctly can pay very little income tax in retirement.
Early Retirement Adjustment: For a retirement horizon of 40 or more years, research suggests a starting withdrawal rate of 3% to 3.5% provides substantially higher confidence than the traditional 4% rule. On a $1,000,000 portfolio, that means drawing $30,000 to $35,000 annually from the portfolio before accounting for CPP, OAS, or any flexible income sources.
The Tax Efficiency Advantage Most Retirees Ignore
One of the under-appreciated benefits of holding XEQT inside a TFSA is that withdrawals are completely tax-free and do not affect OAS clawback thresholds or GIS eligibility. This is not a minor point. A retiree drawing $45,000 per year from a TFSA pays zero income tax on that income, no matter what other income they receive. The same retiree drawing $45,000 from an RRSP or RRIF adds that entire amount to their taxable income for the year.
Research referenced in Canadian retirement planning literature supports what many planners have noted: a Canadian couple with well-structured registered accounts can often draw $90,000 or more combined annually with minimal income tax exposure. This is a structural advantage that the 4% rule, which was developed in the US context, does not account for. Canadian account structures, specifically the TFSA, make the effective withdrawal rate more sustainable than the raw numbers suggest.
The practical implication is a sequencing strategy for drawdown: in the early years of retirement, draw from RRSPs strategically to manage taxable income brackets, and preserve TFSA assets for later years when OAS clawback becomes a risk. This does not change the underlying longevity math, but it reduces the drag on your real after-tax spending considerably over a 30-year period.
The TFSA is not just a savings vehicle. In retirement, it is a tax shelter for your withdrawals. A retiree drawing $40,000 annually from a TFSA rather than a non-registered account could save tens of thousands of dollars in taxes over a 25-year retirement, which effectively extends portfolio longevity without changing the investment at all.
Practical Guardrails: When to Adjust and When to Leave It Alone
The most useful framework to come out of the academic research on retirement withdrawal strategies is not a fixed percentage. It is a guardrail system. The idea, developed by researchers Guyton and Klinger and popularized in Canadian retirement planning writing, is that instead of committing to a fixed dollar withdrawal each year, you establish upper and lower bounds for your withdrawal rate and adjust spending when you hit them.
A simple version: if your withdrawal rate climbs above 5.5% of your current portfolio value (meaning the portfolio has shrunk enough that your fixed dollar withdrawals now represent a dangerously high percentage), you cut spending by 10%. If your withdrawal rate falls below 3% (meaning the portfolio has grown so much that you are clearly under-spending), you give yourself a raise of 10%. You never withdraw more than 5.5% and never less than 3% of the current portfolio value.
This approach dramatically improves survival rates in the simulations because it does what a rigid rule cannot: it responds to market reality. The cost is that spending is not perfectly predictable. But research suggests the adjustments required over a 30-year period are surprisingly modest. In the median simulation, you never hit the lower guardrail at all.
For XEQT holders, this is a natural fit. You are already not trying to time the market or pick stocks. Adding a simple guardrail rule to your annual withdrawal calculation takes about 20 minutes once a year and is far more effective than any portfolio restructuring a commissioned advisor would sell you.
The guardrail approach removes the two most dangerous retirement behaviours: spending too much during a good run and panicking into cash during a downturn. Both of those kill portfolios faster than any market cycle.
A Simple Guardrail Rule for XEQT Retirees: Start with a 4% withdrawal rate. Each January, check what that year’s planned withdrawal represents as a percentage of your current portfolio balance. If it is above 5.5%, reduce spending by 10% that year. If it is below 3%, increase spending by 10%. This single annual check-in captures most of the benefit of sophisticated withdrawal modelling without the complexity.
The Bottom Line on Portfolio Longevity
The honest summary of what the research says is this: for most Canadians retiring at or near 65 with a reasonable XEQT portfolio and access to CPP and OAS, running out of money is not the most likely outcome. It is not even a particularly probable outcome if withdrawal rates are kept in the 3.5% to 4% range and the portfolio is given flexibility to breathe during difficult market periods.
The risk is real but concentrated in specific scenarios: very early retirement with a 40-plus year horizon at 4% or higher withdrawal rates, combined with a severe market decline in the first five years. That scenario is bad. Everything else is manageable with basic guardrails and some spending flexibility.
What XEQT specifically brings to this picture is low cost, genuine global diversification, and automatic rebalancing across roughly 9,500 holdings. Its 0.20% MER means that almost none of your return is being eaten by fees during the accumulation or drawdown phases, which matters enormously over 30 years. A fund with a 2% MER requires you to withdraw 2% less per year just to break even on fees compared to XEQT. That is real money over a long retirement.
The goal of this exercise is not to give you false confidence. Some retirements do run out of money. The ones that do are almost always characterized by high fixed withdrawal rates, poor early returns, no spending flexibility, and no government income floor. Most Canadian retirements with XEQT at the core do not have all four of those risk factors simultaneously. Plan sensibly, use the guardrails, and let the portfolio do its job.
Frequently Asked Questions
What is the safest withdrawal rate for a 30-year XEQT retirement? Based on historical simulations, a 3.5% withdrawal rate provides very high confidence, with success rates above 95% across 30-year periods. A 4% rate remains strong at 90% to 95% for a 30-year horizon. These figures improve meaningfully when CPP and OAS income reduces the amount you need to draw from the portfolio each year.
Does a 100% equity portfolio like XEQT last longer in retirement than a balanced portfolio? Over long horizons, research suggests that higher equity allocations improve survival rates for portfolios that are not withdrawing at extreme rates. A 2024 academic study revisiting the 4% rule using Monte Carlo simulations found that portfolios with higher equity allocations produced superior average ending balances and lower depletion risk compared to mixed portfolios, particularly over periods longer than 25 years. The tradeoff is higher short-term volatility, especially in the critical first five years of retirement.
What happens to my XEQT drawdown strategy when I hit the RRIF conversion age at 71? When your RRSP converts to a RRIF at 71, you are required to withdraw a minimum percentage each year, starting at approximately 5.28% of the account’s January 1st value at age 72 and rising annually. This forces withdrawals that may exceed your target withdrawal rate. The best mitigation is to draw down RRSP assets in the years between retirement and 71 to reduce the RRIF balance, while allowing TFSA assets to continue compounding. A tax professional or fee-only financial planner can model the optimal drawdown sequence for your specific situation.
If markets crash in my first year of retirement, should I sell XEQT and move to something safer? No. Selling equities after a crash locks in losses permanently and removes those units from the recovery. The research is unambiguous on this point: investors who switched to cash or bonds during a drawdown scenario fared far worse in long-run simulations than those who maintained their equity allocation and used spending adjustments to manage the shortfall. If a crash in year one of retirement is your concern, a one to two year cash buffer held outside the portfolio is a more effective tool than changing what you own.