A whole life illustration walked through column by column

A whole life illustration is a ledger: rows of years down the left, columns of dollar amounts across the top. Agents hand it over with a few sentences of explanation, and most buyers look at the last column, see a large number, and move on. The ledger deserves more than that. Each column answers a different question, and two columns that look alike can differ in whether anybody has promised the number.

This post reads one page of a hypothetical ledger from left to right. Every figure below is invented for the walk-through. It does not belong to any company, it is not a price or a forecast, and the proportions are chosen only to look like a typical participating whole life policy so you can practice the reading. The method matters, not the numbers.

The hypothetical policy

Say a 35-year-old buys a participating whole life policy with a $250,000 face amount and an annual premium of $3,000, paid at the start of each year for life. The policy pays dividends, and the illustration assumes they are used to buy paid-up additions, a common choice. Here is the page, showing five of the years. A full ledger would show every year, or every year to age 100 or beyond.

Before reading the columns, notice what the layout hides. Some columns are promises written into the contract. Others are projections that depend on decisions the company will make over several decades. An honest ledger labels the difference, usually with a heading such as "guaranteed" versus "non-guaranteed" or "current scale," and the labels deserve your attention before the numbers do. See guaranteed vs non-guaranteed values in a policy illustration for the distinction.

Column 1 and 2: policy year and age

The first two columns are bookkeeping, but they set the time scale. Check that the age matches your age and that the illustration treats you as the rate class you expect. A nonsmoker shown as a smoker, or the reverse, changes every figure on the page.

Ask: "What age, sex and rate class does this ledger assume, and is that the class I am likely to be offered after underwriting?" An illustration prepared before underwriting is built on the class you hope for. If the final offer is a different class, the numbers will change, which is the subject of the checklist in illustration versus delivered policy: checking they match.

Column 3: cumulative premiums paid

This column is the simplest to verify and the easiest to forget. It is the annual premium multiplied by the number of years: $3,000 times 10 is $30,000 at year 10, and $3,000 times 30 is $90,000 at year 30. It is your cost so far, with no interest.

Its job in the ledger is to give you a yardstick. Every cash value figure to the right should be read against it. At year 5 the guaranteed cash value is $8,000 against $15,000 paid, or about 53% of what you put in. At year 10 it is $25,000 against $30,000, or about 83%. By year 20 it is $62,000 against $60,000, which is the first row on this page where the guaranteed value exceeds total premiums, about 103%. This slow start is normal. Early premiums pay for the cost of insurance, the company's expenses and sales costs, so cash value lags what you have paid. whole life cash value: how it grows and how to use it explains why.

Ask: "In which year does the guaranteed cash value first equal the total premiums I have paid? And the total cash value including dividends?" These are the break-even years, and they tell you how long the policy must be kept to avoid a loss on surrender.

Column 4: guaranteed cash value

This column is the one the contract promises. It is calculated from the policy's guaranteed interest rate, the guaranteed mortality charges and the guaranteed expense charges. If the company paid no dividends at all, the cash value would follow this column. The contract includes a table of these values, and the illustration should match it.

In the hypothetical, the guaranteed value reaches $98,000 at year 30. That figure is a floor in the sense that the insurer has agreed to it, though it is still only as secure as the insurer, which is why Will the company still be there in 30 years? Judging long-horizon risk matters to the buyer of a long-term policy.

Notice what the guaranteed column does not include: any dividend. A buyer who looks only at the guaranteed column sees a conservative picture. A buyer who looks only at the total column sees an optimistic one. Both are needed, and the gap between them is the amount that depends on future company performance.

Ask: "Does the guaranteed column in this illustration match the table of guaranteed values in the contract I will receive?"

Column 5: the annual dividend

A participating policy from a mutual or participating insurer may pay a policy dividend each year. It is a return of part of the premium when the company's actual experience on mortality, expenses and investments is better than assumed in the pricing. Dividends are not guaranteed, and the board of directors decides each year what to declare. The rate used to compute them is the dividend scale.

The illustration uses the current dividend scale and assumes it stays unchanged for every year shown. That assumption is the single biggest simplification in the ledger. Real scales rise and fall over decades with investment returns and company experience. In the hypothetical, the dividend grows from $250 in year 5 to $2,400 in year 30 because the policy's accumulated value grows and a larger base earns a larger dividend.

Ask: "What dividend scale is this ledger using, and when did the company last change it? What did the scale do over the last ten and twenty years?" A company with a long, steady history of paying and a record of changes is giving you more than a company that only shows the current scale. whole life dividends: how participating policies pay covers how scales are set and what drives them.

Column 6: paid-up additions

When dividends are used to buy paid-up additions, each dividend purchases a small amount of fully paid permanent insurance, with its own cash value. That is why there are two columns on the right of the dividend: one for the cash value of the additions, and a death benefit that rises above the $250,000 face.

The additions column accumulates over time. In the hypothetical it reads $1,200 at year 5, $7,500 at year 10, $30,000 at year 20 and $75,000 at year 30. Two features are worth noticing. First, the additions column grows faster than the annual dividend alone would suggest, because the additions themselves earn dividends in later years. Second, this column depends entirely on the dividend scale. If the scale falls, this column falls, and the effect compounds.

Say the actual dividends came in 25% lower each year than illustrated. At year 30, the annual dividend would be $1,800 instead of $2,400 (that is, $2,400 times 0.75). The additions column would be lower by more than 25%, because the lower early dividends bought fewer additions that would have earned their own dividends later. The exact result depends on the product and needs a new ledger, which is why you should ask for one.

Ask: "Please run the ledger at a dividend scale 25% lower than the current scale, and show me the cash value and death benefit." Many companies will produce this. It is the nearest thing to a stress test for a whole life policy, and the companion post Stress-testing an IUL illustration with lower assumed rates does the same exercise for a different product type.

Column 7: total cash value

This is the sum of the guaranteed column and the additions column. At year 10: $25,000 plus $7,500 equals $32,500. At year 30: $98,000 plus $75,000 equals $173,000.

This is the column most buyers remember, so look at how much of it is promised and how much is projected. The share that comes from non-guaranteed dividends rises over time:

• Year 5: $1,200 of $9,200, about 13%
• Year 10: $7,500 of $32,500, about 23%
• Year 20: $30,000 of $92,000, about 33%
• Year 30: $75,000 of $173,000, about 43%

At year 30, almost half of the headline cash value is a projection. The projection may well prove accurate or even conservative; companies have often paid dividends close to illustrated scales, though that is a history, not a promise. The point is that the number you take away from the ledger is partly a forecast, and you should treat it as one.

The total cash value is also what you can reach through a policy loan or surrender. Taxes on withdrawals, the effect of loans on the death benefit, and any surrender charge are covered in how cash value is taxed: withdrawals, loans and surrenders and the guides it links. Note that a policy loan does not appear in this ledger unless you asked for one, so the ledger shows a policy in which nothing has been borrowed.

Ask: "Does this column assume I take no loans or withdrawals? If I borrowed in year 15, how would the ledger change?"

Column 8: total death benefit

The last column shows what the beneficiary would receive if the insured died in that year. It begins at the $250,000 face and rises as paid-up additions accumulate. In the hypothetical, it reaches $380,000 at year 30, which is $130,000 more than the base amount. All of that increase comes from dividends and is not guaranteed.

Two checks are useful here. First, compare the death benefit at an early year with the face amount. If the ledger shows a large increase right away, ask why. Second, compare the guaranteed death benefit, which is the face amount, to the total. In the hypothetical, a family could rely on $250,000 as the contract promise and treat the rest as likely but not certain.

Ask: "What death benefit is guaranteed, as opposed to projected, in each year?"

Comparing two ledgers fairly

Buyers often hold two ledgers at once, from two agents or two products. Comparing the last column of each is the most common mistake, because the two may rest on different premiums, different face amounts and different dividend options. Put the ledgers on the same footing before you compare anything.

Start with the premium. A ledger that shows a higher cash value for a higher annual premium has not shown a better policy; it has shown a larger deposit. Divide each total cash value by the cumulative premiums at the same year, as done above, and compare the ratios. Then compare the guaranteed columns on their own, since that is the part you can rely on, and compare the share that is non-guaranteed.

Next, check that both ledgers use the same dividend option. A ledger that buys paid-up additions will show a rising death benefit and cash value. One that takes dividends in cash or uses them to reduce premium will show a different shape. Neither is wrong, but the totals are not comparable until the option is the same.

Finally, ask each agent for the same stress test, a dividend scale 25% lower, and compare the results. A product that holds up well under the lower scale is less dependent on good news than one that does not. That comparison tells you more than the headline column ever will.

What the ledger leaves out

Even a complete page omits things you need to know before signing:

• Surrender charges and the surrender value. The cash value is not always the amount you receive if you cancel. Some policies reduce the value in early years. The ledger should have a "cash surrender value" column if that applies.
• Taxes. An illustration does not predict your tax situation, and loans and withdrawals can have tax consequences.
• Riders. If the policy has a waiver of premium or other riders, check that their cost is in the premium and that the ledger reflects them.
• Inflation. The cash value at year 30 buys less than $173,000 would buy today. This is not a flaw of the ledger, but it is a reason to think of the figures in real terms.

A reading routine you can repeat

When an agent gives you a ledger, you can work through it in about twenty minutes.

1. Confirm the assumptions on the first page: age, class, face amount, premium, dividend option.
2. Multiply the annual premium by the years to confirm the cumulative premium column.
3. Find the year when the guaranteed cash value first exceeds total premiums, and the year the total cash value does.
4. For three or four years, work out the share of total cash value that is non-guaranteed.
5. Ask for a ledger at a lower dividend scale and compare the break-even years.
6. Ask what happens if you stop paying premium after a set number of years, a question the ledger may answer with a reduced paid-up column.
7. Keep a signed copy and compare it with the policy when it is delivered.

If you want more help interpreting what you see, how to read a life insurance illustration covers illustrations in general, and an annual statement from a policy you already own is read in an annual whole life statement read line by line. A fee-only financial planner who is paid by you, not by commission, can review a ledger for a flat fee if you want an independent view.

Key takeaways

• A ledger mixes promises and projections. Identify which columns are guaranteed (premium, guaranteed cash value, face amount) and which depend on the dividend scale (dividends, additions, total cash value, total death benefit).
• Read every cash value against the cumulative premiums. Whole life cash value normally lags premiums for the early years, and the break-even year tells you how long you must hold the policy.
• Work out the non-guaranteed share of the headline number. In this hypothetical, it rises from about 13% of cash value at year 5 to about 43% at year 30.
• Ask for the ledger at a lower dividend scale. If the policy only works at the current scale, you should know that before buying.
• Keep the signed illustration and compare it with the delivered policy.