Forklift and Pedestrian Interaction in Victorian Warehouses: What an Inspector Looks For
Traffic Management · Warehousing & Manufacturing · Victoria
Forklift and Pedestrian Interaction in Victorian Warehouses: What an Inspector Looks For
Every warehouse has a traffic problem. Most operators know it. What they underestimate is how predictable the failure points are, and how clearly they show up to someone who has walked hundreds of sites.
DOC-VIC-TM-001
Line markings and signage are administrative controls. Where forklifts and people are regularly in the same area and physical separation is reasonably practicable, markings alone will not be treated as adequate control.
Forklifts and pedestrians sharing a warehouse floor is not a novel hazard. It is one of the most documented causes of serious injury and fatality in Australian workplaces, and it is one of the first things a WorkSafe inspector assesses on arrival at a Victorian warehouse or food manufacturing site. Not because they are looking for a document, but because the physical layout of most sites makes the risk immediately visible.
This article covers the interaction zones that produce the most incidents, the specific failure modes that appear repeatedly across Victorian sites, and what is actually being assessed when an inspector walks your floor.
The legal starting point
Victorian employers carry two overlapping duties that sit at the centre of traffic risk management.
OHS Act 2004 — Section 21
Employers must, so far as is reasonably practicable, provide and maintain a working environment that is safe and without risks to health. That obligation extends to systems of work, plant and equipment, and the physical environment itself.
OHS Act 2004 — Section 20
The duty extends to the management and control of the workplace, including how it is designed, how it operates, and how it changes over time.
OHS Regulations 2017
Further obligations apply to powered mobile plant, including the duty to ensure it does not collide with any person, and requirements for warning devices where a risk of collision exists.
The operative standard is SFAIRP, so far as is reasonably practicable. That means a known risk cannot be justified on cost or convenience grounds alone. You assess what control is available, what it costs, and whether the risk warrants it. For pedestrian and forklift interaction in a functioning warehouse, the answer is almost always yes.
A traffic management plan is the practical expression of how those duties are met. It is not a standalone legal requirement by that name, but in any inspection or investigation, the absence of one is treated as the absence of a control system.
The five zones that get walked
An inspector attending a warehouse is not looking for a folder first. Five things get assessed before anyone reaches the office.
The Loading Dock
The loading dock is where most serious incidents happen. It is a compressed zone: heavy vehicles reversing, ground-level workers preparing loads, forklifts operating close to the dock edge, and visiting drivers who do not know your site, your traffic rules, or your forklift operator's blind spots, on foot nearby.
Drivers on foot near operating forklifts
A driver prepares their truck or sections of their trailer for loading. The forklift is operating on the adjacent or opposite side of the truck. There is no designated waiting area. The driver moves around the vehicle. The forklift operator's visibility is obscured by the load or the trailer profile. This scenario plays out across Victorian distribution sites every day.
The fix is not a sign. It is a designated driver waiting area: sheltered, close enough to the driver's vehicle that they will actually use it, positioned outside the operating zone of any forklift, and separated by a permanent physical barrier. The word permanent matters. A traffic cone is not a control.
Drivers remaining in the cab with keys
The reasoning is understandable. It reduces pedestrian exposure while the forklift loads. The problem is that it introduces a different risk: inadvertent vehicle movement. A truck or trailer that moves while a forklift is engaged at the dock, or while workers are between the vehicle and the dock, creates a crushing hazard and a fall risk if the forklift or an operator goes into the gap between the trailer and the dock edge. Neither option is safe without additional controls. The answer is a clear, enforced protocol, not a habit.
Dock levellers when the dock is not in use
An unoccupied loading dock with the dock leveller in a raised or unsecured position is a live edge. If the lip plate is not secured down, you have an open fall hazard at dock height. This is consistently missed on sites that have addressed the forklift interaction risk but have not considered what the dock looks like between deliveries.
The Shared Outbound Zone
Despatch and outbound areas create a different version of the same problem. Orders being picked and wrapped, forklifts moving loaded pallets to staging areas, workers on foot between racking aisles and the despatch floor, all in the same space, often under time pressure at shift end.
The critical question is whether pedestrian and vehicle paths are physically separated or marked only. Line markings alone are not adequate control where forklifts and people are regularly in the same area. They indicate a route. They do not prevent interaction. Engineering separation, meaning barriers, bollards and defined exclusion zones with physical enforcement, is a higher order control.
Scheduling is also relevant. The risk is highest when multiple activities converge: picking, pallet movement and truck arrival all happening at once. If there is no schedule discipline, there is no control over when those interactions occur.
Racking Aisles
Racking aisles concentrate the risk in a narrow channel where a forklift and a pedestrian physically cannot avoid being close to each other.
Non-standard pallets on racking
This comes up repeatedly on food manufacturing and distribution sites. A supplier delivers goods on pallets that are not to a standard size: narrower footprint, taller or heavier load, or simply less stable than the base dimensions of the racking system allow for. The loaded pallet sits on the racking cross beams, technically stored, but with a load profile inherently less stable than the system was designed for. Operators report loads shifting or toppling, particularly with pallets that are both narrower at the base and taller than standard. The risk is not abstract. It produces incidents.
An unsecured base pallet used as a shelf
Where racking bays are used to store goods at floor level, not on a racking beam but on a pallet sitting on the ground at the base of the bay, that pallet is not secured. It can be engaged by forklift tynes accidentally.
Inspector lens · REF-TM-031
A forklift operator approaching a racking bay is oriented toward lifting. Their tynes are at the right height to engage a ground level pallet, and a pallet presents the same profile and the same tyne entry points as a load they are meant to pick. A fixed cross beam at floor level, or a mesh base, does not present that same profile and is far less likely to be accidentally engaged. The base pallet is easier to inadvertently lift than a structural component of the racking itself. If it is lifted, it becomes a moving, unsecured load carrying whatever is stacked on top of it.
Racking systems rely on cross beams being correctly locked into the upright frames, with safety pins in place to prevent unintentional dislodgement. That engineering is designed for the beam. It was never designed for an unsecured pallet sitting beneath it.
Tanker and Bulk Delivery Zones
Food manufacturing sites receiving bulk liquid raw material by tanker introduce a traffic interaction that most standard warehouse plans do not address. A large tanker entering the site, connecting to a piping or transfer system, then departing, all while forklifts operate in adjacent or overlapping areas, creates interaction risk across a large footprint.
The compounding factor is chemical storage. Class 8 dangerous goods, corrosive liquids used in food production cleaning and sanitation, are often stored in zones that share access with forklift traffic. A forklift collision with a chemical storage area is not just a plant incident. It is a chemical release incident with different consequence severity.
Traffic management on these sites needs to address the tanker arrival sequence specifically: who does what, in what order, with forklifts held out of the tanker zone for the duration of connection and disconnection. That cannot be managed by habit or word of mouth. It needs to be in the plan.
Contractor and Visiting Driver Management
This is the gap most operators underestimate. Your workers know the site. They know where forklifts operate, which aisles to avoid, what the speed limits are, when deliveries happen. Visiting drivers do not.
The enforcement problem is structural. A contractor or visiting driver is not your employee. You cannot manage their behaviour the way you can a direct employee who breaches a site rule. What you can do is design the environment so that following the safe path is easier than not following it: barriers that direct people to the waiting area rather than relying on them to find it, clear induction before entry, and site design that does not require the driver to enter a forklift operating zone at any point in the normal delivery sequence.
Under the OHS Act 2004, the duty extends to people who are at your workplace, not only to your employees. A visiting driver injured by a forklift on your site is not a third party incident. It is a workplace incident, and the employer's duty to manage the risk applies.
What actually triggers a notice
Across Victorian warehouses and food manufacturing sites, the patterns that most commonly result in a WorkSafe improvement notice around pedestrian and plant interaction are these.
- No designated driver waiting area, or a waiting area that is not physically separated from the forklift operating zone
- Line markings only, with no physical separation in areas where forklift and pedestrian interaction is frequent
- No documented induction process for visiting drivers and contractors covering site traffic rules
- Unwrapped or unsecured goods, boxes or items on a pallet, presenting a falling object and load instability risk during transport and storage
- Non-standard pallets in racking systems where the load profile creates a foreseeable topple or dislodgement risk, with no documented assessment of whether those pallets are suitable for the system in use
- Loading dock operation with no protocol for driver positioning, meaning no clear rule about where drivers are during loading and unloading and no physical space to enforce it
The common thread is not that operators are unaware of the risk. It is that the controls in place are administrative, meaning rules and markings, where engineering controls are available and reasonably practicable. An inspector applying SFAIRP will ask why the more effective control was not implemented, and "we did not think it was necessary" is not a satisfactory answer when the risk is foreseeable and the engineering option exists.
What a site-specific plan needs to cover
A traffic management plan that survives a WorkSafe review is not a generic template with the site name inserted. It documents the actual hazards on your actual site, the controls applied at each interaction point, the responsibilities assigned to specific roles, and the triggers that require the plan to be reviewed.
- Each pedestrian and vehicle interaction zone mapped separately, with the control hierarchy applied to each
- Loading dock protocols addressing driver positioning, dock leveller management and trailer movement explicitly
- Contractor and visitor induction requirements documented
- Racking zone controls addressing non-standard pallet and load security risk where it exists
- Chemical storage zone traffic management where dangerous goods are present
- Review triggers: layout change, new plant, near miss, incident, change of operation or shift pattern
The plan is also a training and induction document. Workers and contractors need to understand it, not just sign it.
Common questions
Does a Victorian warehouse legally need a traffic management plan?
There is no standalone regulation in Victoria titled "traffic management plan." The duty arises from the OHS Act 2004, specifically the obligations under sections 20 and 21 to provide a safe working environment and safe systems of work, so far as is reasonably practicable. The OHS Regulations 2017 build additional requirements around powered mobile plant. In practice, where forklifts operate around people, a site-specific traffic management plan is the expected evidence of how the employer has met those duties. Its absence is noted.
Our site has line markings and speed limit signs. Is that enough?
Line markings and signage are administrative controls. They sit at the lower end of the hierarchy of control. They are appropriate where higher order controls, such as physical separation, engineering barriers or one-way systems, are genuinely not reasonably practicable. On most warehouse sites, engineering separation is reasonably practicable in at least some interaction zones. The assessment is whether the controls in place match what was available, not simply whether controls exist.
Who is responsible for a visiting truck driver's safety?
Under the OHS Act 2004, the duty extends to people at your workplace, not only to direct employees. A visiting driver injured by a forklift on your site is a workplace incident under the Act. The practical question is whether you have designed the site and the delivery process so that a driver following normal behaviour, approaching their vehicle or checking a load, does not enter a zone where forklifts operate without warning or protection.
How often does a traffic management plan need to be reviewed?
Whenever there is a significant change affecting the risk: a new tenancy, a changed despatch flow, new plant, a near miss or incident, or a change in the number or type of vehicles using the site. A plan written three years ago for a site that has since had a mezzanine added, a loading dock reconfigured or a new product line introduced is unlikely to reflect current conditions.
Non-standard pallets from our customers keep appearing on site. What are we expected to do?
The duty is yours. If pallets arriving on site are not suitable for the racking system in use, whether because of size, footprint, load height or stability, the obligation is to identify that risk and control it. That might mean quarantining non-conforming pallets, establishing an alternative storage method, or working with the customer to change the pallet specification. Continuing to store them in a configuration that has already produced load shifts or topples, without documented assessment and control, is difficult to defend if an incident occurs.
Do the same rules apply to a food manufacturing site as to a distribution warehouse?
The OHS Act 2004 and OHS Regulations 2017 apply across Victorian workplaces regardless of industry. Food manufacturing sites often carry additional complexity, including tanker delivery zones, chemical storage areas and clean-zone pedestrian requirements, that a generic warehouse plan does not address. The traffic management obligations are the same. The site-specific content of the plan needs to reflect the specific operations.
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Forklifts operating around people, and no current plan?
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