Dead on Arrival (DOA) sounds like an occasional incident at most, but in reality it is a structural and costly problem in many industrial chains. Products that arrive damaged, defective or misdelivered not only cause direct damage such as replacement and emergency transportation. They also incur hidden costs that are often many times the value of the original product. Research shows that the total cost of a DOA delivery can be as much as 1.35 to 2.19 times the value of the part (Swieten, 2013). Yet in practice, the question often remains unanswered: who is responsible and who ultimately pays the bill?
Dead on Arrival, abbreviated DOA, describes a situation in which a product or part is immediately deemed unusable upon arrival. The study distinguishes between three main forms. The first is the completely defective product that is technically non-functional. This may be due to internal damage, manufacturing defects or defects that occurred during transport. The second is the cosmetically unacceptable product. Here the part still functions, but the appearance does not meet the customer’s requirements, for example due to scratches, dents or soiling. The third category involves delivery problems such as incorrect or missing parts, which prevents the product from being used.
While these categories may seem different, they have one thing in common: They result in immediate disruption to scheduled operations. Engineers and field service engineers are unable to complete their work, customers experience delays, and expensive emergency shipments are often used to rectify the situation. In many cases, the cause of DOA is determined only after multiple parties have been involved, further adding complexity and cost.
The impact of a DOA goes beyond the value of the defective part. According to the study, the total cost averages 1.35 to 2.19 times the product value. This is due to three main factors: damage to the part, additional transportation costs and higher inventory costs.
The study shows that parts damage, including the labor hours of Field Service Engineers (FSEs), accounts for the largest share of the total cost of DOA deliveries. The combination of material damage and three to five additional engineer hours amounts to more than 100 to 140 percent of the average cost of the part.
In addition, transportation costs increase significantly because DOAs involve much more frequent use of rush shipments: an average of 14 percent versus 4 percent for regular deliveries. Such rush shipments are up to eight times more expensive than a regular shipment (about €1,200 versus €150). This brings the average shipping cost per DOA to nearly €500.
In addition, DOAs often create additional inventory, which can increase costs by 2 to 10 percent. On top of these direct items come indirect consequences such as fines, delays and reputational damage, which in some cases are at least as severe.
Although DOAs are often seen as incidents, the research shows that the causes can usually be traced back to structural problems within the chain. Broadly speaking, three main groups can be distinguished.
The first is logistics. Damage can occur during transport, storage or transshipment, for example due to inadequate shock absorption, unsuitable packaging materials or poor handling instructions. In one of the cases studied, standardizing packaging from hundreds of variants to a few dozen led to a significant reduction in logistical damage. This shows that prevention often starts with the packaging and how it is used.
The second cause is service quality. Improper installation, mishandling or lack of proper tools among mechanics and field service engineers can lead to direct damage or misdiagnosis. This can result in a DOA registration even if the product is technically sound.
The third cause is product quality. Consider manufacturing defects, components not meeting specifications or Type II inspection errors where defective parts slip through quality control. Especially with complex or fragile components, a small defect can have a major impact on functionality.
In practice, the cause of a DOA is often ambiguous. Different parties such as manufacturer, logistics provider, service partner and end customer each have a role in the process. This makes determining responsibility complicated and can lead to delays in resolving the problem, resulting in escalating costs.
Who ultimately pays the bill in the event of a DOA depends greatly on the agreements made and how the cause is determined. Contracts and service level agreements (SLAs) often specify which party is responsible in the event of damage or defects. When a clearly demonstrable manufacturing defect is the cause, the responsibility usually lies with the manufacturer. If the damage occurred during transport and can be traced to insufficient protection or careless handling, the logistics service provider can be held liable.
In many cases, however, it is not easy to conclusively prove causation. Damage can occur in an intermediate stage or through a combination of factors. Consider a part that is properly packaged but where the packaging proves unable to withstand unexpected conditions, such as extreme vibration or temperature changes. In such situations, cost allocation often becomes a point of negotiation, with commercial considerations and customer relationships playing an important role.
Some companies choose to absorb the costs themselves, even when they are not entirely at fault. This is done, for example, to avoid protracted disputes or to preserve customer relationships. Other organizations follow a strict cost allocation, recovering all costs from the responsible party once there is sufficient evidence. Sector and product type play a role here. In high-tech and medical industries, the value of parts is high and the impact of a DOA on customer critical processes can be significant, increasing the pressure for quick and clear cost settlement.
The research shows that the cost of a DOA adds up quickly and that in many cases it is more efficient and cheaper to prevent provenance than to recover financial damages after the fact. Prevention starts with packaging design and selection. In one of the cases studied, the number of packaging variants was reduced from about six hundred to twenty-five. This standardization led to a reduction in logistical DOAs of nearly forty percent within five years. Such an approach not only ensures better protection during transport, but also makes quality control easier.
Improving RMA processes can also significantly reduce DOAs. By systematically recording when and where damage occurred on returns, the cause can be identified and remedied more quickly. This becomes even more effective when this data is linked to traceable packaging and sensor information about shocks, tilts or climate conditions during transport.
In addition, reducing rush shipments can provide direct cost savings. In the study, DOAs averaged 14 percent express shipping as opposed to 4 percent for regular deliveries. By strategically positioning inventory in advance or using clear decision rules for deploying expedited shipping, this ratio can be substantially reduced.
Faes’ strength as a Fourth Party Packaging (4PP) partner lies in the independent role we take. As 4PPs, we analyze relevant supply chain data to gain insight into performance and bottlenecks. Based on this, we perform root cause analysis for causes of problems such as DOAs. We then translate these analyses into clear conclusions and concrete recommendations for structural improvements in the supply chain. By operating independently and focusing on facts from data, we ensure that improvement measures do not remain incidental, but lead to permanent reduction of risks and costs.
Preventive measures require an initial investment in design, materials and process optimization, but the payback period is often short. By taking targeted action in the weak links of the process, companies can not only reduce the direct costs of DOAs, but also increase their reliability towards customers.
Dead on Arrival is not an incidental problem but a structural cost that is unnecessarily high in many industrial chains. The study shows that the true cost often goes far beyond the replacement value of a part and can be more than twice the product value. The causes are diverse, from logistical damage and poor service quality to manufacturing defects, and the question of blame is rarely straightforward in practice.
In such a complex environment, it is tempting to put energy into cost recovery, but the greatest gain lies in the structural prevention of DOAs. That requires chain-wide cooperation, transparency and preventive measures that are demonstrably effective.
This is where the added value of Faes as a Fourth Party Packaging (4PP) partner lies. In our independent role, we analyze relevant supply chain data to gain insight into performance and bottlenecks. On this basis, we perform root cause analyses into the causes of problems such as DOAs and translate these into clear conclusions and concrete recommendations. By operating independently and focusing on facts from data, we ensure that improvement measures do not remain incidental, but lead to a permanent reduction of risks and costs.
The question of who pays thus becomes less relevant. The question of how to avoid paying at all becomes the new starting point.
