GovWire

2. Load securing: the basics

Driver Vehicle Standards Agency

July 20
15:08 2023

This is a new guide your feedback will help us to improve it.

What a load securing system is

A load securing system is the method you use to secure the load.

Depending on the type of load and vehicle, the load securing system can consist of:

  • the structure of the vehicle or trailer
  • physical barriers to movement such as coil wells, internal bulkheads, stanchions, pins and chocks
  • lashings
  • friction matting, a high-friction floor or surface

Choosing a load securing system

There is no single solution that will work for every load and vehicle combination. Drivers and vehicle operators should choose the most suitable securing system for their load and vehicle.

Its important to think about how the load securing system will work in practice and whether there are other risks like working at height.

Operators and consignors can make sure that the securing system is working effectively by:

  • assessing the risks
  • monitoring and evaluating different securing solutions

British (BS EN) Standards

You can use load securing technical standards published by the British Standards Institution (BSI) to help you decide on a load securing system.

The standards are not legal requirements under road traffic law, but they are used as recognised reference standards. This means:

  • you can use them as a reference when deciding on a suitable securing system
  • regulators will refer to them when deciding whether a load securing system is suitable

If you choose to buy equipment constructed to a BS EN standard, you can be sure of how strong it is and whether its suitable for its intended purpose.

You can buy copies of the British Standards from the British Standards Institution. The most important British Standards for load securing purposes are:

Standard Title
BS EN 12195-1:2010 Load restraining on road vehicles. Safety - calculation of securing forces
BS EN 12195-2:2001 Load restraint assemblies on road vehicles. Safety - web lashing made from man-made fibres
BS EN 12195-3:2001 Load restraint assemblies on road vehicles. Safety - lashing chains
BS EN 12640:2019 Intermodal loading units and commercial vehicles. Lashing points for cargo securing. Minimum requirements and testing
BS EN 12641-1:2019 Intermodal loading units and commercial vehicles. Tarpaulins - minimum requirements
BS EN 12641-2:2019 Intermodal loading units and commercial vehicles. Tarpaulins - minimum requirements for curtainsiders
BS EN 12642:2016 Securing of cargo on road vehicles. Body structure of commercial vehicles. Minimum requirements
BS 7121-4:2010 Code of practice for safe use of cranes - lorry loaders

BS 5759:1987 (Specification for webbing load restraint assemblies for use in surface transport) has been withdrawn. If you have webbing ratchet straps made to this standard, you should replace them with straps made to the current standard, BS EN 12195-2:2001.

What a load securing system needs to do

The load securing system you use must be able to withstand forces equivalent to:

  • the entire weight of the load in the forward direction
  • half the weight of the load to the sides
  • half the weight of the load to the rear

The forces required to prevent a load from moving under normal driving conditions.

This is the minimum requirement for normal driving on the road. It applies to all vehicles and all loads regardless of size or weight.

A load secured to this standard should be able to withstand foreseeable emergency manoeuvres like:

  • an emergency stop
  • swerving to avoid an obstruction on the road

Additional load security

There may be circumstances where extra load security is needed.

If the journey is partly by sea, you may need to use additional securing methods to comply with maritime regulations.

Weather can affect the security of your load. You should think about using additional securing in:

  • snow or ice
  • wet weather
  • strong winds

What to check before loading a vehicle

We don't have any comments for this article yet. Why not join in and start a discussion.

Write a Comment

Your name:
Your email:
Comments:

Post my comment

Recent Comments

Follow Us on Twitter

Share This


Enjoyed this? Why not share it with others if you've found it useful by using one of the tools below: