Prevent dead-on-arrival deliveries with smarter protective packaging. Learn how testing, shock absorption and data-driven packaging improvements help reduce damage, lower hidden costs and protect sensitive components throughout transit.
Summary of this article
Dead-on-arrival deliveries can devastate your business operations, damage customer relationships, and drain your budget. When products arrive broken, malfunctioning, or unusable, the ripple effects extend far beyond the immediate replacement costs. Preventing these costly failures starts with identifying the root causes and implementing strategic packaging solutions.
Whether you're shipping sensitive medical equipment, high-tech components, or critical defense materials, the stakes are too high to leave protection to chance. Let’s explore proven strategies to safeguard your products throughout their journey.
Dead-on-arrival (DOA) deliveries are products that arrive at their destination damaged, broken, or nonfunctional due to issues during shipping and handling. These failures occur when packaging cannot adequately protect products from the physical stresses of transportation.
The primary causes include inadequate cushioning materials that fail to absorb shock and vibration, incorrect box sizing that allows products to shift during transit, and poor packaging design that doesn’t account for stacking pressure or environmental factors. Temperature fluctuations, moisture exposure, and rough handling by carriers compound these problems.
High-value electronics are particularly vulnerable because they contain sensitive components that can be damaged by static electricity, magnetic fields, or minor impacts. Similarly, medical devices and precision instruments require specialized protection against contamination and calibration shifts that standard packaging cannot provide.
DOA deliveries typically cost businesses 5–15% of their annual shipping budget through direct replacement costs, expedited shipping fees, customer service resources, and lost sales opportunities.
The immediate costs include product replacement, return shipping, expedited delivery to meet customer deadlines, and additional labor for processing returns and claims. However, hidden costs often exceed these visible expenses. Customer dissatisfaction leads to negative reviews, fewer repeat purchases, and brand damage that can take years to repair.
For B2B companies, DOA deliveries can halt production lines, delay project timelines, and strain partnerships with key clients. In regulated industries such as medical or defense, failed deliveries may trigger compliance investigations and quality audits that consume significant resources and may affect future contract opportunities.
Standard packaging focuses primarily on containment and basic protection during normal handling, while protective packaging is engineered to withstand specific transportation stresses and environmental challenges that could damage sensitive products.
Standard solutions typically use generic boxes, bubble wrap, or foam peanuts that provide minimal cushioning against impacts and vibration. These materials work well for durable goods but fall short when protecting fragile electronics, precision instruments, or products sensitive to environmental conditions.
Protective packaging uses engineered solutions such as custom foam inserts that cradle products precisely, antistatic materials for electronics, moisture barriers for humidity-sensitive items, and shock-absorbing designs tested to specific drop and vibration standards. These solutions account for the entire shipping environment, from warehouse handling to final delivery conditions.
Select packaging based on your product’s specific vulnerabilities, shipping conditions, and regulatory requirements. Start by identifying whether your products are sensitive to shock, vibration, temperature, moisture, static electricity, or contamination.
Conduct a hazard analysis of your typical shipping routes and handling procedures. Products traveling internationally face different stresses than domestic shipments, while air freight subjects packages to pressure changes that ground transport doesn’t. Consider seasonal variations in temperature and humidity that could affect product integrity.
For electronics, prioritize antistatic materials and designs that prevent component shifting. Medical devices require clean packaging that maintains sterility and prevents contamination. High-precision instruments need calibration protection through shock-absorbing designs and temperature-stable materials.
The most common causes of shipping damage are inadequate cushioning, improper package sizing, poor stacking design, and environmental exposure during transit and storage.
Shock and vibration account for the majority of damage incidents. Packages experience repeated impacts during sorting, loading, and transportation that can gradually weaken products or cause sudden failure. Inadequate cushioning materials compress over time, reducing their protective effectiveness throughout the journey.
Compression damage occurs when packages are stacked too high or lack sufficient structural strength to support weight from above. This is particularly problematic for products with protruding components or delicate surfaces that can be crushed under pressure.
Environmental factors such as temperature extremes, humidity fluctuations, and exposure to dust or chemicals can degrade products even when physical protection is adequate. These conditions are especially challenging for electronics, pharmaceuticals, and precision instruments that require stable environmental conditions.
Test your packaging using standardized protocols that simulate real-world shipping conditions, including drop tests, vibration testing, compression testing, and environmental conditioning, before deploying it for actual shipments.
Drop testing involves dropping packaged products from various heights and orientations to simulate handling impacts. Start with standard heights (30 inches for packages under 20 pounds, 48 inches for heavier items) and test multiple drop orientations, including corners, edges, and flat surfaces.
Vibration testing subjects packages to controlled oscillations that replicate transportation vibrations over extended periods. This reveals whether products shift within the packaging or whether protective materials degrade under continuous movement.
At Faes, we look beyond the packaging itself. We analyse the full packaging chain, including transport conditions, handling, storage, return flows, product sensitivity and Total Cost of Ownership. This allows us to develop packaging solutions that not only protect valuable and fragile products, but also help reduce failure costs, improve logistics control and support more sustainable reuse.
Depending on the situation, this can include custom industrial packaging, smart monitoring, packaging management, lifecycle services or support in optimising packaging processes across the supply chain. In this way, Faes helps organisations move from packaging as a cost item to packaging as a strategic part of a reliable, efficient and future-proof supply chain.
Track DOA prevention success by monitoring key metrics, including damage rates, customer complaints, return processing costs, and customer satisfaction scores. Establish baseline measurements and set improvement targets.
Implement a systematic tracking system that captures damage incidents at every stage of the delivery process. Record the type of damage, suspected cause, packaging used, and shipping conditions to identify patterns and improvement opportunities. This data helps you understand which products, routes, or carriers present the highest risk.
Customer feedback provides valuable insights that internal metrics might miss. Monitor review scores, complaint themes, and repeat purchase rates to gauge the real impact of your packaging improvements on the customer experience.
For businesses seeking comprehensive packaging solutions that minimize DOA deliveries, professional packaging management services can provide the expertise and testing capabilities needed to develop optimal protection strategies for your specific products and shipping requirements.
Most businesses see measurable improvements within 30-60 days of implementing new packaging solutions. Initial results typically include reduced damage claims and customer complaints, while longer-term benefits like improved customer satisfaction scores and repeat purchase rates become evident after 3-6 months of consistent implementation.
Start by clearly documenting your specific protection requirements and sharing test results that demonstrate current packaging failures. If your supplier cannot provide adequate solutions, consider working with specialized protective packaging companies or packaging engineers who focus on high-risk shipments. Many businesses benefit from hybrid approaches using multiple suppliers for different product categories.
Calculate ROI by comparing the total cost of current DOA incidents (replacement products, expedited shipping, customer service time, lost sales) against the increased packaging costs. Most businesses find that protective packaging pays for itself when DOA rates exceed 2-3%. Include hidden costs like brand damage and customer acquisition costs for a complete picture.
While good protective packaging should work across carriers, each shipping company has different handling procedures and equipment that may require adjustments. Test your packaging with your primary carriers and monitor damage rates by carrier to identify if specific modifications are needed. International shipments often require more robust protection than domestic ones regardless of carrier.
The biggest mistakes include over-packaging (which increases costs without proportional benefits), using inappropriate materials for specific product vulnerabilities, and failing to test packaging under realistic conditions. Many businesses also focus only on cushioning while ignoring environmental protection, proper box sizing, or carrier-specific handling requirements.
Design your packaging strategy around the most sensitive item in the shipment, or consider separating products with vastly different protection needs into multiple packages. Use modular protective inserts that can accommodate different product types while maintaining consistent protection levels. This approach often proves more cost-effective than trying to create custom solutions for every possible product combination.
First, analyze recent damage incidents to identify patterns in product types, shipping routes, or carriers. Check if your packaging materials have changed suppliers or specifications, and verify that your team is following proper packing procedures. Seasonal factors, new carrier routes, or changes in handling equipment at distribution centers can also cause sudden increases in damage rates.
Thijs Canjels is Business Innovation Manager at Faes and specializes in packaging management and supply chain optimization. In his blogs, he shares insights on efficiency improvements, cost savings and the strategic role of packaging in modern supply chains.
More articles by Thijs CanjelsGood packaging doesn’t just happen by chance. Using a tried-and-tested approach, our specialists guide you step by step from the initial idea to the finished product.
