- Thread starter
- #61
I have this spreadsheet posted elsewhere in the forum, but I'll reference it here for this thread. For a policy with maximum cash value accumulation, the LOWEST FACE amount for the given premium is required.
Note: This is NOT a regulated illustration.
I took a male, age 35, standard non-smoking classification with $10,000 annual premiums. I compared it to a base whole life and an IUL - both offered by the same company.
The results:
- Base whole life (not one I would recommend) but was not structured for high cash values - had an INITIAL FACE death benefit of $762,855.
It did not "break even" for 22 years! (You'll notice the bracketed cell.)
At age 65, the cash values were $356,000 compared to $300,000 in premiums paid.
- the IUL (properly structured and illustrated at a level 6.5% - which wouldn't happen either because it's based on an index segment performance) - had an INITIAL FACE death benefit of $363,164.
It broke even in year 8.
You'll also notice that in Year 5, it showed a "projected" cash values of $44,000. Remember my Year 5 & 75% cash value rule? 75% of $50,000 would be $37,500. $44,000 out of $50,000 is a projected 88% available cash value.
This had VERY LITTLE to do with the rate of return, but the structure of the policy.
At age 65 - "assuming" that 6.5% held for the entire time (it won't), the projected cash values would've been $750,000 over the $300,000 in total premiums paid.
Not sure if this attachment is supposed to convince me of anything. A few things:
If you are going to look at the 30-year projections, why did you calculate BTID using a 20-year term and then buying ad-hoc term at upwards of $30k/yr for the remaining 10 years? Seems very unfair. Just compare with a 30-year term policy.
The IUL column (green). $300k paid in to get $750k out after 35 years. This is about 3.1%. This seems pretty crappy. again, it seems that BTID would return better. 3.1% is easy to get. What am I looking at here?