What the status really costs.

Status symbols (luxury cars, designer watches, expensive houses) have three costs: purchase price, ongoing running costs, and opportunity cost of capital tied up. This calculator sums all three.

80,000 car with 5,000/year running cost over 8 years, 35,000 resale: cash cost 85,000. Opportunity cost of 80k invested at 7% over 8 years: 57,400. True cost 142,400 - per-year 17,800. The car you see as a 80k purchase is really 142k when fully accounted.

The tool shows what status costs truly, not what appears on the invoice. For items that meaningfully bring value (genuine enjoyment, business utility, important relationship signals), the cost may be worth it. For pure ego or comparison purchases, the true cost usually isn't.

A worked example

Try the defaults: purchase price of 80,000, annual running cost of 5,000, years owned of 8, resale value of 35,000. The tool returns 142,454.89. You can adjust any input and the result updates as you type — no submit button, no reload. That's the real power here: seeing how sensitive the output is to one or two assumptions.

What moves the number most

The result responds to Purchase Price, Annual Running Cost, Years Owned, Resale Value, and Alternative Investment Return. Frequency and unit price pull the total in different directions. The biggest surprise for most people is how small recurring amounts compound into large annual figures — that's where this calculation earns its keep.

The formula behind this

Cash cost = purchase + running × years - resale. Opportunity cost = purchase × ((1+r)^years - 1). True cost = cash + opportunity. Everything the calculator does is shown in the formula box below, so you can check the math against your own spreadsheet if you want.

Why the behavioural angle matters

Most personal finance mistakes are behavioural, not mathematical. You know the math; the hard part is acting on it consistently. Calculators like this one are useful because they externalise a private feeling into a public number — and public numbers are easier to argue with than vague feelings.

What this doesn't capture

Behaviour-adjacent math is always an approximation. Human habits are lumpy and context-dependent; the figure here assumes steady behaviour which is a simplification. Treat the output as a prompt for thinking rather than a precise prediction.