Human Life Value Calculator

Estimate the right life-insurance cover for your family based on income, expenses, debts, and future goals — using the standard Human Life Value (HLV) method.

Understanding the Human Life Value Method

The Human Life Value (HLV) approach is the most widely accepted way to size life-insurance cover. Rather than picking an arbitrary multiple of salary, HLV calculates the present value of every future dollar your family would lose if you were no longer there to earn it — then adds the lump-sum obligations they would inherit and subtracts whatever financial buffer already exists.

The HLV formula in plain English

Why HLV beats “10× your salary”

Rules of thumb like 10× or 15× annual income ignore your age, expenses, debts, and existing wealth. A 30-year-old with a young child and a fresh mortgage needs far more cover than a 55-year-old whose home is paid off and whose children are independent — even if both earn the same. HLV captures these differences automatically.

Tips for using your result

Frequently Asked Questions

Human Life Value is the present economic value of a person's future earnings to their dependents. It represents how much money your family would need to maintain their standard of living and meet long-term goals if you were no longer around.
Take your annual income minus your personal expenses, multiply that by the years until retirement, discount it to present value, then add outstanding debts and future goals and subtract existing assets and life cover.
Use a realistic post-tax investment return that your family could earn on a lump sum payout — typically 5% to 8% per year. A lower rate gives a higher (more conservative) cover requirement.
No. The 10x or 15x shortcut is a quick rule of thumb. HLV is a more precise calculation that accounts for your years to retirement, present value of future income, existing assets, and specific future obligations.
Yes — you can enter an expected annual income-growth rate (approximating wage inflation) and a separate discount rate. The difference between them drives the present-value calculation.