How to Reduce Shipping Damage Rates Using Better Packaging

Shipping damage is rarely solved by simply adding more packaging.

A cracked product, crushed carton, scratched finish, loose component, or leaking container can each point to a different packaging failure. The fastest way to reduce damage is to identify how the product is failing, then correct the part of the packaging system responsible for that failure.

That may mean changing the carton, controlling movement, adding cushioning, separating products, improving closure, standardizing the pack method, or testing the complete package under more realistic distribution conditions.

If you are already dealing with a specific recurring failure, use our Packaging Damage Troubleshooting Guide to start with the observed symptom—such as breakage, crushing, punctures, scratches, seal failures or product movement—and work backward toward the likely cause.

Start With the Type of Damage

Before changing materials, determine what is actually happening to the shipment.

Common damage mechanisms include:

• Impact from drops or handling.
• Vibration during transportation.
• Compression from stacking.
• Movement inside the carton.
• Product-to-product contact.
• Puncture.
• Surface abrasion.
• Carton failure.
• Closure failure.
• Moisture or environmental exposure.

Those are different problems and may require different solutions.

If the box arrives intact but the product is broken, investigate cushioning, movement, or internal support. If the carton is crushed, investigate the outer package, stacking environment, packed weight, and structural support. If several products are scuffed or chipped, separation may be the missing function.

Look for Patterns Instead of Treating Every Claim Separately

A damaged shipment provides useful information if the failure is recorded consistently.

Track details such as:

• Product SKU.
• Package size.
• Carton style or board grade.
• Protective materials used.
• Quantity packed per carton.
• Carrier or shipping method.
• Distribution location.
• Type of damage.
• Location of damage on the product.
• Condition of the outer carton.

Patterns can reveal whether failures are concentrated around one product, carton size, pack method, shipping lane, or packaging component.

Stop Uncontrolled Movement Inside the Box

Products that can slide, rotate, bounce, or collide inside a package can experience additional impact during handling.

Movement may be controlled with:

• Better box sizing.
• Void fill.
• Corrugated inserts.
• Partitions or dividers.
• Foam supports.
• Paper blocking.
• Other blocking and bracing methods.

The goal is not to eliminate every visible empty space. The goal is to keep the product positioned as intended throughout distribution.

An oversized carton filled loosely with material can perform worse than a properly sized package with a deliberate internal support system.

See our Shipping Box Sizes Guide for more on selecting appropriately sized cartons.

Use Cushioning for Shock — Not Just to Fill Space

Cushioning and void fill solve different problems.

Cushioning helps manage shock and impact.

Void fill occupies open space and helps control movement.

Depending on the product, cushioning options may include:

• Air-bubble cushioning.
• Foam.
• Converted paper cushioning.
• Molded pulp.
• Fabricated inserts.
• Other engineered protective materials.

The appropriate choice depends on product weight, fragility, shape, available clearance, contact area, and expected hazards.

See our Types of Protective Packaging guide for a broader comparison of protective functions and materials.

For a more focused selection process, use the Void Fill & Cushioning Selection Guide to compare movement control, cushioning, surface protection and blocking or bracing by product risk.

Protect Fragile Products Based on How They Fail

Fragile products do not all need the same packaging.

For example:

• A glass bottle may need separation from adjacent bottles.
• A ceramic product may need impact cushioning.
• A painted part may need surface protection.
• An electronic component may require both physical and ESD protection.
• A sharp metal component may require puncture resistance.

Start with the failure mode instead of selecting a material because it is familiar or convenient.

For more detail, see our Best Packaging Materials for Fragile Shipments guide.

Make Sure the Outer Carton Can Do Its Job

Interior packaging cannot compensate for every structural problem in the outer carton.

Carton selection should consider:

• Packed weight.
• Box dimensions.
• Board grade.
• Single-, double-, or other wall construction.
• Stacking requirements.
• Humidity and storage conditions.
• Internal product support.
• Distribution method.

Avoid simple rules such as “single wall for light products and double wall for heavy products.” A large lightweight box can still require substantial compression strength, while a compact heavier shipment may behave differently.

Choose the carton around the complete packed configuration.

Do Not Forget the Closure

A strong carton and good cushioning can still fail if the package does not remain closed.

Review:

• Tape type.
• Tape width.
• Adhesive performance.
• Number and location of tape strips.
• Carton surface condition.
• Temperature during application and distribution.
• Strapping or other closure methods when applicable.

If packages routinely arrive partially open or with failed tape, adding cushioning inside the box will not correct the root problem.

Our Packaging Tape Selector can help compare common carton-sealing tape options.

Multiple Products Need Separation

When multiple products are packed together, the package must protect them from each other as well as from the outside environment.

Consider:

• Partitions.
• Dividers.
• Layer pads.
• Individual wrapping.
• Dedicated cells.
• Corrugated inserts.
• Foam separation.

Product-to-product contact is especially important for glass, ceramics, finished surfaces, and rigid items with vulnerable corners or edges.

Standardize the Pack Method

A packaging design only works consistently if different employees pack the product the same way.

Define:

• The approved carton.
• The protective material.
• The amount or configuration of material.
• Product orientation.
• Placement of dividers or inserts.
• Closure method.
• Any inspection points before sealing.

Photos or simple pack instructions at the workstation can reduce variation more effectively than relying on each packer's judgment.

Watch for Packaging Changes Over Time

A packaging system that performed well in the past can begin failing if one component changes.

Possible changes include:

• Different box supplier.
• Different board grade.
• Changed cushioning material.
• New tape.
• Product weight or dimensions.
• New manufacturing location.
• New packing equipment.
• Different distribution method.

When damage rates change, compare the current packaging specification and process with the version that previously performed successfully.

Test the Complete Packaged Product

Testing can help identify weaknesses before a packaging change is rolled out broadly.

The appropriate test depends on the packaged product and distribution environment.

Possible evaluations include:

• Drop or impact testing.
• Vibration testing.
• Compression testing.
• Atmospheric conditioning.
• Shipment trials.
• Leak or integrity testing where applicable.

For operations that need formal distribution testing, organizations such as ISTA publish test procedures designed around different distribution environments and packaged-product configurations.

Do not assume one generic sequence, drop height, or number of drops applies to every shipment.

Define What Counts as a Failure

Before testing, decide what outcome is unacceptable.

Failure could include:

• Broken product.
• Cosmetic damage.
• Loss of function.
• Leaking.
• Carton opening.
• Severe carton deformation.
• Product displacement.
• Damage that makes the item unacceptable to the customer.

A test has limited value if the team has not defined what the package is expected to protect against.

Retest When the Package or Process Changes

A previously successful package may need to be reevaluated when important components change.

Examples include changes to:

• Product size or weight.
• Carton design.
• Protective materials.
• Closure method.
• Manufacturing process.
• Packing automation.
• Distribution system.

Even a seemingly small change can affect how the entire packaged product performs.

Monitor Real Shipments After the Change

Testing is important, but actual shipment performance is the final feedback loop.

After changing a packaging specification:

1. Record the implementation date.
2. Track damage claims by affected SKU.
3. Compare the new damage rate with the previous baseline.
4. Review failure types instead of claims count alone.
5. Adjust the packaging if a new pattern appears.

That turns damage reduction into an ongoing process rather than a one-time packaging project.

Measure the Total Cost of Damage

Packaging cost is only one part of the economics.

A damaged shipment can also create:

• Replacement-product cost.
• Replacement freight.
• Return freight.
• Customer-service labor.
• Warehouse rework.
• Claims administration.
• Lost inventory.
• Customer dissatisfaction.

A packaging change that costs slightly more per shipment may still reduce total cost if it materially improves product arrival condition.

The opposite is also true: adding material that does not address the actual failure can increase packaging cost without improving performance.

A Shipping Damage Reduction Checklist

1. Identify exactly how the product is being damaged.
2. Look for patterns by SKU, carton, carrier, and pack method.
3. Check whether the product is moving inside the package.
4. Confirm the cushioning is performing the required function.
5. Verify the outer carton is appropriate for the complete packed product.
6. Check closures, dividers, inserts, and product orientation.
7. Standardize the pack method.
8. Test the complete packaged product.
9. Retest when important variables change.
10. Monitor actual shipment performance after the change.

The Bottom Line

Reducing shipping damage does not mean automatically adding more material.

It means identifying the failure mode, correcting the packaging function responsible for it, standardizing the solution, testing the complete package, and monitoring what happens in actual distribution.

That process makes packaging decisions easier to defend and helps separate real improvements from packaging changes that simply add cost.

Need Help Reducing Shipping Damage?

Packaging HERO can help evaluate cartons, protective materials, void fill, cushioning, dividers, tape, and other packaging components involved in recurring shipping damage.

Contact Packaging HERO if you want help reviewing a packaging application or identifying likely failure points.

Frequently Asked Questions

What are the most common causes of shipping damage?

Common causes include impact, vibration, compression, uncontrolled movement, product-to-product contact, carton failure, closure failure, and environmental exposure. The actual cause should be identified before changing the packaging.

How can I reduce products moving inside a shipping box?

Use an appropriately sized box and add the correct combination of void fill, inserts, dividers, blocking, bracing, or other movement-control materials for the product.

Does reducing shipping damage mean using more packaging?

No. More material does not automatically improve protection. The goal is to use the right carton, cushioning, movement control, separation, and closure for the actual failure risk.

Should shipping packaging be tested?

Testing can be valuable when damage risk, product value, shipping volume, or packaging changes justify it. The appropriate test method should match the packaged product and distribution environment.

When should I retest a package?

Retesting should be considered when changes to the product, carton, protective materials, closure, packing process, automation, or distribution method could affect package performance.

How do I know whether a packaging change worked?

Track damage by SKU and failure type before and after the change, test the revised package where appropriate, and monitor actual shipment performance after implementation.