A Return Has Arrived. Who Decides What Happens Next?

Returned stock is not yet available stock

A parcel has reached the distribution centre. The customer can see a delivery confirmation, but the business still needs to establish what came back, its condition and who can decide its next destination. Until those decisions are recorded, the item may occupy space without being available for another order.

The operating question is wider than how quickly a return travels. It is how quickly the business reaches an authorised, evidenced outcome: restock, repair, return to supplier, sell through an agreed secondary channel or dispose of the product.

Three perspectives on the same problem

APQC places physical handling, information processing and disposition within reverse logistics. Its process framework includes return approval, transport, receipt and decisions about the returned product. This provides a useful process boundary; it does not prescribe the right destination for an individual item. [1]

NRF and Happy Returns, a UPS company, reported that 82% of consumers in their 2025 retail returns research considered free returns important when shopping online. That is a consumer preference finding in a US retail study with a commercial returns-provider partner, rather than evidence that free returns improve every retailer's profit. [2]

McKinsey's February 2026 reverse-logistics article focuses on whether an item remains sellable and where it should go next. Its evidence includes a July 2025 survey of 30 supply-chain executives with visibility of their companies' returns processes, alongside consumer research. The consultancy advocates AI and automation; its recommendations are not independent proof of savings for another operation. [3]

SCP interpretation: these perspectives point to different design needs. The customer needs a clear resolution; operations needs a controlled physical route; the business needs a decision that accounts for cost and recoverable value. A fast collection service alone does not resolve all three.

Separate receipt, assessment and closure

A proposed process should distinguish four events and make their relationship explicit:

• Customer resolution: record the return request, agreed response and refund or replacement status. Do not assume the customer's resolution must wait for every internal stock activity.
• Physical receipt: identify the item and quantity, capture condition evidence and place it in the correct stock status. A received scan should not automatically make an unchecked product available for sale.
• Disposition: name the person or rule authorised to choose the next route, including who resolves an exception and by when.
• Closure: confirm that the selected movement actually happened and reconcile the stock, supplier claim and financial records that apply.

These are SCP design recommendations to adapt to the product, customer commitments and applicable requirements. Product restrictions, safety and contractual permissions should constrain the available options before recovery value is compared.

Choose the next route deliberately

The destination should follow the evidence, rather than whichever area has spare space. Restocking may require inspection and release. Repair needs an agreed scope and a viable route back into use. A supplier return needs acceptance and traceable references. Sale to a jobber or another secondary outlet needs permission and any relevant channel restrictions. Disposal needs authorisation and confirmation of the actual outcome.

For an original discussion scenario, consider a seasonal household product returned with damaged outer packaging. It could be suitable for repacking and resale, a permitted secondary outlet, or another route after assessment. Leaving it awaiting a decision while its selling season passes may change the preferred option. This is a proposed scenario, not a reported SCP client result.

The comparison should consider expected recovery after inspection, handling, repacking, storage, transport and channel charges. Include the time needed to complete the route. An attractive resale price is insufficient if the work required to recover it costs more than the available alternatives.

Keep one connected return record

A practical starting point is a return identifier linked to the original order and relevant product references. Record quantity, reason, condition, evidence, current location and stock status. Where required, include batch or serial identity. Then add the decision owner, target decision date, selected destination and confirmation of completion.

Customer service, warehousing, finance and any external provider should agree which system owns each event. A carrier's delivery event, a warehouse receipt and a refund are related records with different meanings. Interfaces should preserve those distinctions and identify missing, duplicated or contradictory updates.

A queue of items with no decision owner is an operating issue even when all messages have arrived successfully. Escalation should therefore cover overdue decisions as well as technical integration failures.

Test the handovers before expanding

Start with one product family and a defined return route. Establish the present position, then test normal and exception scenarios: an unidentified item, a quantity mismatch, a failed condition check, a rejected supplier return and an authorised change of destination.

• Measure receipt-to-decision time separately from decision-to-completed-movement time.
• Track the age and value of stock awaiting a decision, with a named owner for each exception.
• Assess recovery after the relevant processing and movement costs, rather than gross resale proceeds alone.
• Check customer resolution time, repeat handling and stock or financial reconciliation differences alongside speed.

There is no universal target in this framework. Agree the measures, comparison period and acceptance criteria around the operation. Faster processing is useful when the product reaches the correct authorised outcome and the records support it.

Connect the return journey to the operating decision

Supply Chain Partners can help map return handovers, clarify decision ownership and document the information needed at each step. A focused review can compare disposition routes, define exception controls and prepare acceptance scenarios with the client's operational and technology teams.

• Inventory and Service Improvement →
• Business Analysis and requirements →
• Transport Reliability and Cost →
• Testing and Business Acceptance →

Discuss returns and recoverable stock in a discovery workshop →