Clothing Budget Calculator

THE PART NOBODY ANSWERS

What Do Other People Actually Spend on Clothes?

Short answer: The published figures range from roughly £900 to £2,000 a year for one adult, and they disagree because they count different things. Household surveys include children's clothes and dry cleaning; fashion surveys count only what one person bought. Neither is a target.

Every search on this subject returns a Reddit thread at the top, and a different one each time — the money diaries forum, the women's forums, the fashion forums. They all have the same title: how much do you spend on clothes. That pattern is telling you something. People are not looking for a rule. They are looking for a comparison, and because no page provides one honestly, a conversation between strangers is the best available source.

The published numbers are genuinely contradictory. One widely cited survey puts the average American woman at around two thousand dollars a year. Another puts total fashion spending at under fifteen hundred. The official household expenditure data gives a different figure again, and all three are correct within their own definitions. The household figure covers everyone in the home including children, and includes footwear, cleaning and repairs. The fashion surveys usually count one adult's purchases and leave out the boring parts. Comparing them is meaningless unless you know which is which.

What the forum threads suggest, read across several years and several communities, is a very wide real-world range: somewhere between thirty and two hundred and fifty a month for one adult, with most people clustering in the middle of that and a long tail at both ends. Location moves it more than income does — the same wardrobe costs noticeably more to maintain in a city with a real winter than in a mild climate.

The useful thing to take from all of this is that the range is enormous and the average is nearly meaningless. If your figure is inside that range you are unremarkable, and if it is outside it the question worth asking is whether it is working for you rather than whether it matches anyone else. That is the whole comparison, and it is more than most pages will tell you.

Average annual spend by source (one adult)

Household surveys (includes dry cleaning) £1,200
Fashion surveys (clothes only) £1,500
Reddit and forums (widest range) £900 – £2,000

As a percentage of take-home pay

Lower incomes 4% – 6%
Middle incomes 2% – 5%
Higher incomes 2% – 4%
Comparison of clothing expenditure data sources and methodologies
Source Type What It Measures What It Includes Why It Differs
Household expenditure survey Everyone in the home Clothes, shoes, cleaning, repairs, children Divided by household, not per adult
Fashion industry survey One adult's purchases New clothes and shoes only Excludes maintenance entirely
Retail spending data All apparel sold Everything including gifts and returns Counts transactions, not people
Forum self-reports One adult, self-selected Whatever the person counts Skewed by who chooses to answer

None of these is a target. They are four different questions with four different answers, and the gap between them is the reason the numbers you see quoted never agree.

THE PERCENTAGE

What Percentage of Income Should Go on Clothes?

Short answer: Two to five per cent of take-home pay is the usual working range for one adult. The often-quoted five per cent comes from household expenditure surveys, where it describes what families actually spend across everyone in the home — not what one person should budget.

The Working Range Spectrum

1% 2% 3% 4% 5% 6% 7% 8%
1–2% Comfortable incomes with an established wardrobe
2–5% The usual working range for most working adults
5–8% Starting out, changing career, or rebuilding from scratch

Of take-home pay, for one adult.

The five per cent figure is repeated everywhere and almost always misattributed. It comes from national consumer expenditure data, which records what households actually spent on apparel as a share of their income. That is a description of behaviour across whole families, not a recommendation for an individual, and using it as a personal target quietly inflates the number for anyone living alone.

The more important problem with any single percentage is that clothing costs do not scale with income. A pair of shoes that has worn through costs the same whether you earn twenty thousand or eighty. So the percentage that works is necessarily higher at lower incomes and lower at higher ones — someone on a modest income replacing worn basics may reasonably spend six or seven per cent, while someone earning considerably more might sit comfortably at one or two.

That is why the calculator above asks about the state of your wardrobe rather than only your income. A person with a full, functioning wardrobe and a person starting from very little need completely different figures on the same salary, and a percentage alone cannot tell them apart.

One practical note on which income to use. Take-home pay, after tax and after any fixed deductions, is the only figure that makes this useful. Percentages of gross income produce numbers that do not survive contact with an actual bank account.

THE METHOD

How to Budget for Clothes: The Three-Way Split

Short answer: Divide the budget into replacing, seasonal and investment. Replacing covers what wears out and is the largest share for most people. Seasonal covers the two or three pieces each season actually needs. Investment accumulates for the expensive things.

Most clothing budgets fail in the same way. They are set as a monthly shopping allowance, and then something wears out — a pair of boots, the jeans you wear constantly, every bra at once — and the month's figure disappears on something that was not shopping in any meaningful sense. The budget then feels broken and gets abandoned, when in fact it was never structured to include the thing it was mostly going to be spent on.

Replacing is the first and usually largest share. Shoes wear out, underwear and socks have a short life, and the pieces you wear most often are by definition the ones that fail first. This is not discretionary and it does not respond to willpower. Budgeting for it explicitly is the single change that makes the other two shares survivable.

Seasonal is the second share, and it is smaller than most people expect. A season needs two or three genuinely new pieces to feel current, not a new wardrobe. Setting the figure low here is what makes the difference between a wardrobe that evolves and one that turns over completely every year at considerable cost.

Investment is the third and it works differently: it accumulates rather than being spent monthly. A good coat, boots that will last, a bag — the pieces where cost per wear genuinely favours spending more. Setting aside a small amount each month means the coat is affordable when you need it, rather than becoming an emergency purchase at the worst possible price in the middle of winter.

The Standard 50 / 35 / 15 Division

REPLACING · about half

What wears out. Shoes, underwear, the things you wear most. Not discretionary.

SEASONAL · about a third

Two or three pieces a season. Less than you think.

INVESTMENT · the rest

Accumulates monthly. The coat, the boots, the bag.

The shares shift with your wardrobe. Starting from very little means more replacing; a settled wardrobe means more investment.

When the budget breaks

It usually breaks in the same two places. An unexpected replacement that the replacing share was too small to absorb, and an event — a wedding, a new job, a move somewhere colder — that no monthly figure was ever going to cover. Both are worth planning for separately rather than treating as budget failures. The calculator asks about upcoming events for exactly this reason.

BUDGET EXAMPLES

Clothing Budget Examples for Different Incomes

Four examples using the same rules as the calculator, to show how the figures change. All four assume some basics are worn and a mixed week.

£1,500 a month
£60 / month
£720 a year
4.0% of take-home
Replacing (50%) £30
Seasonal (35%) £21
Investment (15%) £9
£2,400 a month
£96 / month
£1,152 a year
4.0% of take-home
Replacing (50%) £48
Seasonal (35%) £34
Investment (15%) £14
£3,500 a month
£140 / month
£1,680 a year
4.0% of take-home
Replacing (50%) £70
Seasonal (35%) £49
Investment (15%) £21
£5,000 a month
£200 / month
£2,400 a year
4.0% of take-home
Replacing (50%) £100
Seasonal (35%) £70
Investment (15%) £30
METHODOLOGY

How This Calculator Works

This is a structure rather than a prescription, and it matters what it assumes. Here is the whole of it.

What this clothing budget calculator is built on

A percentage of take-home pay, adjusted by the state of your wardrobe and what your week requires, then split three ways. The base range is two to five per cent for one adult, which sits below the household expenditure figure because that figure covers everyone in a home. The wardrobe question moves the percentage: someone starting from very little needs a higher share than someone replacing the occasional item, and the calculator shifts both the total and the replacing share accordingly. Upcoming events add a one-off amount alongside the monthly figure rather than inflating it, because a wedding is not a permanent change to your outgoings.

Why it asks about your wardrobe and not only your income

Because clothing costs do not scale with earnings. A worn-through pair of boots costs the same at any salary, which means a single percentage of income systematically under-budgets at lower incomes and over-budgets at higher ones. Asking what actually needs replacing produces a figure that reflects the situation rather than the payslip.

Where this calculator is least reliable

Three situations. Households rather than individuals, since everything here is built for one adult's wardrobe and family clothing budgets work differently. Anyone whose work requires specific clothing at their own expense, where the requirement sets the figure rather than the income. And anyone in an unusually expensive market for clothes, where the same wardrobe simply costs more to maintain and the percentages need moving up. Nothing here is financial advice — it is a way of organising one category of spending, and it assumes you have already decided what that category is worth to you.

For the actual data behind the figures everyone quotes, the Bureau of Labor Statistics publishes apparel spending from its consumer expenditure survey, which is the original source of the five per cent number. For a personal finance perspective on the same question written in more detail, Pete the Planner's piece on how much to spend on clothing is the most-cited treatment of it.

Cost Per Wear Calculator

THE PART NOBODY PUBLISHES

What Is a Good Cost Per Wear?

Short answer: Under £1 a wear is the usual rule of thumb and it is too blunt to be useful on its own. A coat should reach 20p a wear; a wedding outfit will never get near £1 and does not need to. The figure only means something against the kind of garment it describes.

There is a thread on the capsule wardrobe forum asking what an ideal or reasonable cost per wear actually is, and it currently ranks first for almost every search on this subject. That is not because the thread is exceptional. It is because no page answers the question, so a conversation between strangers is the best available source. Everyone explains the formula; almost nobody says what to do with the answer.

The reason the standard under-a-pound rule fails is that it treats a winter coat and a wedding dress as the same kind of object. A coat is worn perhaps a hundred and twenty times a year for five years, so six hundred wears is realistic and a good figure is well under fifty pence. An occasion dress might be worn four times in its life, so a hundred pound dress sits at twenty-five pounds a wear and there is no version of that garment where the number looks good. Comparing the two on a single threshold tells you nothing.

A benchmark only works when it is set per category, and it should be read as three bands rather than a pass mark: a figure you would be pleased with, a figure that is perfectly reasonable, and a figure that suggests the piece is not earning its place. The table below is the one this calculator uses. The numbers are given in pounds and convert directly — the ratios hold whatever currency you are in.

One caveat worth stating before the table. A low cost per wear is not automatically a good purchase, and a high one is not automatically a bad one. Something worn constantly because you own nothing else scores brilliantly and may be making you miserable. An occasion piece bought for one significant day scores terribly and may have been entirely worth it. The figure measures financial efficiency and nothing else.

← Scroll to view full table →
Cost per wear category benchmarks by garment type
Garment Good Reasonable Not Earning It Typical Lifetime Wears
Coat or jacket Under £0.50 £0.50–£1.50 Over £1.50 300–600
Knitwear Under £1 £1–£3 Over £3 100–200
Top or blouse Under £0.50 £0.50–£2 Over £2 100–250
Trousers or jeans Under £0.50 £0.50–£2 Over £2 150–400
Dress, everyday Under £1 £1–£3 Over £3 50–150
Skirt Under £1 £1–£3 Over £3 60–150
Everyday shoes Under £0.50 £0.50–£2 Over £2 200–500
Occasion shoes Under £5 £5–£15 Over £15 10–40
Bag Under £0.50 £0.50–£2 Over £2 200–600
Occasion outfit Under £15 £15–£50 Over £50 2–10

Lifetime wears assume the piece is kept until it wears out or stops being worn, not until it stops being fashionable. If you replace things on a two-year cycle, halve the figures and expect a higher cost per wear across the board.

WORKED EXAMPLE

Wool Overcoat

Price £260
Alterations + £20
Cleaning, 3 years + £45
Resale value − £50
True cost £275
Wears, 3 years ÷ 390
Cost per wear £0.71
The same coat comes to £0.67 on the simple formula and £0.71 on the full one.
THE MATHS

How to Calculate Cost Per Wear

Short answer: Divide the price by the number of times you will wear it. The fuller version adds alterations and cleaning to the price and subtracts what you could sell it for, which changes the answer more than most people expect.

The cost per wear formula everyone quotes is price divided by wears, and for most garments it is close enough. Where it goes wrong is on exactly the items people use it to justify — tailoring, coats, anything dry clean only — because those carry costs after purchase that the simple version ignores entirely.

Alterations belong in the price. A pair of trousers that needed twenty-five pounds of hemming cost twenty-five pounds more than the label said, and that is true whether or not you think of it that way. Cleaning belongs in it too, and it is the cost most often missed: a wool coat cleaned twice a year for five years is roughly a hundred and fifty pounds of dry cleaning, which on a three hundred pound coat is half the purchase price again.

Resale runs the other way and is worth including if you actually sell things. A well-kept piece from a brand with a resale market can return thirty to fifty per cent of its price, and that comes off the true cost. If you do not sell clothes, leave the field empty — an optimistic resale figure that never materialises makes the whole calculation dishonest.

Simple: price ÷ wears
Full: (price + alterations + cleaning − resale) ÷ wears

Use the simple version to compare two similar things quickly. Use the full one before spending seriously.

EXAMPLE CALCULATIONS

Cost Per Wear Examples

Four real examples, with all the costs included, to show how the figure changes.

Wool coat

£260
130 wears/yr for 3 years (390 wears)
Alterations: +£20
Cleaning: +£45
Resale: −£50
True cost: £275
£0.71 / wear
£0.67 on simple formula

Cashmere jumper

£180
52 wears/yr for 3 years (156 wears)
Cleaning: +£30
Resale: −£30
True cost: £180
£1.15 / wear
£1.15 on simple formula

Straight-leg jeans

£95
130 wears/yr for 2 years (260 wears)
Alterations: +£15
True cost: £110
£0.42 / wear
£0.37 on simple formula

Occasion dress

£220
5 wears over 2 years
Alterations: +£25
Cleaning: +£15
Resale: −£60
True cost: £200
£40.00 / wear
£44.00 on simple formula
TWO OPTIONS

Comparing Two Pieces Side by Side

Short answer: Cost per wear is most useful as a comparison rather than a verdict. Put two things you are choosing between into the calculator and the difference is usually larger and clearer than either figure on its own.

The most common real use of this calculation is not deciding whether to buy something. It is deciding which of two things to buy — the cheaper coat or the better one, the shoes that need resoling or the ones that do not. In that situation the absolute figure barely matters and the gap between the two tells you everything.

The comparison also exposes the thing single-item calculations hide. Two garments at similar prices can have completely different true costs once cleaning and alterations are in, and a cheaper piece that needs replacing twice as often is frequently the more expensive one. Set both to the same expected lifetime and the arithmetic makes the case by itself.

One rule for comparing honestly: use the same wear estimate for both unless there is a real reason not to. It is very easy to give the piece you already want the more generous number, and that is the single most common way this calculation gets bent.

OPTION A: HIGH-STREET COAT

£90 coat · 2 years · 260 wears · no cleaning

£0.35 per wear
OPTION B: INVESTMENT COAT

£300 coat · 8 years · 1,040 wears · £30 a year cleaning

£0.52 per wear
The expensive coat is still dearer per wear. Cost per wear does not always favour buying better, which is why the brands publishing these guides rarely show an example like this one.
THE HONEST VERSION

Where Cost Per Wear Stops Being Useful

Short answer: It measures financial efficiency and nothing else. It cannot see whether you like a thing, it rewards owning less regardless of whether that suits your life, and it is trivially easy to make any purchase look sensible by being optimistic about how often you will wear it.

An essay arguing that cost per wear is flawed currently ranks in the top three for several searches on this subject, alongside a magazine piece describing it as useful and flawed maths in its own headline. Both are right, and a page that only sold you the upside would be less useful than one that says where it fails. Here is where it fails.

The first problem is that the wear count is a guess and you are making it while wanting the answer to come out well. Estimating that you will wear something twice a week for five years turns almost any price into a reasonable figure. The honest version is to estimate how often you wore the last comparable thing you owned, which is usually a considerably smaller number.

The second is that it quietly rewards owning very little. A person with four tops has a magnificent cost per wear and possibly a miserable wardrobe. The figure improves every time you narrow your options, which makes it a poor guide on its own for anyone who wants variety — and variety is a legitimate thing to want.

The third is that it says nothing about whether you like the thing. The piece worn constantly because nothing else fits scores brilliantly. The dress worn twice that you think about years later scores terribly. Both numbers are correct and neither describes the purchase. Cost per wear is a good tool for choosing between two things you want equally, and a poor tool for deciding whether to want something.

✓ What it is good for

Choosing between two similar options · Sanity-checking an expensive purchase · Noticing which things you never wear · Comparing quality tiers of the same garment

✕ What it cannot do

Account for how much you like something · Value variety in a wardrobe · Predict how often you will actually wear it · Tell you whether to buy at all

OVER TIME

Using It as a Cost Per Wear Tracker

Short answer: Save an item and add a wear each time you put it on. The figure updates, and after a season you have real numbers instead of estimates — which is the only way this calculation stops being a guess.

People sell spreadsheets, printable templates and phone apps for exactly this, which tells you the demand is real. The mechanic is simple: record what you paid, tap once each time you wear it, and watch the figure fall. What makes it worth doing is not the tracking itself but what it reveals at the end of a season — which pieces you reached for constantly and which have been quietly sitting there.

Saved items on this page live in your own browser and go nowhere else. There is no account, nothing is uploaded, and the list is yours to delete. That also means it does not follow you to another device, which is the honest trade-off for not asking you to sign up.

The most useful habit is not tracking everything. Track the five or six pieces you spent real money on, and the two or three you are unsure about. A wardrobe-wide spreadsheet gets abandoned in a fortnight; six items does not.

Your Tracked Pieces

Tap +1 whenever worn
  • Wool coat · £260
    47 wears £5.85
  • Ankle boots · £160
    112 wears £1.43
  • Silk blouse · £95
    8 wears £11.88

Saved in this browser only. No account, nothing uploaded.

METHODOLOGY

How This Calculator Works

The arithmetic here is trivial. What is not trivial is where the benchmark figures come from and what the tool assumes, so here is both. Every calculation is deterministic and completely transparent.

What this cost per wear calculator is built on

The calculation is the full formula above: price plus alterations plus cleaning over the period, minus resale, divided by estimated wears. Wears are derived from the frequency and duration you select rather than entered directly, because people are considerably better at estimating how often they wear something than at producing a total. Weekly for three years becomes 156 wears; a few times a week for three years becomes 390. Those conversions are shown alongside the result so you can see what the figure is built on, and the simple price-only figure is shown beneath it so you can see what the extra costs did.

Where the benchmark figures come from

The category benchmarks in the table above are not a published standard, because none exists. They are derived from typical garment lifespans and the wear frequencies each category actually gets — a coat worn through five winters, shoes worn until they are resoled twice, an occasion dress worn a handful of times. We publish them as three bands rather than a single threshold because a pass mark on a subject this variable would be false precision. If your figures differ, your benchmark is the more accurate one.

Where this calculator is least reliable

Three situations. Anything you have not bought yet, where the wear estimate is a hope rather than an observation — the tracker exists because estimates are the weak point. Pieces bought for a specific event, where the figure will always look poor and the calculation is not the right way to think about the purchase. And second-hand or inherited pieces, where the price paid and the value of the garment have come apart entirely.

For an editorial case in favour of thinking this way, GQ's piece on the magic of cost per wear makes the argument well. For the counterweight, Primer Magazine's calculator piece describes the same maths as useful and flawed in its own headline, which is closer to our view.