Return cost per order measures how much ecommerce returns cost when reverse logistics, processing, refunds, restocking, customer support, payment fees and lost margin are allocated to orders. It is an important profitability metric because a store can have strong sales growth and still lose margin if return costs are not measured separately.
Back to the hub:
E-commerce Statistics.
This dataset should be analyzed together with
return rate benchmarks,
delivery methods share,
average order value,
and gross margin benchmarks.
Key benchmarks (cite-ready)
Return cost per order is not reported as consistently as return rate, so the best benchmark uses a combination of return rate, processing cost per return and margin impact.
- NRF and Happy Returns projected total US retail returns to reach $890 billion in 2024. Source
- NRF and Happy Returns reported that retailers estimated 16.9% of their annual sales would be returned in 2024. Source
- Red Stag Fulfillment estimates that processing a typical return can cost retailers about $10–$20 per item when reverse logistics, inspection, restocking and markdowns are included. Source
The $890B figure represents the value of returned merchandise, not the direct operating cost of processing returns. Return cost per order should therefore be calculated separately using shipping, labor, payment, warehouse and margin data.
Return cost model
A useful ecommerce return-cost model separates direct costs, indirect costs and lost margin.
| Cost component | What to include | Why it matters |
|---|---|---|
| Reverse shipping | Carrier label, pickup, parcel locker, return drop-off, international return transport. | Often the most visible cost, especially when the store offers free returns. |
| Warehouse processing | Receiving, inspection, sorting, repackaging, quality control and restocking. | Labor and warehouse time can make low-margin returns unprofitable. |
| Refund and payment fees | Refund processing, payment gateway fees, chargeback-related costs where applicable. | Some transaction costs may not be fully recovered after a refund. |
| Customer support | Email, chat, phone support, return authorization, manual exception handling. | High return volumes increase support load and operational complexity. |
| Markdown or loss | Damaged products, opened packaging, resale discount, liquidation or write-off. | The largest hidden cost can be the difference between original selling price and recovered value. |
| Fraud and abuse | False claims, wardrobing, policy abuse, item switching and return fraud controls. | Return abuse can turn a customer-friendly policy into a margin risk. |
For management reporting, separate “cost per returned order” from “return cost per all orders.” The first tells you how expensive each return is. The second tells you how much returns reduce profitability across the whole order base.
Segments that influence return cost per order
Return cost per order varies strongly by category, geography, delivery method, margin and customer behavior.
| Segment | What to measure | Why it matters | Pair with |
|---|---|---|---|
| Product category | Return cost by category | Fashion, electronics, beauty and furniture have different return rates, processing costs and resale outcomes. | return rate |
| Order value | Return cost by AOV band | A $15 return and a $300 return can have similar handling costs but very different margin impact. | AOV benchmarks |
| Gross margin | Return cost as percentage of gross margin | Low-margin products can become unprofitable after one return event. | gross margin |
| Delivery method | Return cost by courier, locker, store drop-off or pickup | Return method can materially change transport and processing costs. | delivery methods share |
| Country | Domestic vs cross-border return cost | Cross-border returns can involve higher shipping, customs and handling complexity. | cross-border purchase share |
| Customer behavior | Return cost by new, returning and high-return customers | A small group of customers may generate disproportionate return cost. | repeat purchase rate |
Definition and calculation
Return cost per order can be calculated in two useful ways: per returned order and across all orders.
Return cost per returned order is calculated as:
Return cost per returned order = Total return-related costs ÷ Returned orders
Return cost per all orders is calculated as:
Return cost per all orders = Total return-related costs ÷ Total orders
- Return-related costs may include reverse shipping, inspection, restocking, refund fees, customer support, markdowns and losses.
- Use order-level and item-level views separately, especially for multi-item orders.
- Compare return cost with gross margin, not only revenue.
- Separate exchanges, refunds, store credit and failed return attempts when possible.
- Track return cost by category, country, delivery method and customer cohort.
Reference pages:
Glossary •
Methodology
Sources
Primary and supporting sources used for return cost and return-cost-per-order benchmarks.
-
National Retail Federation / Happy Returns — 2024 retail returns report press release, including projected $890 billion total return value and 16.9% return rate.
https://nrf.com/media-center/press-releases/nrf-and-happy-returns-report-2024-retail-returns-total-890-billion -
Appriss Retail — 2024 Consumer Returns in the Retail Industry report summary, including return rate and return fraud/abuse context.
-
Red Stag Fulfillment — ecommerce return rate and return processing cost estimates, including $10–$20 per returned item.
https://redstagfulfillment.com/average-return-rates-for-ecommerce/ -
Deskera — overview of return cost components and reverse logistics impact for ecommerce businesses.
https://www.deskera.com/blog/cost-of-returns/
Cite this page
Copy and paste.
Best for Ecommerce. (2026).
E-commerce return cost per order benchmarks.
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