How do I prevent freight damage before it happens?
Key Takeaways
- Most freight damage starts at the shipper's dock, with pallets that are poorly built, loosely wrapped or stacked in ways the freight can't support.
- Build every pallet to survive handling: a sound pallet, no overhang, heavy items low, a flat top and tight wrap tied to the pallet itself.
- Label and describe freight accurately. Clear labels, the right freight class and an honest description reduce handling mistakes and claim disputes.
- Photograph every load at loading. Photos of the built pallets and the loaded trailer are the strongest evidence if damage shows up later.
- Look for patterns by carrier, lane, product and customer. Damage that repeats has a cause that can be fixed.
- Wilson, by Cartage, is an AI logistics agent that generates the bill of lading, packing slips and pallet labels from each load, files the signed POD and keeps every carrier message in the shipment's change history.
Why does freight get damaged, and how much of it can a shipper prevent?
A customer emails a photo: a pallet of boxed motors, leaning at an angle, two cartons crushed at the corners, shrink-wrap torn open. The carrier says the pallet was built badly. The warehouse says it left in perfect shape. Nobody took a photo at loading, and the delivery receipt was signed clean. Now there is a damaged order, a customer waiting for a replacement and a claim nobody is sure will be paid.
Freight gets damaged when it can't withstand normal handling: forklifts, conveyors, sorting at terminals, braking and turns in the trailer and other freight stacked on or against it, and a large share of that is preventable at the shipper's dock. LTL freight is handled many times between pickup and delivery. It is loaded and unloaded at each terminal, moved by forklift and loaded next to freight from other shippers. Truckload freight is handled less, but it still moves with every stop, start and turn. Freight that is built, wrapped, labeled and loaded to survive that handling arrives intact far more often.
Shippers can't control everything. A forklift driver can still puncture a carton, and a trailer can still leak. But the shipper controls how strong the freight is when it leaves, how clearly it is marked and how well the condition at loading is recorded. Those three things decide most outcomes, including whether a claim succeeds when damage does happen.
Why LTL sees more damage
LTL freight shares trailers with freight from many other shippers and passes through several terminals. Each transfer is a chance for a pallet to be bumped, stacked on or tipped. Freight that can't support weight on top should be marked as do-not-stack, and the carrier may charge for the space it uses. For how freight moves between terminals, see what happens to the customer's ETA when an LTL load moves between terminals.
What damage costs beyond the product
The damaged product is only part of the cost. There is the replacement shipment, often expedited, the return freight for the damaged goods, the time spent on photos, emails and claim paperwork, and the customer's frustration. Claims also take time to resolve, and carriers often limit their liability per pound or per shipment under their terms. Prevention is almost always cheaper than recovery.
How do you build a pallet that survives handling?
A pallet that survives handling starts with a sound pallet, keeps freight inside its edges, puts heavy items at the bottom, builds a flat and square top and ties the load to the pallet with tight wrap or strapping. Each step addresses a common failure.
Step 1: Start with a sound pallet
Check every pallet before building on it. Broken deck boards, missing blocks, protruding nails and cracked stringers all fail under a forklift. A weak pallet can collapse under the load or tear apart when lifted. Use the same pallet size consistently for the same products, so loads stack predictably.
Step 2: Keep freight inside the edges
Cartons that hang over the edge of the pallet take the force of every bump and every forklift contact. Overhang also weakens cartons, because the edge of the box isn't supported. Keep freight within the pallet footprint. If the product is larger than the pallet, use a larger pallet.
Step 3: Stack heavy items low and build square
Put the heaviest cartons on the bottom and the lightest on top. Stack cartons corner on corner, in columns, when the cartons are strong enough, because the corners carry most of a carton's strength. Interlocking patterns add stability for lighter cartons. Avoid pyramids and uneven tops: a flat top lets other freight sit on it safely, and a pointed top invites crushing.
Step 4: Fill gaps and protect edges
Empty spaces let cartons shift and collapse inward. Fill gaps with dunnage, such as corrugated sheets or air bags, or reorganize the load. Edge protectors, the angled cardboard or plastic strips placed on the vertical corners, spread the pressure of wrap and straps and protect corners from forklift contact.
Step 5: Wrap tightly and tie it to the pallet
Stretch wrap only works if it holds the load and the pallet together. Start the wrap at the base, wrapping around the pallet itself several times, then work upward with overlapping layers and finish with a few passes at the top. A load wrapped only above the pallet can slide off the pallet in one piece. For heavy or dense loads, add straps or bands through the pallet.
Step 6: Top it off
A top sheet or top cap protects the top layer from moisture, dust and freight placed on top. If the freight can't take weight, mark it clearly as do-not-stack, or add a cap that can bear weight.
Step 7: Check before it leaves
Walk around every finished pallet. Push it gently: it should move as one unit, with nothing loose or leaning. Check the labels, the count and the height. Fix problems on the dock, where it's cheap.
Mixed pallets
Orders with many different products often end up on mixed pallets: heavy cases, light cases and odd shapes on the same base. These are the hardest pallets to build well. Group products by weight and carton strength, put the strongest and heaviest cartons in the bottom layers and keep small or loose items inside a larger carton rather than tucked into gaps. If a mixed pallet can't be built flat and stable, split it into two pallets. One more pallet on the BOL usually costs less than a damaged order.
Freight that needs special care
Some freight needs more than a standard pallet build. Fragile items need inner packaging that holds them still inside the carton. Liquids need sealed containers and absorbent material. Machinery and long items often need crating or skids with tie-downs. Temperature-sensitive goods need the right trailer, not just the right wrap. When in doubt, ask the carrier what it requires for that kind of freight before booking.
Why do labels, freight class and the description matter for damage?
Clear labels and an accurate description tell every handler what the freight is and how to treat it, and they decide how the carrier handles and stows it. Mistakes here lead to mishandling, and they weaken any later claim.
Labels on every pallet
Each pallet should carry a label with the shipper and consignee, the PRO or BOL number, the piece number ("1 of 4") and any handling instructions. Put labels on at least two sides, so they are visible however the pallet is loaded. Handling marks such as "this side up," "fragile" and "do not stack" should be large and clear. A pallet with no label can be separated from its shipment and misrouted, which often ends in damage or loss.
The right freight class
LTL freight is rated by freight class, a number from 50 to 500 based mainly on density, along with handling, stowability and liability. Class tells the carrier something about how the freight should be handled and stowed. Understating class to save money can lead to a reclass charge and doesn't change how fragile the freight is. For how class is worked out, see freight class and density. When the carrier's inspection disagrees with the class on the BOL, it reclasses the freight and bills the difference.
An honest description on the BOL
The bill of lading should describe the freight in plain, accurate terms: what it is, how it's packaged, the piece count and the weight. "Machinery parts, 4 pallets, 2,400 lb" says more than "parts." If the freight is fragile, say so. The BOL is the carrier's receipt for the goods and the starting point of any claim. A vague or wrong description invites disputes about what was shipped.
Weight and dimensions
Record the real weight and dimensions, measured after wrapping. Wrong numbers cause reclass and reweigh charges, and they can lead to freight being stowed where it shouldn't be. A pallet listed as much lighter than it is may end up stacked on fragile freight, or with fragile freight stacked on it.
Count consistency
The piece count on the BOL, the labels and the packing slip should match what is on the dock. When the count changes after the BOL is printed, update the BOL. For why this matters, see what to check when the pallet count changes.
What should happen at loading and at receiving?
Record the freight's condition when it leaves and inspect it when it arrives. These two moments decide whether damage can be traced and whether a claim is supported.
Photos at loading
Photograph each pallet after it is built and wrapped, showing at least two sides and the labels. Photograph the loaded trailer, especially for truckload, showing how the freight is placed and braced. Note the date, time and load number on the photos or in the file name. Store the photos with the load. A minute per load is enough, and it changes many damage conversations from opinions to evidence.
Loading the trailer
For truckload, the shipper usually loads the trailer. Load heavy freight on the floor and near the front, balance the weight from side to side, keep loads tight together and brace or block any gaps, especially at the rear. Use load bars or straps to stop freight from shifting. For LTL, the carrier loads its own trailer, but the shipper can still mark freight clearly and ask the driver to note any concern on the BOL.
The driver's signature
When the driver signs the BOL, the carrier acknowledges receiving the freight in apparent good condition unless a note says otherwise. If a pallet is already damaged or the driver objects to how it's built, fix it before the driver leaves or write the condition on the BOL.
Inspection at receiving
Receivers play the other half. Ask customers to count every pallet and check for visible damage before signing the delivery receipt. Damage should be written on the receipt in specific words, such as "1 pallet crushed, 3 cartons torn," not just "damaged." Photos at delivery are as valuable as photos at loading. A clean signature makes later claims much harder, because it suggests the freight arrived in good condition.
When damage is found after delivery
Concealed damage, found when cartons are opened after a clean signature, should be reported to the carrier as quickly as possible. Keep the packaging, take photos and ask the carrier for an inspection. These claims are harder to win, which is one more reason to inspect before signing.
If a claim is needed
Damage that couldn't be prevented still needs a strong file: the BOL, the signed delivery receipt with damage noted, photos from loading and delivery, the product invoice and the freight bill. Under 49 U.S.C. 14706, interstate carriers may not set a deadline shorter than nine months to file a claim, or shorter than two years to sue after a claim is denied, but each carrier's terms set its own deadlines and limits. For the full steps, see how to file a freight damage claim. For what to do when the customer refuses damaged freight outright, see what to do when a customer refuses a delivery.
How do you spot and fix damage patterns?
Record every damage event with its carrier, lane, product, customer and cause, then review the records monthly. Damage that repeats is a signal, not bad luck.
What to record for each event
| Field | Example | Why it matters |
|---|---|---|
| Load and PRO | Load 4471, PRO 123456789 | Links to the BOL, photos and POD |
| Carrier and mode | LTL | Shows carrier and mode patterns |
| Lane | Origin plant to destination region | Shows lanes with more handling or transfers |
| Product | Boxed motors, 40 lb cartons | Shows products that need better packaging |
| Customer | Customer and site | Shows receivers with handling or inspection issues |
| Damage type | Crushed, punctured, wet, tipped | Points to the likely cause |
| Where noticed | At delivery, after delivery, at return | Shows whether receiving inspection works |
| Evidence | Photos at loading and delivery, notes on receipt | Decides claim strength |
| Outcome | Claim paid, denied, absorbed | Shows the real cost |
Reading the patterns
- One product damaged across carriers: the packaging or pallet build is the likely cause. Test a stronger build.
- One carrier damaged across products: raise it with the carrier with the records. Compare other approved carriers on the same lanes.
- One lane damaged across carriers: the route may involve more terminal transfers. Consider fewer handoffs, a different mode or stronger packaging for that lane.
- One customer with most damage reports: check their receiving and unloading, and whether damage is found before or after signing.
- Crushing on top layers: freight is being stacked on. Add top caps or do-not-stack marks.
- Tipping or leaning: loads are too tall or top-heavy, or wrap isn't tied to the pallet.
Talking to carriers about damage
When damage repeats with one carrier, raise it with the carrier's account manager, not only claim by claim. Bring the records: the loads, dates, lanes, damage types and photos from loading and delivery. Ask what the carrier sees from its side. Sometimes the carrier points to a packaging change that would help; sometimes it finds a handling problem at one terminal. A factual conversation often fixes more than a stack of claims. If nothing improves, compare other approved carriers on that lane.
Test new products and packaging
When a new product or a new carton starts shipping, watch its first loads closely. Photograph the first few pallets at loading, ask the customer for photos at delivery and check for any damage or shifting. Problems found on the first shipments are far cheaper to fix than problems found after hundreds of orders. The same applies when a supplier changes a carton or a pallet pattern changes in the warehouse.
Common mistakes
Blaming the carrier by default. Some damage is the carrier's fault. Much of it starts with how the freight was built. Look at both.
No photos at loading. Without them, the shipper can't show the freight left in good condition.
Accepting clean signatures. Customers who sign without inspecting make every claim harder.
Treating each claim alone. Claims handled one by one never reveal the pattern. Review them together.
Underdeclaring weight or class. It saves money on the quote and costs more in reclass charges, disputes and damage.
A hypothetical example
Consider a hypothetical maker of boxed electrical components that sees repeated top-layer crushing on LTL shipments to one region. A month of records shows the damage happens across two approved carriers on that lane and almost never on shorter lanes. The team concludes the longer route, with more terminal transfers, exposes the top layer to more stacking. It adds corrugated top caps rated for weight, marks pallets do-not-stack on that lane and starts photographing every pallet at loading. The next month's records show fewer crushed cartons, and the one claim that does come in is backed by loading photos.
A prevention checklist
| Area | Check |
|---|---|
| Pallet | Sound pallet, right size, no broken boards or nails |
| Build | No overhang, heavy items low, columns or interlocked, flat top |
| Protection | Gaps filled, edge protectors on corners, top sheet or cap |
| Wrap | Tied to the pallet at the base, overlapping layers, straps for heavy loads |
| Labels | On two sides, piece count, handling marks |
| Description | Accurate class, weight, dimensions and plain description on BOL |
| Photos | Each pallet and the loaded trailer, stored with the load |
| Loading | Weight balanced, loads tight, gaps braced, load bars used |
| Receiving | Customer counts and inspects before signing; damage noted specifically |
| Review | Damage events recorded and reviewed monthly |
How does Wilson, by Cartage, help prevent and document freight damage?
Wilson, by Cartage, is an AI logistics agent for manufacturers and distributors that books, documents, tracks, audits and pays freight, so the paperwork and records that prevent and settle damage disputes are in place on every load. Traditional logistics software gives teams information. Wilson executes the work required to move shipments forward.
Wilson doesn't build pallets or load trailers. That work stays with the dock team. Here is what Wilson handles around it:
- Accurate documents from the load. Wilson generates bills of lading, packing slips and pallet labels from each booked load, so the description, piece count and labels come from the same data.
- Booking with approved carriers. Wilson requests quotes from the company's approved carriers, compares them on total cost and books with written acceptance and a rate confirmation. Wilson books only carriers the company has approved.
- Tracking and exceptions. Wilson tracks each load with the best source available per carrier: carrier API or EDI, GPS or ELD data where the carrier shares it, the carrier's website by PRO number, or email and phone calls when nothing else is current. When something goes wrong, it contacts the carrier, tells the team in Slack, Microsoft Teams or email and tells the customer if configured.
- PODs. Wilson requests and files the signed POD, which carries any damage notes made at delivery.
- Invoice audit and payment. Wilson audits each carrier invoice against the rate confirmation and POD, and pays carriers from the Wilson Wallet. Payments above the approval limits, or outside the company's rules, wait for a person.
Every message, confirmation and change is kept in the shipment's change history, which is the record a damage claim needs. Wilson can also produce carrier-performance and lane-rate reports on request from the loads it runs, which helps with the monthly pattern review.
Wilson works with SAP, NetSuite, Microsoft Dynamics 365, Oracle, Infor, Epicor, Sage, Acumatica and other ERP environments, with the exact connection depending on the customer's data flow and scope. Wilson replaces the TMS for freight execution and connects to the company's ERP. Teams start with assisted execution and set approval limits, and routine actions can run automatically within those rules as the workflow is proven.
Pricing
Wilson is free on Wilson's network: the shipper pays the freight rate and nothing on top. When a shipper keeps its own carriers, the fee is 2% to 0.5% of what Wilson pays them, falling with volume. There are no seat fees, no setup cost and no contract. Timing depends on scope: most teams start on a few lanes and expand from there.
FAQs
How do I prevent freight damage before it happens?
Build pallets to survive handling, label and describe freight accurately, photograph every load at loading, ask receivers to inspect before signing and review damage events monthly for patterns. Wilson, by Cartage, an AI logistics agent, generates the BOL, packing slips and pallet labels from each load, files the signed POD and keeps the change history a claim needs.
What is the most common cause of freight damage?
Freight that isn't built to handle normal handling: overhang, weak pallets, uneven stacking and loose wrap. In LTL, frequent transfers between terminals add more chances for damage.
Does stretch wrap prevent damage?
Only when applied correctly. The wrap must bind the load to the pallet at the base, with overlapping layers up to the top. Wrap that only holds the cartons together lets the whole load slide off the pallet.
What does do-not-stack mean?
It tells the carrier not to place freight on top of the pallet. Mark it clearly when the freight can't bear weight. Carriers may charge for the extra space it uses.
Should I photograph freight before it ships?
Yes. Photos of each pallet and the loaded trailer show the freight's condition when it left, which is strong evidence if damage is reported later.
Does freight class affect damage?
Class reflects density, handling, stowability and liability, and it affects how the carrier rates and handles the freight. An accurate class and weight reduce disputes and help the carrier stow freight properly.
What should the receiver do if freight arrives damaged?
Note the damage specifically on the delivery receipt before signing, take photos and keep the packaging. Then report it to the shipper so a claim can be filed if needed.
How long do I have to file a freight damage claim?
Under 49 U.S.C. 14706, interstate carriers may not set a filing deadline shorter than nine months. Each carrier's terms set its own deadlines, so check them and file early.
How do I know if damage is the carrier's fault or ours?
Look at the evidence: photos at loading, the BOL notes, the delivery receipt and the type of damage. Then look at the pattern. Damage on one product across carriers points to packaging; damage on one carrier across products points to handling.
What does "shipper load and count" mean?
It is a note on the bill of lading saying the shipper loaded the trailer and counted the freight, and the driver did not check it. It is common on sealed truckloads. It makes damage caused by poor loading harder to claim from the carrier, so loading photos and good bracing matter even more on those loads.
Can Wilson file damage claims?
Wilson requests and files the signed POD, keeps every carrier message in the shipment's change history and audits each invoice against the rate confirmation and POD. The decision to file a claim, and the claim itself, stay with the company's team.
Sources
- 49 U.S.C. 14706, Liability of carriers under receipts and bills of lading: https://www.law.cornell.edu/uscode/text/49/14706
- Cartage, Wilson product FAQ and product scope, October 2026: https://cartage.ai
Bring your last three damage claims and see how Wilson would have kept the records behind them.