Jan 1, 2009
https://www.advisor.ca/insurance/par-for-the-course/
On more than one occasion, I’ve exchanged views with clients and colleagues about participating (par) whole life. At issue are various nuggets of wisdom passed along by industry associates, and others who share a view that par provides a poor rate of return.
While whole life providers have given advisors a plethora of marketing material to explain the workings and performance of par funds, I’ve yet to see an analysis that answers the questions with time-weighted average rate of return numbers.
Par’s been around a long time, but its name is a bit of a misnomer. Par whole life is not just a form of insurance; it’s a bundled product that combines insurance and investments. While alternative products such as universal life make a clear distinction between the insurance and investment portions of the policy, that distinction is not as clear with par whole life. Consider the various parts that make up a par whole life policy:
Face Value—the basic death benefit associated with the policy. It’s a set value that does not change.
Guaranteed Cash Value—a contractually guaranteed value associated with the policy. This cash value follows a predetermined schedule starting at zero and beginning to grow in years one, five, ten or 15 depending on the policy. The cash values grow until the insured turns 100, at which time the guaranteed cash value matches the face value.
Dividends—premiums paid in excess of the cost of insurance are invested within a pool known as the par fund. This fund then invests in a portfolio that’s heavily weighted in bonds. Returns from this fund, along with profits from improvements in mortality, are distributed to policyholders in scheduled dividend payments. Dividends can either be paid out, left on deposit, put against the premium, used to purchase an investment fund or to purchase more fully paid up insurance (paid up additions).
Let’s look at the latter option, paid-up additions, as it results in the largest long-term death benefit and cash value options.
A par whole life policy will pay the insured the face value on death, or on maturity at age 100. At the same time, funds paid in excess to the policy generate returns that will be paid back to the policy. This amount, or the insurance/investment they generate, will also be paid at time of death.
However, it’s not necessary to wait until death. The policyholder can benefit from policy ownership by:
Withdrawing dividends;
Borrowing against the guaranteed cash value; or
Surrendering the policy in exchange for the guaranteed cash value and accumulated dividends.
Basic Assumptions
Analyzing the return on any insurance product is always challenging. There are an infinite number of variables to consider: age, gender, health, smoking status, issuer, product, benefit amount, payment period, and so on. We’ll assume the dividend schedule holds throughout the policy’s lifetime, and that the policyholder is:
A male, non-smoker, age 40;
Using a whole life policy from one of the major issuers payable to age 100; and
Holding a $1 million face value policy with no riders and dividends purchasing paid-up additions.
The values (see “Par Value,” below) represent various forms of payoffs to the consumer. The next challenge is to identify what’s invested in this policy. Remember par whole life is a bundled product, so the premium itself is also bundled to represent the cost of each of the associated benefits. To measure the return accurately, it’s necessary to break down the premium and attribute the proper portion of that premium to each benefit. The data needed to do this isn’t provided by the insurance companies. For this analysis, make the following assumptions:
Total Premium—quoted as $22,482 per year;
Face Value—The best comparison basis would have been a T100 no cash value policy. However, since the issuer used in the example does not offer such a policy, the annual minimum premium for a T100 universal life policy was utilized. This resulted in a face value premium of $5,592;
Guaranteed Cash Value—again, the issuer doesn’t offer a direct match, so I settled for a policy offered by another issuer with long-term guaranteed cash amounts similar to the whole life product. When subtracting the premium of that policy from the face amount, it resulted in $5,253 being attributed to the guaranteed cash value; and
Dividends—subtract both face value premium and guaranteed cash value premium from the total premium, leaving a corresponding value of $11,640.
To measure returns based on these cash flows, identify which inputs and outputs apply to the calculations. The average consumer will want to know:
What return am I getting from the insurance portion of this policy? Consumers have several options available for permanent protection. So determine what return they’ll receive from the actual insurance benefit (ROI). To measure ROI on the policy, consider the face value premium versus the face value.
Is there any Return in Force (RIF)? To calculate RIF, consider the only available in-force payout, dividends, and compare them to costs.
What return am I getting on the premium beyond the cost of insurance if I surrender the policy? To find out, we’ll measure what a consumer yields for funds in excess of the cost of insurance on surrender, or Return on Surrender (ROS). This number will look at the guaranteed and dividend cash values paid versus the premiums associated with both.
What is my Return on Death (ROD)? To calculate, just consider the total payout (face value, plus paid-up additions) versus all premiums paid.
Results
The ROI on the policy started out very high and decreased as time passed (see “Measuring Returns,”). But, if we examine the returns in the range of the client’s life expectancy (75-85) we see that the ROI is a healthy 5.2% to 7.8%. Insurance by its nature is a guaranteed payout, therefore if this ROI is compared to other guaranteed investment options, such as GICs or bonds, a 5.2% to 7.8% tax-free rate of return is very competitive.
It takes 20 years before the RIF approaches a return similar to that of fixed-income yields. After about 30 years, the RIF plateaus at about 6%, pre-tax. As with the RIF, the ROS starts out negative and then increases—hitting a plateau of about 4.6%, pre-tax. Unlike the RIF, the initial returns aren’t as negative, due to the inclusion of the guaranteed cash value. The returns also are not as positive since they consider all premiums paid to the policy.
The ROD has high initial returns that are more muted than the ROI. This is due to the inclusion of the cost of the guaranteed cash and dividends. At the same time, the ROD’s longerterm return numbers (post year 40) are greater than the ROI. This is because the paid-up additions increase the death benefit over time and at least partially compensate for the increased cost.
It’s important to remember this is a tax-free return, making it more attractive than similarly yielding products. In fact a 5.5% to 6.8% tax-free compound rate of return is equivalent to the aftertax yield on a heavily equity-based balanced portfolio.
From an insurance standpoint, clear value is derived. Even when compared to the return of its non-cash insurance rivals (ROI), it provides a tax-free return of 5.5% to 6.8% at life expectancy. However, RIF and ROS show there is also clear value to be derived while alive. RIF proves a client can achieve a long-term, fixed-income level of return from the dividend payouts (not surprising given that par funds are heavily fixed-income weighted). As well, ROS demonstrates that should the client no longer need the insurance or investment aspects of this policy and wish to terminate, he or she would receive the equivalent of a pre-tax return similar to other secure investments.
Strategies
So, what kind of consumer would benefit most from a par whole life policy? Essentially it’s a person who:
Needs permanent insurance;
Desires or needs to invest;
Is looking for a vehicle that will provide a fixed income equivalent return while he or she is alive; and
Is looking to grow his insurance amount on a regular basis and leave behind an estate that will have earned a return that rivals an after-tax return on a heavily equity-based balanced portfolio.
One strategy I use is to include the dividends within a par whole life policy as fixed income in the client investment policy statement. Since paid dividends are guaranteed to the client and increase according to a set schedule, they demonstrate the stability of commonly accepted fixed-income products.
While it’s unclear where the argument that whole life provides a poor return comes from, it’s apparent the policies produce significant returns for clients’ heirs. Detractors aside, the numbers show there’s clearly value to good old-fashioned participating whole life policies.
On more than one occasion, I’ve exchanged views with clients and colleagues about participating (par) whole life. At issue are various nuggets of wisdom passed along by industry associates, and others who share a view that par provides a poor rate of return.
While whole life providers have given advisors a plethora of marketing material to explain the workings and performance of par funds, I’ve yet to see an analysis that answers the questions with time-weighted average rate of return numbers.
Par’s been around a long time, but its name is a bit of a misnomer. Par whole life is not just a form of insurance; it’s a bundled product that combines insurance and investments. While alternative products such as universal life make a clear distinction between the insurance and investment portions of the policy, that distinction is not as clear with par whole life. Consider the various parts that make up a par whole life policy:
Face Value—the basic death benefit associated with the policy. It’s a set value that does not change.
Guaranteed Cash Value—a contractually guaranteed value associated with the policy. This cash value follows a predetermined schedule starting at zero and beginning to grow in years one, five, ten or 15 depending on the policy. The cash values grow until the insured turns 100, at which time the guaranteed cash value matches the face value.
Dividends—premiums paid in excess of the cost of insurance are invested within a pool known as the par fund. This fund then invests in a portfolio that’s heavily weighted in bonds. Returns from this fund, along with profits from improvements in mortality, are distributed to policyholders in scheduled dividend payments. Dividends can either be paid out, left on deposit, put against the premium, used to purchase an investment fund or to purchase more fully paid up insurance (paid up additions).
Let’s look at the latter option, paid-up additions, as it results in the largest long-term death benefit and cash value options.
A par whole life policy will pay the insured the face value on death, or on maturity at age 100. At the same time, funds paid in excess to the policy generate returns that will be paid back to the policy. This amount, or the insurance/investment they generate, will also be paid at time of death.
However, it’s not necessary to wait until death. The policyholder can benefit from policy ownership by:
Withdrawing dividends;
Borrowing against the guaranteed cash value; or
Surrendering the policy in exchange for the guaranteed cash value and accumulated dividends.
Basic Assumptions
Analyzing the return on any insurance product is always challenging. There are an infinite number of variables to consider: age, gender, health, smoking status, issuer, product, benefit amount, payment period, and so on. We’ll assume the dividend schedule holds throughout the policy’s lifetime, and that the policyholder is:
A male, non-smoker, age 40;
Using a whole life policy from one of the major issuers payable to age 100; and
Holding a $1 million face value policy with no riders and dividends purchasing paid-up additions.
The values (see “Par Value,” below) represent various forms of payoffs to the consumer. The next challenge is to identify what’s invested in this policy. Remember par whole life is a bundled product, so the premium itself is also bundled to represent the cost of each of the associated benefits. To measure the return accurately, it’s necessary to break down the premium and attribute the proper portion of that premium to each benefit. The data needed to do this isn’t provided by the insurance companies. For this analysis, make the following assumptions:
Total Premium—quoted as $22,482 per year;
Face Value—The best comparison basis would have been a T100 no cash value policy. However, since the issuer used in the example does not offer such a policy, the annual minimum premium for a T100 universal life policy was utilized. This resulted in a face value premium of $5,592;
Guaranteed Cash Value—again, the issuer doesn’t offer a direct match, so I settled for a policy offered by another issuer with long-term guaranteed cash amounts similar to the whole life product. When subtracting the premium of that policy from the face amount, it resulted in $5,253 being attributed to the guaranteed cash value; and
Dividends—subtract both face value premium and guaranteed cash value premium from the total premium, leaving a corresponding value of $11,640.
To measure returns based on these cash flows, identify which inputs and outputs apply to the calculations. The average consumer will want to know:
What return am I getting from the insurance portion of this policy? Consumers have several options available for permanent protection. So determine what return they’ll receive from the actual insurance benefit (ROI). To measure ROI on the policy, consider the face value premium versus the face value.
Is there any Return in Force (RIF)? To calculate RIF, consider the only available in-force payout, dividends, and compare them to costs.
What return am I getting on the premium beyond the cost of insurance if I surrender the policy? To find out, we’ll measure what a consumer yields for funds in excess of the cost of insurance on surrender, or Return on Surrender (ROS). This number will look at the guaranteed and dividend cash values paid versus the premiums associated with both.
What is my Return on Death (ROD)? To calculate, just consider the total payout (face value, plus paid-up additions) versus all premiums paid.
Results
The ROI on the policy started out very high and decreased as time passed (see “Measuring Returns,”). But, if we examine the returns in the range of the client’s life expectancy (75-85) we see that the ROI is a healthy 5.2% to 7.8%. Insurance by its nature is a guaranteed payout, therefore if this ROI is compared to other guaranteed investment options, such as GICs or bonds, a 5.2% to 7.8% tax-free rate of return is very competitive.
It takes 20 years before the RIF approaches a return similar to that of fixed-income yields. After about 30 years, the RIF plateaus at about 6%, pre-tax. As with the RIF, the ROS starts out negative and then increases—hitting a plateau of about 4.6%, pre-tax. Unlike the RIF, the initial returns aren’t as negative, due to the inclusion of the guaranteed cash value. The returns also are not as positive since they consider all premiums paid to the policy.
The ROD has high initial returns that are more muted than the ROI. This is due to the inclusion of the cost of the guaranteed cash and dividends. At the same time, the ROD’s longerterm return numbers (post year 40) are greater than the ROI. This is because the paid-up additions increase the death benefit over time and at least partially compensate for the increased cost.
It’s important to remember this is a tax-free return, making it more attractive than similarly yielding products. In fact a 5.5% to 6.8% tax-free compound rate of return is equivalent to the aftertax yield on a heavily equity-based balanced portfolio.
From an insurance standpoint, clear value is derived. Even when compared to the return of its non-cash insurance rivals (ROI), it provides a tax-free return of 5.5% to 6.8% at life expectancy. However, RIF and ROS show there is also clear value to be derived while alive. RIF proves a client can achieve a long-term, fixed-income level of return from the dividend payouts (not surprising given that par funds are heavily fixed-income weighted). As well, ROS demonstrates that should the client no longer need the insurance or investment aspects of this policy and wish to terminate, he or she would receive the equivalent of a pre-tax return similar to other secure investments.
Strategies
So, what kind of consumer would benefit most from a par whole life policy? Essentially it’s a person who:
Needs permanent insurance;
Desires or needs to invest;
Is looking for a vehicle that will provide a fixed income equivalent return while he or she is alive; and
Is looking to grow his insurance amount on a regular basis and leave behind an estate that will have earned a return that rivals an after-tax return on a heavily equity-based balanced portfolio.
One strategy I use is to include the dividends within a par whole life policy as fixed income in the client investment policy statement. Since paid dividends are guaranteed to the client and increase according to a set schedule, they demonstrate the stability of commonly accepted fixed-income products.
While it’s unclear where the argument that whole life provides a poor return comes from, it’s apparent the policies produce significant returns for clients’ heirs. Detractors aside, the numbers show there’s clearly value to good old-fashioned participating whole life policies.