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4 minute read
A loading bay looks controlled: Vehicles arrive, goods move, and drivers leave.
What the risk assessment sometimes doesn't factor in is the unmanned bay with nothing across the edge, the visiting driver who's never been on site before, or the worker cutting through to sign off a delivery with no pedestrian route to follow.
This article covers what the risks are, and what's required to bring them under adequate control.
Contents
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What makes reversing vehicles so dangerous at a loading bay?
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How do you know if your loading bay is adequately protected?
Why Do Loading Bays Need Their Own Risk Assessment?
Loading bays don't fit neatly into a single risk category. They involve workplace transport, potential fall risks at dock edges, manual handling, and the management of contractors and visiting drivers, all happening in close proximity, often at speed.
Under the Management of Health and Safety at Work Regulations 1999, employers must carry out a suitable and sufficient risk assessment covering all significant risks on site. A general warehouse risk assessment rarely captures the specific combination of hazards present at a loading area.
HSG136, the HSE's guide on workplace transport safety, addresses loading and unloading activities directly, covering safe site design, driver management, and physical controls. You can access it here. The standard it describes is higher than most loading areas currently meet.
What Makes Reversing Vehicles So Dangerous at a Loading Bay?
Reversing is statistically one of the most dangerous manoeuvres a vehicle makes. At a loading bay, that risk is compounded by several factors that don't apply elsewhere on site.
HGV drivers reversing onto a bay may have very limited rearward visibility, particularly with wide loads or curtainsiders. The approach is often tight. Pedestrians may be nearby. And because backing onto a bay is a routine action, both drivers and site workers can become desensitised to it.
HSG136 recommends one-way systems wherever possible to eliminate unnecessary reversing. Where reversing is unavoidable, banksman controls (trained, designated individuals who guide the driver) are the accepted standard. Mirrors, cameras, and proximity warning systems can support but not replace a properly managed reversing procedure.
Is the Dock Edge Actually a Fall Hazard?
An open, unmanned loading bay presents an unguarded edge. Someone checking a delivery note, directing a driver, or taking a shortcut near an open bay is working close to a drop that may not be immediately obvious, particularly in low light or at the end of a shift.
The Workplace (Health, Safety and Welfare) Regulations 1992 require that traffic routes are kept safe for people using them and that dangerous areas are properly controlled. An open dock edge when no vehicle is present is a fall risk that needs a physical control, not just a floor line.
Loading bay protection systems (dock gates that physically close off the bay opening when not in use) are the standard control for this hazard. They prevent unauthorised approach, stop accidental falls, and create a clear physical signal that a bay is inactive.
Why Is Pedestrian Access to the Loading Area So Hard to Control?
People come to loading bays for legitimate reasons: signing paperwork, checking deliveries, directing drivers, moving stock to and from vehicles. The problem is that they are doing this in a zone that was not designed as a pedestrian area.
There are rarely defined walking routes. Waiting areas for people who need to be near the bay but are not directly involved in loading are often absent. And when a large vehicle is manoeuvring, the sight lines and safe clearances assumed elsewhere in the warehouse simply do not exist.
Painted floor markings are not adequate segregation in this context. Where pedestrians and manoeuvring vehicles share space, physical separation is needed. Polymer pedestrian barriers and projected floor markings can define a safe zone for people who need to be present, while keeping them clear of the active vehicle path.
The gap between what the risk assessment says should happen at a loading bay and what actually happens during a busy delivery window is often significant. That is where incidents occur.
What About External Drivers Coming Onto Your Site?
Section 3 of the Health and Safety at Work etc. Act 1974 extends your duty of care to people who are not your direct employees, including visiting HGV drivers.
An external driver does not know your site. They do not know where pedestrians walk, which bays are unmanned, or what your reversing procedure is. Their instinct is to get the load off and leave, and they will often work quickly and independently unless the site provides a clear, physical system of control.
HSG136 addresses this directly. It recommends that sites provide designated waiting areas for drivers not involved in loading, issue site rules on arrival, and use physical controls (not just verbal instructions) to manage driver behaviour near hazards. Responsibility for what happens to a visitor on your site is not something you can delegate to the driver's employer.
What Happens at an Unmanned Bay?
A loading bay without a gate or physical barrier is a live hazard at all times, not just when a vehicle is present. It can be accessed from inside the building. Vehicles can reverse too far. Stock can be placed near the edge. People can fall.
The control is a loading bay protection system that closes off the opening when not in use, combined with a clear operational procedure covering who is responsible for bay access at each stage of a shift.
The physical product matters here. Clarity's loading bay protection range is designed to prevent vehicles slipping, falling, or tipping near open bays, while also protecting roller shutters and bay doors from damage during approach.
What Physical Controls Does a Loading Bay Need?
Based on HSG136 guidance and the requirements of the Workplace (Health, Safety and Welfare) Regulations 1992, a well-controlled loading area should have:
- Dock edge gates or barriers on unmanned bays
- Wheel Stops are designed to signal a vehicle driver as to when to stop moving. The vehicle will lift or jolt slightly when the wheel stops are hit
- Truck lines to guide truck drivers into the correct parking position
- Defined pedestrian routes with physical separation from vehicle manoeuvring areas
- A designated waiting area for drivers not involved in loading
- Clear floor markings or projected signage at approach zones
- Site rules communicated to visiting drivers on arrival
- One-way systems or banksman procedures where reversing is unavoidable
Not all of these require significant infrastructure. Some are a matter of operational procedure. But the physical controls, dock edge protection and pedestrian segregation in particular, are what make a measurable difference when something unexpected happens.
How Do You Know If Your Loading Bay Is Adequately Protected?
A desk review of your risk assessment will not tell you. The gap between what a written procedure describes and what actually happens at a busy loading bay, particularly during peak delivery periods or shift changeover, is often where incidents occur.
A site assessment looks at how your loading area operates in practice, where the real pedestrian and vehicle conflict points are, and what physical controls are missing or inadequate. If you would like to understand what that looks like for your site, get in touch with our team.
