Workplace transport safety: a practical guide for Australian worksites

Every year, transport-related incidents account for a significant share of serious injuries and fatalities on Australian worksites. According to Safe Work Australia, being struck by a moving vehicle remains one of the top causes of workplace deaths, particularly in industries such as construction, manufacturing, agriculture, and transport and logistics. Forklift rollovers, reversing collisions, and pedestrian run-overs continue to feature prominently in workers' compensation claims and coronial findings across the country.

The OSHwiki Guide to Workplace Transport Safety, published by the European Agency for Safety and Health at Work, brings together international good practice in a single, accessible reference. Its evidence-based content complements Australian frameworks such as the Model Work Health and Safety Act and the Safe Work Australia Codes of Practice, offering practical guidance that suits everything from inner-city construction zones in Sydney and Melbourne to remote mining operations in the Pilbara.

This article walks through the core elements of the guide and shows how each principle can be applied to local conditions. It covers hazard identification, legal duties, pedestrian segregation, driver and vehicle competency, traffic management, and ongoing review, drawing on Australian examples along the way.

Understanding the scale of the problem

Workplace transport safety encompasses any movement of vehicles, equipment, or people within a place of work. In Australia, the term covers a wide spectrum of activity, ranging from a forklift shuttling pallets in a Brisbane warehouse to a road train hauling ore across the Tanami Desert. Because the risks vary so much across industries, a one-size-fits-all response rarely works.

Data published by Safe Work Australia shows that around sixty workers are killed each year as a result of vehicle incidents on worksites, with hundreds more hospitalised. Construction alone accounts for a large share of these fatalities, particularly on major infrastructure projects such as WestConnex in Sydney or the West Gate Tunnel in Melbourne. Agriculture and transport sectors also report persistent rates of serious injury, often involving tractors, side-by-sides, and heavy rigid trucks.

The financial cost of these incidents is substantial. Beyond workers' compensation premiums and lost productivity, businesses face regulatory action, reputational damage, and the human cost of preventable harm. Understanding where and how incidents occur is the first step towards building a safer workplace.

Legal duties and the Australian framework

In Australia, primary duty of care obligations under the Model Work Health and Safety Act require a person conducting a business or undertaking to ensure, so far as is reasonably practicable, the health and safety of workers and others. This includes managing risks arising from the movement of vehicles on site. Each state and territory regulator, such as SafeWork NSW, WorkSafe Victoria, and Workplace Health and Safety Queensland, enforces these duties and publishes industry-specific guidance.

Safe Work Australia's Code of Practice for Managing Work Health and Safety Risks provides a practical framework for identifying hazards, assessing risks, and applying controls. For workplace transport specifically, the code works hand in hand with industry materials covering traffic management plans, reversing controls, and forklift operations. The OSHwiki entry mirrors this hierarchy of controls and offers additional European case studies that may inform local practice.

PCBUs must consult with workers and health and safety representatives when developing transport controls. In practical terms, this might involve a toolbox talk with truck drivers at a Hunter Valley mine, a site induction for delivery contractors at a suburban shopping centre development, or a review of quad bike procedures on a Tasmanian cattle station. Consultation is not just a legal formality; it surfaces the lived experience of those operating plant and equipment in challenging conditions.

Common hazards across Australian worksites

Hazards associated with workplace transport vary by sector, but several patterns recur. Reversing is a leading contributor to incidents in Australia and overseas. Limited visibility from the driver's seat, blind spots around the load, and time pressure on busy sites all increase the risk of striking a pedestrian or another vehicle. In tight suburban construction zones, where space is at a premium, the hazard is amplified.

Forklifts deserve particular attention. In warehouses around Port Botany, the Port of Melbourne, and similar logistics precincts, forklifts operate alongside pedestrians in shared spaces. Tip-over events, falling loads, and struck-by incidents are recurring themes. The OSHwiki guide emphasises that operator training, equipment maintenance, and load-handling discipline are all essential layers of defence.

On rural worksites, the risks shift. Quad bikes remain a leading cause of farm fatalities, and side-by-side vehicles are involved in a growing share of incidents on cattle stations and orchards. Operators who have not completed formal training, or who carry passengers where the vehicle is not designed for them, face heightened risk. Even on remote mine haul roads in the Pilbara, light vehicles interacting with massive haul trucks present a daily hazard that demands clear rules, segregation, and reliable communication.

Segregating pedestrians and vehicles

The most effective control for transport-related risk is physical separation. Where pedestrians and vehicles do not share the same space, the chance of a collision drops dramatically. The OSHwiki guide highlights the hierarchy of control options, prioritising elimination and substitution ahead of engineering, administrative, and personal protective measures.

On a practical level, segregation might involve dedicated walkways with bollards and high-visibility markings around a Brisbane industrial estate, pedestrian overpasses at a busy mine processing plant, or exclusion zones marked with cones and signage during concrete pours on a high-rise site. Where full segregation is impossible, restricted access arrangements, supervised crossing points, and clearly marked travel paths can reduce exposure.

Visibility is a recurring theme in the OSHwiki guidance. Mirrors, cameras, proximity sensors, and reversing alarms all play a role, but they should never be relied upon as the sole defence. Reversing aids complement a broader system that includes designated reversing areas, trained spotters or banksmen, and policies that discourage unnecessary vehicle movement during peak pedestrian times.

Driver and operator competency

Well-trained, competent drivers are at the heart of any transport safety system. In Australia, high-risk work licences are required to operate certain classes of plant, including some forklifts, but many workplace vehicles can be operated without formal licensing. This makes internal competency assessments, induction programs, and refresher training all the more important.

Training should go beyond the basics of vehicle control. Operators need to understand load limits, stability principles, site-specific hazards, and emergency response procedures. A truckie hauling a triple road train from Alice Springs to a remote community faces very different challenges from a courier navigating the Sydney CBD, and their training should reflect that reality.

Supervision and monitoring are equally important. A robust system might include log-on procedures for plant operators, daily pre-start checks, telematics that monitor speed and braking, and regular audits of operator behaviour. Where contractors are involved, principal contractors must verify that drivers have the appropriate competencies and that their vehicles are fit for purpose, including registration, maintenance records, and any required permits.

Site design, traffic management and signage

Thoughtful design of the work environment is one of the most cost-effective ways to reduce transport risk. The OSHwiki guide devotes considerable attention to traffic management plans, which set out how vehicles and plant will operate on a particular site. A good plan covers entry and exit routes, one-way systems, speed limits, parking, loading zones, and the integration of pedestrian routes.

Australian conditions place specific demands on site design. Heat, dust, and remoteness can affect visibility and driver fatigue, particularly during long shifts on mine sites. Seasonal rain transforms unsealed access roads in regional areas, creating new hazards around corners and crests. Designs that work in a temperate climate may need additional controls in tropical Far North Queensland or the dry interior.

Signage, line marking, and physical controls should be proportionate to the risk. Speed humps, chicanes, and convex mirrors are common features on larger sites. Clearly delineated loading bays reduce the temptation for drivers to improvise. Where the public interface is significant, such as at a suburban shopping centre or a school construction site, additional measures such as traffic controllers, fencing, and public exclusion zones may be required.

Monitoring, review and continuous improvement

Transport safety is not a project that can be ticked off and filed. Conditions change, new vehicles arrive, and human behaviour drifts over time. Effective programs include regular inspections, incident reviews, and updates to risk assessments whenever there is a significant change to the site, the workforce, or the plant in use.

Leading indicators are particularly useful. Tracking near-miss reports, reversing alarm activations, and signage damage can reveal where controls are weakening before someone gets hurt. Worker feedback, gathered through toolbox talks and health and safety representatives, often provides the earliest warning of emerging problems. A culture that treats near-misses as learning opportunities rather than blame opportunities tends to perform better over time.

The OSHwiki guide encourages a cycle of plan, do, check, act that aligns closely with the Australian standard AS/NZS ISO 45001 and the Safe Work Australia model. Used consistently, this cycle builds organisational capability, reduces injuries, and supports compliance. It also demonstrates due diligence, which can be important if a regulator investigates an incident.

Take a few minutes today to walk your own site and ask where a vehicle could strike a person tomorrow. Visit the OSHwiki Guide to Workplace Transport Safety for the full evidence base, then talk to your team about what you found. The free resources from Safe Work Australia and EU-OSHA can support every step from initial assessment to ongoing review.