Cost Per Wear Calculator
True per-wear cost of clothing including alterations and dry cleaning
Calculate cost per wear for any clothing item by adding purchase price, alterations, and dry cleaning costs across its expected lifetime.
What this tool does
This calculator determines the true lifetime cost of a clothing item by combining purchase price, alterations, and ongoing maintenance expenses, then dividing by the number of times you expect to wear it. The result shows cost per wear, total lifetime cost, and how that compares to a fast-fashion benchmark of approximately 5 per wear. Purchase price and expected wears drive the calculation most significantly—higher wear counts and lower prices reduce per-wear cost substantially. A typical scenario: evaluating whether a higher-priced garment with professional alteration and periodic cleaning costs less per wear than frequent replacement of cheaper items. The calculator assumes consistent dry-cleaning frequency and doesn't account for storage, repairs beyond alterations, or changes in garment condition over time. Results are estimates for illustrative purposes and reflect assumptions you input.
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Disclaimer
Results are estimates for educational purposes only. They do not constitute financial advice. Consult a qualified professional before making financial decisions.
The Cost Per Wear Reframe
Cost per wear flips traditional clothing thinking. Instead of asking whether a 200 sweater is worth it, ask what it costs each time you wear it. A 200 sweater worn 100 times is 2 per wear — excellent value. A 40 fast-fashion sweater worn 5 times before it falls apart is 8 per wear — worse value. The reframe consistently shows that quality items worn often beat cheap items worn rarely on per-wear cost, despite higher upfront price.
Why Fast Fashion Loses on Cost Per Wear
Average fast-fashion garment is worn 7-10 times before disposal Environment Agency data). At 20-40 price, that is 2-5 per wear. Quality garments designed to last 50-100 wears at 80-200 price typically run 1-4 per wear. Premium pieces (good cashmere sweater, well-made leather boots) worn 200-500 times across 5-10 years often achieve 0.50-1.50 per wear despite 300-800 upfront cost. The economics flip when wear count is honest.
Realistic Wear Expectations
Daily basics (white t-shirt, jeans): 100-200 wears. Work staples (button-down shirts, suit pants): 80-150 wears. Outerwear (winter coat, raincoat): 200-500 wears across multiple years. Shoes: 200-500 wears for quality construction, 50-100 for fashion shoes. Specialty pieces (formal wear, occasion clothing): 5-30 wears. Athletic wear: 100-200 wears before replacement needed. Honest estimation matters — most people overestimate by 30-50%.
Maintenance Adds to Cost
Dry cleaning at 5-15 per item per cleaning compounds quickly on regularly-worn pieces. A 300 wool suit dry cleaned monthly across 5 years adds 300-900 to lifetime cost — doubling the original purchase price. Alteration costs (30-150) for proper fit on quality pieces extend their life and improve cost per wear. The calculator captures both maintenance categories so the true ownership cost is visible.
Worked Example
Wool sweater 180. Expected wears 100. Alterations 40. Dry cleaning 8 per wear, but only every 4 wears so 2/wear average. Total cost: 180 + 40 + (2 × 100) = 420. Cost per wear: 4.20. Compare with 35 fast-fashion sweater worn 8 times: cost per wear 4.38, slightly worse, plus environmental cost. The math typically favors fewer better pieces over many cheap pieces.
The Sustainable Wardrobe Math
A wardrobe of 30 well-chosen pieces averaging 100 wears each over 5-10 years produces 3,000 wear events. The same 30 pieces of fast fashion lasting 10 wears each produces 300 wear events. To get equivalent wear from fast fashion requires 300 garments — 10x more production, transport, and disposal impact. Cost per wear and environmental cost typically align: pieces that wear well financially also wear well sustainably.
When Cheap Wins
Specialty occasion wear (formal dress for a single event, costume for a one-off party) genuinely applies to buy cheap or rent. The wear count will be low regardless of quality. Trend pieces that will look dated in two years also fit this profile. Buying expensive items in either category produces high cost per wear that no quality justifies. The cost-per-wear logic favours quality only when the item is truly worn many times — be honest about whether that applies before paying for premium versions of trend or occasion wear.
An $180 item worn 100 wears times costs 4.20 per wear.
Inputs
This example uses typical values for illustration. Adjust the inputs above to match a specific situation and see how the result changes.
Sources & Methodology
Methodology
The calculator computes cost per wear by dividing total lifetime cost by expected number of wears. Total lifetime cost sums the item purchase price, alteration costs, and cumulative dry cleaning expenses (per-wear cost multiplied by expected wears). The resulting figure represents the amortized cost attributable to each wear. The model assumes a constant dry cleaning cost per wear and that the item will reach its projected wear count. It does not account for changes in cleaning costs over time, depreciation patterns, damage or deterioration, variation in cleaning frequency, or individual usage patterns. Results serve as estimates for comparison purposes and may differ substantially from actual per-wear costs based on real-world factors.
References
Frequently Asked Questions
How do I estimate expected wears?
Include initial alteration cost?
What if I buy on sale?
Does this work for shoes and accessories?
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