and runs during HTML parse, but hubspotutk is set by js.hs-analytics.net, measured loading at ~834ms. On a first visit the cookie does not exist yet, so a single read returns nothing and the visitor gets no external ID at all — and a first visit is exactly what an ad click is. So poll briefly until HubSpot sets it. The SDK loads lazily (~4.5s) and replays a queue, so an init queued a second or two in still lands before any events are transmitted. */ (function attachExternalId() { var attempts = 0; var MAX_ATTEMPTS = 40; /* 40 x 200ms = 8s, then give up quietly */ var timer = null; function tryAttach() { var raw = getExternalId(); if (!raw) { if (++attempts >= MAX_ATTEMPTS && timer) clearInterval(timer); return; } if (timer) clearInterval(timer); sha256Hex(raw).then(function (hash) { oaiq("init", { user: { external_id_sha256: hash } }); }).catch(function () {}); } tryAttach(); /* returning visitor: immediate */ if (!getExternalId()) timer = setInterval(tryAttach, 200); })(); /* --------------------------------------------------------------------------- 2. Load the SDK off the critical path Whichever comes first: the main thread going idle after load, or the first sign of real user intent. No preconnect on purpose — a TLS handshake during LCP for a script we deliberately deferred is a net loss. Measured on clickpost.ai: load event 3614ms, SDK fetched 4508ms. ------------------------------------------------------------------------ */ var loaded = false; var INTENT = ["pointerdown", "keydown", "scroll"]; function loadSdk() { if (loaded) return; loaded = true; INTENT.forEach(function (t) { removeEventListener(t, loadSdk, { passive: true }); }); var s = document.createElement("script"); s.src = SDK; s.async = true; s.fetchPriority = "low"; document.head.appendChild(s); } INTENT.forEach(function (t) { addEventListener(t, loadSdk, { passive: true, once: true }); }); addEventListener("load", function () { window.requestIdleCallback ? requestIdleCallback(loadSdk, { timeout: 2500 }) : setTimeout(loadSdk, 1500); }, { once: true }); /* --------------------------------------------------------------------------- 3. Conversion id sha256(lowercase(email) + "|" + formId + "|" + ISO-hour), first 20 hex, "lead_" prefix. - email lowercased/trimmed so casing does not fork the id - formId keeps two different forms in the same hour from colliding - the hour bucket is only the server's fallback; the id computed here is sent to the relay verbatim, so the two paths cannot disagree even when a submit straddles an hour boundary Ads Manager's own sample omits event_id. We send it so the pixel event and the relay event collapse into one conversion instead of counting twice. ------------------------------------------------------------------------ */ function buildEventId(email, formId) { var seed = [ String(email || "").trim().toLowerCase(), String(formId || ""), new Date().toISOString().slice(0, 13) ].join("|"); return crypto.subtle.digest("SHA-256", new TextEncoder().encode(seed)).then(function (buf) { var hex = Array.prototype.map.call(new Uint8Array(buf), function (b) { return b.toString(16).padStart(2, "0"); }).join(""); return "lead_" + hex.slice(0, 20); }); } /* Guards a re-fire from the history.pushState that book-a-demo-core.js runs after submit, and from back-navigation onto the same state. */ function firedOnce(id) { try { if (sessionStorage.getItem("oaiq_" + id)) return true; sessionStorage.setItem("oaiq_" + id, "1"); return false; } catch (e) { return false; /* private mode / blocked storage: fire rather than lose it */ } } /* Path 2. keepalive lets the request finish even if the page navigates away. Failures are swallowed deliberately: a reporting call must never surface an error to someone who just submitted a form. The relay hashes the email server-side into user.emails_sha256 and adds the caller's IP and user agent, so this event carries the same match signals the pixel gets for free. */ function sendToRelay(email, formId, eventType, eventId) { try { var payload = { token: RELAY_TOKEN, email: email, form_id: formId || "", event_type: eventType, event_id: eventId, /* verbatim, so both paths always match */ source_url: location.href }; var oppref = getOppref(); if (oppref) payload.oppref = oppref; var externalId = getExternalId(); if (externalId) payload.external_id = externalId; fetch(RELAY_URL, { method: "POST", keepalive: true, headers: { "Content-Type": "application/json" }, body: JSON.stringify(payload) }).catch(function () {}); } catch (e) {} } /* Capture the email while the form is still on the page. onFormSubmitted does not reliably carry submissionValues, and by then the form may be removed. */ var lastEmail = ""; document.addEventListener("submit", function (e) { var f = e.target; if (!f || !f.querySelector) return; var i = f.querySelector('input[name="email"], input[type="email"]'); if (i && i.value) lastEmail = i.value; }, true); /* Every HubSpot form on the site reports through this one message event, so no module or theme JS needs editing to add coverage. */ window.addEventListener("message", function (e) { var d = e.data; if (!d || d.type !== "hsFormCallback" || d.eventName !== "onFormSubmitted") return; var email = (d.data && d.data.submissionValues && d.data.submissionValues.email) || lastEmail; if (!email) return; /* without an email there is no stable id to dedupe on */ var eventType = EVENT_BY_FORM[d.id] || EVENT_DEFAULT; buildEventId(email, d.id).then(function (id) { if (firedOnce(id)) return; oaiq("measure", eventType, { type: DATA_TYPE }, { event_id: id }); /* path 1 */ sendToRelay(email, d.id, eventType, id); /* path 2 */ }); }); })();

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How Much Do Returns Really Cost Retailers? Data, Factors and 2026 Insights

How Much Do Returns Really Cost Retailers? Data, Factors and 2026 Insights

Aparajita Ray
By Aparajita Ray
Sathish Loganathan
Reviewed by This article has been thoroughly reviewed, fact-checked, and compiled using comprehensive, up-to-date information provided by ClickPost — a trusted authority in logistics and eCommerce shipping solutions. Our editorial process ensures accuracy, relevance, and reliability for our readers. Sathish Loganathan

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In this blog

    TL;DR Summary

    Returns are a nine-figure line item for US retail. Free returns and instant refunds carry weight with shoppers, but fraud and handling costs climb fast. The task is to meet buyer expectations while controlling the economics behind them.

    Key points

    • Size of the problem: $849.9 billion in projected retail returns for 2025, with a 15.8% return rate; return fraud accounts for 9% of returns.

    • What drives costs: transport, handling, markdown risk, and policy abuse.

    • What customers expect: a simple return process, fast refunds, and clear rules.

    • What works: selective free returns, better product content, omnichannel drop-offs, and targeted fraud controls.

    • What to track: return rates, processing times, fraud flags, repurchase after return, and margin impact by policy.

    Returns work best as a designed capability rather than an afterthought. Retailers that pair a clear returns experience with disciplined cost control tend to retain customers and protect margins simultaneously.

    Data summary

    Topic Metric Value
    Annual scale 2025 projected retail returns $849.9 billion (15.8% of annual sales)
    Annual scale 2024 retail returns $890 billion (16.9%)
    Channel Share of online sales returned (2025) 19.30%
    Experience Shoppers citing free returns as a purchase factor 82%
    Experience Prefer instant refund or exchange 76%
    Experience Less likely to repurchase after a poor return 71%
    Fraud Share of returns considered fraudulent 9%
    Fraud Retailers deploying AI to detect return fraud 85%
    Peak season Expected holiday returns share 17% of holiday sales
     

    Introduction

    "How much do returns cost retailers?" reads more like a budgeting question now than a niche operations query. Retail returns are a predictable draw on annual sales, and the cost surfaces across reverse logistics, warehouse handling, refund processing, and less visible items like markdown risk.

    The and Happy Returns, a UPS company, project 2025 returns at $849.9 billion, or 15.8% of annual sales, . Online sellers carry more of the load: an are expected to come back.

    What follows breaks down where the money goes, why buyer expectations keep climbing, and which levers protect margin without hurting repeat purchase rates.

    Key highlights

    • 2025 projection: $849.9 billion in retail returns (NRF and Happy Returns); 2024 closed at $890 billion.

    • Return rates are holding near last year's level, with online purchases returned at 19.3%.

    • Free returns influence purchase: ; 76% prefer an instant refund or exchange.

    • A poor returns process costs repeat sales: , up from 67% in 2024.

    • Return fraud is material: are cited as fraudulent; retailers report growth in overstated-quantity claims, empty-box returns, and counterfeit swaps.

    • Retailers expect and prepare by staffing seasonally, partnering with third-party logistics providers, and extending return windows.

    The cost structure of retail returns

    A common language lets teams quantify what usually just feels like “lost sales.�

    Where return costs accumulate

    Return costs roll up from several buckets: reverse logistics transport, inbound inspection, reconditioning, repackaging, and restocking decisions, plus the labor of handling exceptions. On top of that, there is lost revenue when goods cannot be resold at their original price. In apparel and electronics, markdowns and disposal add both a margin cost and an environmental one.

    The returns process also touches on conversion and repeat purchase. A fast, clear return path can increase the odds that a shopper buys again, but it comes at a cost. The aim is a return experience customers trust without training them to treat every order as a fitting room.

    The 2025 numbers to work with

    Here are the headline figures and how to read them inside a P&L.

    How big is the problem?

    • , at a 15.8% return rate.

    • . The 2025 figure is a modest step down, though the scale stays in the hundreds of billions either way.

    Treat returns as a controllable cost center with executive visibility, not just a queue in the warehouse.

    Where do returns happen?

    • Online channels carry more pressure: are expected to be returned in 2025.

    • Physical stores tend to see lower rates because shoppers can inspect items before buying, though volumes spike after the holiday peak.

    Map costs by channel, then set return policies that fit each one.

    What do customers expect?

    • Control and speed matter. 82% of shoppers cite free returns as a purchase consideration; . Many check return terms on the product page and again at checkout.

    • A weak returns experience costs future sales: after a poor return, and four in five say they would share the experience with friends and family.

    Clear fees, methods, and refund timing can build trust without committing to unlimited free returns.

    What about fraud and policy abuse?

    Return fraud sits at . Retailers that track it report increases in overstated return quantities, empty-box or "box of rocks" claims, and counterfeit swaps. to detect or prevent it.

    Balance a low-friction experience with verification: identity checks, serial capture, and behavior scoring on higher-risk returns.

    Category and behavior drivers

    The numbers show where to intervene; behavior explains how.

    High-return categories

    Fashion, footwear, and consumer electronics carry the highest return rates, driven by fit issues, spec confusion, and transit damage. Bracketing, where a shopper orders several sizes intending to keep one, multiplies touches in returns processing and raises the cost per order.

    Policy-driven behaviors

    Long return windows and unconditional free returns lift conversion but also invite bracketing. Tighter windows and lower fees cut return volume, but pushing too hard causes repeat purchases to suffer. Clarity is the lever that holds both: state what qualifies, which return methods are allowed, and how long a refund takes.

    Content and imagery

    Detailed descriptions, size guides, and high-quality images bridge the gap between what a shopper expects and what arrives, thereby lowering return rates. Better specs help buyers get the order right the first time.

    Reducing return costs without losing customers

    Here are a few practical moves that align shopper behavior with healthier economics.

    Make policy a growth lever

    Publish simple, tiered return policies that spell out methods, restocking fees where they apply, and exceptions. Offer free returns selectively, for loyalty members, high-margin lines, or a first online order, while testing modest fees on bulky or low-margin items. The goal is to balance return cost against what buyers expect.

    Improve accuracy before the buy

    Put budget into product descriptions, imagery, and fit tools, and prompt reviews and fit notes from past buyers. These inputs cut return rates and the downstream cost that comes with them.

    Simplify the mechanics

    Give shoppers clear options across online returns and in-person drop-offs at stores or partner locations. Label-free QR flows shorten refund processing time. Platforms like ClickPost help centralize returns intake and speed up aggregation across carriers.

    Price the friction fairly

    Where bulk or damage risk is high, apply transparent restocking fees or packaging standards and signal them early so shoppers can decide without surprise. Handled openly, this removes ambiguity rather than adding it.

    Fight fraud with precision

    Target return fraud with device fingerprinting, serial capture, and rules for high-risk SKUs. Pairing rules with AI scoring lets teams flag suspect returns while keeping good customers moving.

    Close the loop operationally

    Connect returns processing data to replenishment and markdown systems. Routing resalable goods back to stock quickly and quarantining damaged stock protects sellable inventory and profit margin over time.

    Closing the loop, not the wallet

    Returns are less a problem to push downstream than a set of choices that shape trust and cash flow. The cost is high, but the same return process that erodes margin can drive repeat purchases when designed for speed, clarity, and fairness.

    A workable mix of clear return policies, selective free returns, fast processing, and targeted fraud controls lets retailers protect margin while giving shoppers a return experience worth coming back for. Treated as a designed product rather than a penalty, returns can earn back dollars, time, and loyalty.

    Frequently asked questions

    How much do returns cost US retailers each year?

    The National Retail Federation and Happy Returns , about 15.8% of annual sales. That is a slight decline from $890 billion, or 16.9%, in 2024. The total processing cost per return exceeds the item value alone once transport, inspection, and markdown are included.

    What is the average return rate for online purchases?

    NRF estimates , well above the rate for in-store purchases, since shoppers cannot inspect items before buying. Rates run higher still in apparel and footwear.

    Which product categories have the highest return rates?

    Fashion, footwear, and consumer electronics lead, driven by fit problems, spec confusion, and transit damage. Bracketing—ordering multiple sizes with the intent to return most—concentrates returns in apparel in particular.

    How common is return fraud?

    The NRF report puts . Retailers cite growth in overstated return quantities, empty-box claims, and counterfeit swaps, and to detect or prevent them.

    Do free returns actually affect sales?

    Shopper surveys suggest they do. , up from 76% the prior year, and 76% prefer a return option with an instant refund or exchange. The trade-off is that generous policies can raise return volume, so many retailers reserve free returns for specific segments or product lines.

    How much do returns rise during the holidays?

    Retailers expect , consistent with prior years and higher than the annual average. Common preparations include seasonal staffing, third-party logistics partners, and extended return windows.

    Can charging for returns backfire?

    It can cut return volume, but it also carries risk: , and four in five would tell others. Fees tend to work best when they are transparent, applied selectively, and paired with a free option shoppers can choose.

    What are the most effective ways to reduce return costs?

    The measures with the clearest payback are better product content and fit tools to prevent avoidable returns, selective rather than blanket free-return policies, label-free drop-off options to lower processing time, and fraud screening on high-risk returns. Connecting returns data to restocking and markdown systems helps recover value on goods that can be resold.

    How can a post-purchase platform help?

    Platforms that centralize returns intake across carriers can shorten refund timelines, apply policy rules consistently, and route resalable goods back to inventory more quickly. The value depends on return volume and the fragmentation of the current carrier setup; smaller catalogs with low return rates may see less benefit.

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