Load securing in freight transport is the set of measures used to prevent cargo from shifting, tipping, or falling during road transit, applied at the loading point and verified before the vehicle departs.
The European Commission estimates that up to 25% of accidents involving trucks are attributable to inadequate cargo securing — a figure covering incidents where the load moved or fell, not where the vehicle was at fault. That single statistic defines why load securing is treated as a legal obligation across European road freight rather than an operational recommendation the driver applies at discretion.
Why is load securing required in road freight?
Load securing is a legal requirement on European road freight vehicles, not an operational preference. EN 12195 — the European standard for load securing on road vehicles — sets the calculation method for securing forces and governs the equipment categories used to apply them. National road traffic legislation across EU member states implements this obligation in law, and a vehicle found on the road with an inadequately secured load exposes the driver, the carrier, and in some circumstances the sender to legal liability.
A 1,000 kg pallet in emergency braking at the EN 12195 design value of 0.8g exerts 800 kg of forward force against the securing. At cornering, lateral forces of 0.5g push the same load sideways with 500 kg of pressure. Strapping, matting, and blocking must be calculated to resist these forces — EN 12195 provides the formula, and VDI 2700 translates it into the method classifications used across European freight operations.
Load securing belongs to the Logistics Operations cluster in the Go Trans logistics glossary, alongside cargo handling, tension straps, and the other terms that define how freight is prepared and maintained safely between collection and delivery.
Who is responsible for load securing?
Load securing responsibility is divided between the sender, the driver, and the carrier. Each party's obligation applies at a different point in the transport chain.
The sender's obligation begins before the vehicle arrives. Goods must be palletised correctly — weight distributed evenly across the pallet base, stack height within safe limits, stretch-wrapped from the base upward. Corner boards are applied before strapping so the securing force distributes across the stack perimeter rather than cutting into individual carton edges. Under the CMR convention governing cross-border road freight, inadequate sender packaging reduces or eliminates the carrier's liability for transit damage — the sender bears the legal consequence of a preparation failure.
The driver's obligation begins at loading. The driver verifies that the load is secured before departure, checks securing equipment at rest stops on long runs, and is legally responsible for the load's safety on the road throughout transit. Cargo handling at the loading point precedes the securing step — positioning, staging, and loading happen first, and the driver verifies both operations together before the vehicle departs.
The carrier's obligation covers intermediate points on LTL and groupage services. When the load is transferred and reloaded at a carrier depot along the route, re-securing after each reload is the carrier's responsibility. The sender has no presence at an intermediate depot — the re-securing obligation sits with the party performing the reload.
What are the main load securing methods?
Load securing on road freight vehicles uses 4 methods defined under VDI 2700: friction securing, form-fit securing, force-fit securing, and direct securing.
Friction securing places anti-slip matting between the load and the vehicle floor. The matting increases the coefficient of friction between surfaces, reducing the lateral and longitudinal force the cargo can generate under braking and cornering without requiring additional strap tension.
Form-fit securing eliminates the space in which cargo can move. Load bars extend between the vehicle's internal walls, dunnage bags fill voids between items, and blocking material is pushed against load faces — each approach removes the room the cargo needs to shift without applying direct tension to the goods.
Force-fit securing applies direct tension to the load using equipment anchored to the vehicle's lashing points. A tension strap tensioned across the top of the pallet and anchored at the vehicle floor on both sides pulls the cargo down and resists forward and lateral movement under the deceleration forces EN 12195 specifies.
Direct securing fixes the cargo to the vehicle structure using angle brackets, bolts, or welded frames. It is used for machinery, vehicles on car transporters, and oversized loads that cannot be secured by strapping alone.
Most standard pallet loads combine methods: friction matting reduces the strap tension required, and over-strapping provides the residual force-fit to hold the stack through emergency braking.
What equipment is used in load securing?
7 categories of load securing equipment cover road freight consignments from standard pallets to heavy machinery, each matched to the load type and securing method it supports.
Tension straps and ratchet straps are the primary force-fit tools — webbing anchored to the vehicle's lashing points and tensioned across the cargo. Lashing chains replace webbing for heavy machinery and oversized loads where webbing strength is insufficient. Anti-slip mats sit between the load and the vehicle floor to provide friction securing without additional strap tension. Edge protectors are placed under straps wherever webbing crosses a sharp edge or soft packaging, distributing the strap pressure rather than concentrating it on one point. Load bars extend between the vehicle's internal walls to block lateral movement on part-loaded vehicles. Dunnage bags are inflated in voids between cargo items to prevent inter-load movement on fully loaded vehicles. Corner boards are applied to pallet stacks before strapping, spreading the strap force across the full stack perimeter.
The equipment on the vehicle is only as effective as the preparation the sender completes before the vehicle arrives.
What does the sender need to do before collection?
The sender's pre-loading obligation covers 4 steps before the carrier's vehicle arrives: correct palletisation, stable stacking, stretch-wrapping from the base upward, and corner-board application before strapping.
Correct palletisation distributes weight evenly across the pallet footprint — heavy items on the base, lighter items on top, with no overhang beyond the pallet edge. An overhang concentrates the strap load on the packaging rather than the pallet structure, which the strap cannot compensate for. Stable stacking keeps the stack height within the safe limit for the goods — an excessively tall stack sways on the pallet and cannot be made rigid by wrapping alone. Stretch-wrap is applied from the base upward, binding the upper stack to the pallet base rather than only enclosing the top cartons. Corner boards are placed on the stack perimeter before any strap is applied.
Go Trans confirms these requirements at the booking stage and records them on the transport order before the carrier is dispatched. For consignments moving on freight services across European road lanes, the driver verifies packaging and palletisation compliance at collection before the vehicle loads.