How to Safely Use a Forklift Near Pedestrian Walkways
Forklifts are essential in warehouses, manufacturing plants, distribution centres and construction operations, yet the areas around pedestrian walkways can become high-risk points of interaction. A reversing forklift, a person stepping through a doorway, or a poorly positioned pallet can create a serious collision hazard within seconds.
Safe traffic management depends on more than asking pedestrians to “watch out”. Employers need a planned separation system, trained forklift operators, visible routes, suitable speed controls and supervision that reflects actual site conditions. These principles apply across Australian workplaces, from busy logistics facilities in Melbourne and Sydney to processing sites around Brisbane, Perth and the wider regional market.
Identify Where People And Forklifts Interact
Begin with a site inspection that maps every location where mobile plant and people may cross paths. Include pedestrian doors, warehouse aisles, loading docks, staff entrances, amenities, emergency exits, battery-charging areas and corners with restricted visibility. Walk the route at different times of day, including shift change, deliveries and cleaning periods.
A traffic management plan should show forklift operating zones, designated walkways, crossing points, exclusion areas and one-way routes where appropriate. It should also account for temporary changes. A contractor unloading equipment, a maintenance team working near a rack, or stock placed outside its usual location can quickly alter the risk profile.
In Australia, the plan should align with the applicable state or territory Work Health and Safety requirements and recognised guidance for industrial mobile equipment, including AS 2359.2 where relevant. A generic warehouse diagram is rarely enough. A cold store in Melbourne, a port-related facility in Brisbane or an agricultural operation near Adelaide may each have different lighting, weather, surface and traffic conditions.
Create Physical Separation Wherever Possible
The strongest control is to keep forklifts and pedestrians apart through physical design. Install guardrails, bollards, pedestrian barriers, kerbs or reinforced mesh panels between travel lanes and walkways. A painted line can define a route, but it will not stop a forklift from entering it, so markings should support physical separation rather than replace it.
Walkways should be wide enough for the expected number of people and free from pallets, packaging, hoses and stored materials. Where a route passes close to racking, use barriers and protective end guards to prevent loads or forks from entering the pedestrian space. Keep doors opening away from traffic lanes where practicable, and provide a clear waiting area where people can check for approaching vehicles.
At crossing points, consider raised walkways, controlled gates, pedestrian bridges or clearly marked crossing zones. If a shared route is unavoidable, reduce the distance and frequency of interaction. A crossing should be visible from a safe stopping distance, rather than positioned immediately after a blind corner or at the end of a ramp.
Control Speed, Visibility And Vehicle Condition
Speed must reflect the environment, not simply the forklift’s maximum capability. Forklift operators should travel slowly near doors, intersections, racking ends, ramps, dock edges and congested areas. They need to maintain a speed that allows the vehicle to stop safely within the visible clear distance.
Operators should keep loads stable, forks low while travelling and the load positioned to preserve forward visibility. If the load blocks the view, the operator should travel in reverse where safe or use a trained spotter. Driving with the forks raised, carrying an unstable load or turning sharply near a walkway increases the chance of a strike or dropped material.
Before use, the forklift should receive a documented inspection covering brakes, steering, tyres, warning devices, lights, seat restraints, forks, mast components and reversing alarms. Damaged equipment must be removed from service until repaired. In noisy Australian facilities, relying on a reversing beeper alone may be ineffective, so flashing lights, blue spot lights, mirrors, cameras and physical controls may be needed as part of a layered system.
Make Pedestrian Behaviour Predictable
Pedestrians need clear instructions about where they may walk, where they must stop and how they should cross a forklift route. A walkway should lead people naturally towards a controlled crossing instead of encouraging shortcuts through operating areas. Signs must be visible, consistent and placed before the hazard, not after it.
People on foot should make eye contact with the operator where possible, wait for the forklift to stop and receive a clear signal before crossing. They should never walk beneath raised forks, pass between a forklift and a fixed object, or assume that a vehicle has seen them because its warning light or alarm is operating. Mobile phones, headphones and conversations can further reduce awareness in busy work areas.
High-visibility clothing is common in Australian industrial workplaces and may be required by the site’s risk assessment, but it does not make a pedestrian safe by itself. Visitors, delivery drivers and contractors need a short site induction before entering operational areas. The induction should explain the pedestrian network, restricted zones, alarm signals, emergency arrangements and the local rule for making contact with forklift operators.
Train And Authorise Everyone Involved
Only workers who have the required high risk work licence for the relevant forklift class, along with site-specific training and authorisation, should operate the equipment. In Australia, a forklift truck generally falls under the LF high risk work licence class, while the employer remains responsible for ensuring the operator is competent for the actual machine, attachments, loads and work environment.
Training should cover stability, load capacity, travelling with loads, ramps, dock operations, visibility restrictions, battery or fuel hazards and interaction with pedestrians. Operators also need practical instruction on the site’s traffic plan. A person may hold a current licence and still require familiarisation with a new warehouse layout, narrow aisle truck, clamp attachment or unusual load.
Pedestrians require training as well. They should know the limits of marked walkways, how to use crossing points, what to do when a route is obstructed and how to report unsafe behaviour. Supervisors can reinforce this through toolbox talks, observation and short refresher sessions after an incident, layout change or change in equipment.
Manage Intersections, Blind Spots And Reversing
Intersections deserve special attention because a forklift and pedestrian can arrive at the same point from different directions. Use convex mirrors, stop lines, warning signs, lighting and barriers to improve visibility. Where the risk remains high, install gates, traffic lights or a controlled crossing operated by a trained person.
Blind spots often occur at racking corners, stacked goods, doorways, columns and the rear of trailers. Do not allow stock to be stored where it blocks sightlines. Keep glazing, mirrors and cameras clean, and ensure lighting provides even visibility without creating glare. In outdoor yards, rain, dust, dawn and night operations can make pedestrians harder to detect.
Reversing should be minimised through route planning, but it cannot always be eliminated. Before reversing, the operator should check behind and around the vehicle, sound the warning device where appropriate and stop if a person enters the exclusion area. A spotter may be required when visibility is restricted, but the spotter needs a safe position, agreed signals and authority to stop the movement.
Supervise, Review And Respond To Change
Supervisors should monitor whether the system works in practice. Observe forklift travel speeds, pedestrian shortcuts, near misses, unauthorised access and whether operators stop at crossings. A recurring shortcut is often evidence that a walkway is inconvenient, poorly located or blocked, rather than simply proof of careless behaviour.
Near misses should be reported and investigated without waiting for an injury. Useful findings may include a damaged barrier, a missing sign, a delivery process that forces people into a vehicle lane or a production schedule that creates unusual congestion. Corrective actions should have an owner and a due date, with follow-up to confirm that the hazard has been controlled.
Review the traffic plan whenever there is new racking, altered production, a change in shift patterns, new forklift attachments, construction work or a change in tenancy. Australian businesses operating across multiple sites should avoid assuming that a procedure from Sydney will suit a regional Queensland warehouse or a Perth workshop. Local conditions, workforce experience and emergency access all matter.
| Control area | Safer arrangement | Unsafe warning sign |
|---|---|---|
| Pedestrian route | Continuous, unobstructed walkway protected by barriers | People walking through forklift lanes or around stored goods |
| Crossing points | Limited crossings with clear sightlines, stop lines and signs | Crossings beside blind corners, doors or stacked pallets |
| Forklift speed | Speed set for visibility, surface, load and congestion | Operators travelling quickly because no numeric limit is displayed |
| Visibility | Good lighting, clean mirrors, cameras and unobstructed views | Alarms are relied on while sightlines remain blocked |
| Reversing | Reversing minimised, with a safe spotter arrangement when needed | People standing behind the forklift or between it and an object |
| Training | Licensed operators, inducted pedestrians and refresher sessions | Visitors enter operational areas without an escort or briefing |
| Supervision | Regular observations, near-miss reporting and documented reviews | Rules exist on paper but unsafe shortcuts are routine |
A safe forklift and pedestrian system should be visible in the layout, understood by the workforce and tested through everyday supervision. For Australian employers, combining physical separation with competent operators, controlled crossings and effective consultation provides a stronger safeguard than signs or personal caution alone.
HCF CATCH supports practical industrial learning through hands-on training in realistic process and engineering environments. Employers, apprentices and workers seeking stronger workplace safety capability can explore relevant courses, facility visits and training options that connect classroom knowledge with operational practice. Contact HCF CATCH to discuss practical safety training for your team.