Cost Per Wear Calculator
A $200 jacket worn 80 times costs $2.50 per wear. A $30 top worn 4 times costs $7.50 per wear. The price tag and the cost are two different things, and this calculator proves it with your own numbers.
Enter a price, a realistic wear count, and any care costs and resale value, and you get the true cost per wear, a value rating, and the number of wears needed to reach $5 and $1 per wear. Fill in Item B as well and the tool compares the two side by side and names the better value.
The wear count is an estimate, so treat the result as a decision aid, not an audit. If resale ends up higher than price plus care, the tool floors the true cost at $0 rather than showing a negative cost per wear.
Quick Answer
Key takeaways
- Cost per wear is true cost divided by wears: (price + care costs – resale value) / wears. The wear count matters more than the price.
- Under $1 per wear is exceptional, $1 to under $5 is excellent, $5 to $15 is reasonable, and over $15 is high. Those are the exact bands the calculator rates against.
- Care costs and resale value move the answer. A dry-clean-only blazer costs more than its tag, and a resalable coat costs less.
- Estimate wears honestly. Halve your first guess for anything trend-led, then see if the number still works.
- Quick Answer
- How to use this cost per wear calculator
- The true-cost formula: price plus care, minus resale
- Worked example: the $200 jacket beats the $30 top
- What counts as a good cost per wear?
- Estimating wears without lying to yourself
- Cost per wear, cost per use, and cost per day: which one fits?
- Fast fashion vs slow fashion, in numbers
- What competing calculators miss
- Frequently Asked Questions
How to use this cost per wear calculator
Start with Item A: enter the purchase price and the number of times the item has been worn, or a realistic count of how often you will wear it if you are deciding before buying. Add lifetime care costs and an honest resale figure if either applies, then press Calculate. Leave Item B empty for a single-item answer, or fill it in to compare two candidates head to head.
The result leads with Item A cost per wear and its rating, then shows the true cost breakdown, the wears needed to reach $5 and $1 per wear, and, when Item B is present, the comparison verdict and the saving per wear. Try the decision both ways before a purchase: once with the wear count you hope for, and once with half that count. If the item still rates Excellent or Reasonable on the pessimistic run, it is a safer buy than the fitting-room optimism suggests.
This page is clothing-specific: wears, garment care, and clothing resale. For anything else you own, from a phone to a coffee machine, the generic version of the same division lives in our cost per use calculator, which divides any total cost by any number of uses without the clothing inputs.
The true-cost formula: price plus care, minus resale
The formula adds what the garment costs you over its life, subtracts what you get back, and divides by how often you wear it.
The basic version taught everywhere, price divided by wears, is a special case of this formula with care and resale set to zero. The fuller version matters at the extremes. A $300 suit that needs $15 of dry cleaning every time you wear it is quietly a $300-plus suit, while a $300 coat from a brand with a strong secondhand market may only really cost you $200 once resale is counted. According to WRAP and University of Leeds durability testing, price alone does not even predict how long a garment lasts: in their 47-shirt test the most expensive shirt ranked 28th for durability while a budget shirt ranked 15th. That is why the denominator in this formula is your actual wear count, not a guess based on what you paid.
Worked example: the $200 jacket beats the $30 top
The calculator is pre-filled with this case, and every figure below is what it returns when you press Calculate.
| Item | True cost | Wears | Cost per wear | Rating |
|---|---|---|---|---|
| Item A: jacket | $200.00 | 80 | $2.50 | Excellent value |
| Item B: fast-fashion top | $30.00 | 4 | $7.50 | Reasonable |
| Sweater with care and resale | $140.00 ($150 + $20 – $30) | 50 | $2.80 | Excellent value |
The jacket is already under $5 per wear at 80 wears, and it needs 200 wears in total to reach $1 per wear. The top needs 6 wears just to reach $5 per wear, and 30 wears to reach $1, a count it is unlikely to survive. Verdict from the tool: Item A is the better value, saving $5.00 per wear.
Read the bars as cost, not value: shorter is cheaper per wear. The most expensive purchase on the list produces the second-shortest bar, which is the whole argument for doing this math before you buy.
What counts as a good cost per wear?
A good cost per wear depends on how often the category can realistically be worn, but the rating bands in this calculator give a consistent yardstick. They are the same bands the tool applies to your result.
| Cost per wear | Rating in this tool | Typical items |
|---|---|---|
| Under $1 | Exceptional | Everyday jeans, work shirts, the coat you live in all winter |
| $1 to under $5 | Excellent value | Good boots, a versatile blazer, knitwear in regular rotation |
| $5 to $15 | Reasonable | Seasonal pieces, occasion dresses, formal shoes |
| Over $15 | High | Items to question: rarely worn pieces that are not true occasionwear |
Two honest caveats. First, occasionwear breaks the scale by design: a wedding outfit or ski jacket worn a handful of times will score high, and that can still be money well spent. Second, the boundary cases are exact in the tool: $5.00 per wear rates Reasonable, not Excellent, and $15.00 is the last Reasonable figure before High. A $150 pair of boots worn 100 times costs $1.50 per wear, while a $40 pair that falls apart after 8 wears costs $5.00 per wear, so durability, not the discount, decides which boot was cheap.
Estimating wears without lying to yourself
The wear count is the one input you can fudge, and most people fudge it upward for new purchases. A steadier method: wears per week, times weeks per year you would actually wear it, times the years it will stay in your rotation. Twice a week for a 12-week summer, over 3 summers, is 72 wears. A $150 dress at 72 wears costs $2.08 per wear on paper, but run it at half the estimate, 36 wears, and it still costs $4.17, inside Excellent. An item that only works at the optimistic count is the item to leave on the rail.
Habits that inflate the count
Counting wears for a lifestyle you do not live (the gym kit, the dinner-party dress), assuming a trend piece stays current for years, and forgetting you already own three similar items that will split the rotation.
Habits that keep it honest
Counting from last season actual wears for similar items, capping occasionwear at the real number of events per year, and treating care costs as a warning sign: high-maintenance pieces get worn less.
For children clothes the count is capped by growth, not durability, so the math usually favors secondhand buying and passing pieces on. Resale and hand-me-down value do the heavy lifting in that case, which is why the resale field exists.
Cost per wear, cost per use, and cost per day: which one fits?
Three similar divisions answer three different questions, and picking the right one keeps the result meaningful.
| Metric | Divides by | Best for |
|---|---|---|
| Cost per wear (this page) | Wears, with care and resale | Clothing and footwear decisions, including two-item comparisons |
| Cost per use | Any number of uses | Tools, appliances, gear, and anything not worn |
| Cost per day | Days owned or days used | Subscriptions, rentals, and items whose cost runs with time |
The same logic travels well beyond the wardrobe. Cyclists price kit with a bike cost per ride calculator, and ownership costs that run by the calendar rather than by use belong in a cost per day calculator. Use the wear version when the item is clothing, because it is the only one that prices in dry cleaning, repairs, and what the garment is still worth secondhand.
Fast fashion vs slow fashion, in numbers
Fast fashion is a high cost per wear wearing a low price as a disguise. Research summarised by the Ellen MacArthur Foundation vision for circular fashion puts the average number of times a garment is worn before disposal on a long downward slide, and US EPA textiles data shows 11.3 million tons of textiles landfilled in 2018 alone. When the denominator collapses to a handful of wears, even a $25 garment lands at $5 or more per wear, and the replacement cycle starts again.
Resale is the counterweight, and it is no longer hypothetical. The thredUp 2026 Resale Report projects the global secondhand apparel market to reach $393 billion by 2030, which means quality pieces genuinely do hold a recoverable value that cheap pieces do not. Put a realistic resale figure in the calculator for a well-made coat and leave it at zero for a trend top, and the comparison usually widens further in the coat’s favor. Slow fashion wins this math not because it costs more, but because its wear count keeps growing for years while its resale value stays real.
What competing calculators miss
The best-ranking cost per wear tools are quick, but they stop at the simplest version of the division. Three gaps show up again and again.
Miss 1: price-only math. The leading calculator takes a price and a wear count and returns one number. No care costs, no resale value, so a dry-clean-only item looks cheaper than it is and a resalable item looks dearer than it is. This tool prices both in.
Miss 2: no comparison. The richest guides explain the formula and the benchmarks well, but you still compare two items by running the math twice and remembering the first answer. Here Item B sits next to Item A, and the tool names the winner and the saving per wear.
Miss 3: no target to aim at. A bare cost per wear does not tell you whether one more season would fix a borderline item. This calculator reports the exact wears needed to reach $5 and $1 per wear, so a $200 item at 30 wears (needing 40 for the $5 line) reads as a keep-wearing decision, not a failure.
One honest limit: the tool cannot know your future wear count or your future resale price. Both are estimates you supply, and the answer is only as honest as they are.
Frequently Asked Questions
Divide the true cost by the number of wears: (price + care costs – resale value) / wears. A $200 jacket worn 80 times costs $2.50 per wear, and a $30 top worn 4 times costs $7.50 per wear.
Under $1 is exceptional, $1 to under $5 is excellent, $5 to $15 is reasonable, and over $15 is high. Occasionwear such as wedding outfits and ski gear is the legitimate exception, because it is bought for a handful of wears by design.
Yes, when they are material. Dry cleaning, resoling, repairs, and tailoring are part of what the item costs you over its life, and leaving them out flatters high-maintenance clothes.
Yes, for pieces that hold value secondhand. Subtract what you could realistically sell the item for, and be honest about the figure: most fast fashion resells for nearly nothing, while quality brands hold a real resale value.
It depends entirely on wears. Worn 150 times over five winters, a $500 coat costs $3.33 per wear, which is excellent value. Worn 10 times, it costs $50 per wear. Run your own habits through the calculator rather than the price tag.
Divide the true cost by 5: a $200 item needs 40 wears, and it needs 200 wears to reach $1 per wear. The calculator works out both targets for your item automatically.
Yes, and it usually argues for buying secondhand. Children outgrow clothes long before wearing them out, so the wear count is capped and resale or hand-me-down value matters more than durability.
Because the wear count collapses. Poor fit, pilling, and fading push the item out of your rotation after a handful of wears, so a low price gets divided by a very small number.
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References
- US Environmental Protection Agency, “Textiles: Material-Specific Data” – generation, recycling, and landfilling of textiles in US municipal solid waste, including 11.3 million tons landfilled in 2018. EPA: Textiles Material-Specific Data. Accessed October 2026.
- US Environmental Protection Agency, “Nondurable Goods: Product-Specific Data” – clothing and footwear generation and recovery data behind the textiles figures. EPA: Nondurable Goods Product-Specific Data. Accessed October 2026.
- Ellen MacArthur Foundation, “Our Vision of a Circular Economy for Fashion” – the case for designing clothes to be used more, including falling average wears before disposal. Ellen MacArthur Foundation: A Circular Economy for Fashion. Accessed October 2026.
- Ellen MacArthur Foundation, “#WearNext” – campaign evidence on clothing ending up in landfill and the role of resale and reuse in keeping garments in use. Ellen MacArthur Foundation: #WearNext. Accessed October 2026.
- WRAP and University of Leeds Institute of Textiles and Colour, durability testing of 47 t-shirts finding no link between price and durability, reported by Circular Online. Circular Online: WRAP Study Reveals No Link Between T-Shirt Price and Durability. Accessed October 2026.
- thredUp, “14th Annual Resale Report” (with GlobalData) – secondhand apparel market sizing, projecting a $393 billion global market by 2030. thredUp: 14th Annual Resale Report. Accessed October 2026.
- Business Wire, “ThredUp 14th Annual Resale Report Reveals New Era of Structural Competition” – release summarising US resale growth and market projections. Business Wire: ThredUp 14th Annual Resale Report. Accessed October 2026.