Prevent transit damage and product failure by testing packaging under realistic conditions. Discover which test methods, standards and steps provide reliable protection. Reduce the risk of returns, delays and dissatisfied customers.
Summary of this article
Dead on arrival (DOA) problems cost businesses millions each year when products reach customers damaged or nonfunctional. These packaging failures don’t just hurt your bottom line—they damage customer relationships and brand reputation. The good news? Most DOA issues are preventable through proper packaging testing and validation.
Understanding how to test your packaging effectively helps you catch potential problems before they reach your customers. From drop tests to compression analysis, the right testing approach protects your products throughout the entire supply chain.
Dead on arrival problems stem from packaging that fails to protect products during transport and handling. The most common causes include inadequate shock absorption, poor material selection, insufficient structural integrity, and a lack of environmental protection against moisture, temperature fluctuations, or contamination.
Transport conditions create multiple stress points that can damage your products. Packages experience drops during loading and unloading, vibrations during truck or air transport, compression from stacking, and temperature changes in warehouses and vehicles. Without proper protection, sensitive components like electronics, medical devices, or precision instruments can suffer microdamage that leads to complete failure.
Poor packaging design often overlooks the cumulative effect of these stresses. A package might survive a single drop test but fail after experiencing multiple smaller impacts combined with vibration and compression. Environmental factors like humidity can also compromise packaging materials, reducing their protective capabilities over time.
Essential packaging tests include drop testing, vibration testing, compression testing, and environmental conditioning. These tests simulate real-world transport conditions to identify weak points before your products ship to customers.
Drop testing evaluates how well your packaging protects contents during handling incidents. Standard tests include corner drops, edge drops, and flat drops from various heights, depending on package weight and shipping method. Vibration testing simulates the constant movement during truck, rail, or air transport using specific frequency ranges and durations.
Compression testing determines how much weight your packaging can support when stacked in warehouses or transport vehicles. Environmental tests expose packages to temperature cycles, humidity changes, and atmospheric pressure variations that occur during shipping. Each test type addresses different failure modes that contribute to DOA problems.
Additional specialized tests may include shock testing for fragile items, leak testing for liquid products, and puncture-resistance testing for packages with sharp contents. The combination of tests you need depends on your product characteristics and distribution channels.
Drop testing involves releasing packages from predetermined heights onto a rigid surface while monitoring the contents for damage. Start with the lowest specified height for your package weight category, then increase incrementally until you identify the failure point or confirm adequate protection.
Position your package in different orientations for each test sequence. Begin with corner drops, since these create the highest stress concentrations, followed by edge drops and flat drops. Use accelerometers inside the package to measure G-forces transmitted to the contents during impact.
Document every test with high-speed video to analyze failure modes and impact dynamics. Record the condition of both packaging materials and contents after each drop. Look for signs of damage like cracks, deformation, loose components, or functional failures in electronic devices.
Repeat tests multiple times to ensure consistency and account for material variations. A single successful drop doesn’t guarantee reliable protection—you need statistical confidence that your packaging will perform consistently across production batches.
Follow ISTA (International Safe Transit Association) standards for comprehensive packaging testing protocols. ISTA standards provide specific test procedures, equipment requirements, and acceptance criteria for different product categories and shipping methods.
ISTA 1A covers basic drop and compression tests suitable for most general products, while ISTA 2A adds vibration testing for more rigorous validation. ISTA 3A simulates complete distribution cycles, including multiple test sequences that mirror real shipping conditions from warehouse to customer.
For specialized applications, consider industry-specific standards. ASTM D4169 provides detailed test procedures for parcel shipments, while military standards like MIL-STD-810 address extreme environmental conditions. Medical device packaging often requires ISO 11607 compliance for sterile barrier systems.
European standards like EN 22248 may apply to international shipping. Choose standards that match your distribution channels, product sensitivity, and regulatory requirements. Using recognized standards also helps with insurance claims and supplier agreements.
A comprehensive test plan starts with a hazard analysis to identify all potential damage mechanisms your product might encounter. Map your complete distribution chain from manufacturing through customer delivery, noting handling methods, transport modes, and environmental conditions at each stage.
Define your test sequence based on the most severe conditions your packages will face. Begin with environmental conditioning if temperature or humidity changes occur early in distribution. Follow with vibration testing to simulate transport, then compression testing for stacking loads, and finish with drop testing for handling incidents.
Establish clear pass/fail criteria before testing begins. Define what constitutes acceptable damage levels for both packaging and contents. Consider functional requirements—a scratch on a cosmetic product might be unacceptable, while the same damage on an industrial component could be acceptable if function isn’t affected.
Include statistical requirements in your plan. Test multiple samples to account for material variations and manufacturing tolerances. Document all procedures, equipment calibration, and environmental conditions to ensure reproducible results.
At Faes, we manage the complete packaging testing process, from defining the requirements to evaluating the final test results. This gives you a robust and validated packaging solution that meets the relevant standards and performs reliably throughout the logistics chain. We coordinate the technical, practical and administrative aspects, so you do not have to manage multiple parties yourself.
Together, we identify the product characteristics, transport conditions and risks that the packaging must withstand. We consider factors such as product vulnerability, weight, dimensions, handling, storage, transport methods and environmental conditions. Based on this analysis, we determine which tests, standards and acceptance criteria are relevant.
Our engineers translate the requirements into a suitable packaging design and a clear test plan. We assess the construction, materials, internal fixation and protection against shocks, vibration, moisture and temperature changes. Where necessary, we optimise an existing packaging solution before testing to increase the likelihood of a successful result.
Faes coordinates testing with recognised testing laboratories and ensures that the correct test samples, specifications and documentation are available. Depending on the application, this may include drop, vibration, shock, compression, climate or leak tightness testing. We monitor the process and act as the central point of contact between your organisation and the testing body.
After testing, we analyse the results and translate them into practical recommendations. When a packaging solution does not yet meet the required performance level, our engineers adjust the design, materials or internal protection and coordinate any necessary retesting. We also ensure that test reports, specifications and supporting documentation are correctly recorded.
With this complete approach, Faes takes the entire testing process off your hands. You gain more than a test result. You receive a packaging solution that is technically substantiated, practically deployable and designed to reduce the risk of damage and dead on arrival products.
Retest packaging whenever you change materials, modify dimensions, alter internal cushioning, or switch suppliers. Even seemingly minor modifications can significantly impact protective performance and invalidate previous test results.
Material substitutions always require retesting, even when suppliers claim equivalent performance. Different foam densities, corrugated board grades, or plastic formulations can change impact absorption, compression strength, and environmental resistance. Cost-reduction initiatives often involve material changes that need validation.
Dimensional changes affect stress distribution and structural integrity. Reducing wall thickness, changing aspect ratios, or modifying corner designs can create new failure modes. Similarly, changes to internal cushioning layout, density, or materials require comprehensive retesting.
Consider retesting when you encounter field failures or customer complaints about damaged products. Investigate whether shipping conditions have changed, new distribution channels have been added, or handling procedures have been modified. Regular periodic retesting also helps catch gradual degradation in material performance or supplier quality.
At Faes, we understand that preventing DOA problems requires more than just good packaging design—it demands rigorous testing and validation throughout your product lifecycle. Our comprehensive packaging management approach helps you develop robust testing protocols that protect your valuable products and maintain customer satisfaction across all distribution channels.
Professional packaging testing costs vary from $500-5000 per test series depending on complexity and standards required. However, this investment typically pays for itself quickly—preventing just one batch of DOA products often saves more than the entire testing budget. Consider that damaged products cost 5-10 times more than testing when you factor in replacements, shipping, customer service, and lost reputation.
You can perform basic drop tests in-house using simple equipment like a drop tower and measuring tools, which is useful for initial design validation. However, for compliance with ISTA or ASTM standards, you'll need calibrated equipment and controlled environments that specialized labs provide. Many companies use in-house testing for development and third-party labs for final validation and certification.
The most common mistake is testing packaging in isolation without considering the complete product-package system. Many companies test empty packages or use inappropriate test samples that don't represent actual shipping conditions. Always test with real products at their actual weight and configuration, and ensure your test sequence matches your actual distribution chain.
Choose ISTA standards based on your product value, fragility, and distribution method. Use ISTA 1A for basic, non-fragile items under 150 lbs. ISTA 2A suits moderately fragile products requiring vibration testing. ISTA 3A is ideal for high-value or fragile items needing complete distribution simulation. Consider ISTA 6 series for specific shipping carriers like Amazon or FedEx.
Don't skip testing or lower standards due to time pressure—this leads to expensive field failures. Instead, implement quick fixes like adding foam inserts, changing box orientation, or upgrading to higher-grade materials. Run abbreviated test sequences on critical failure modes to validate fixes quickly. Consider temporary premium packaging solutions while developing long-term improvements.
Retest annually or after every significant change in materials, suppliers, or distribution channels. Also retest if you notice increased damage rates or customer complaints. Environmental factors can degrade packaging materials over time, and supplier quality can drift. Many companies schedule annual validation testing as part of their quality management system.
Maintain complete test reports including procedures used, environmental conditions, sample details, equipment calibration records, and photographic evidence of any damage. Document your pass/fail criteria and statistical analysis of multiple test samples. This documentation is essential for insurance claims, supplier disputes, regulatory compliance, and continuous improvement efforts.
Tim van de Puttelaar is the Engineering Manager at Faes and specializes in packaging engineering and custom solutions. In his articles, he shares insights on optimization, testing, and engineering projects that contribute to more efficient and sustainable packaging solutions within complex supply chains.
More articles by Tim van de PuttelaarGood 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.
