Forklift Operations SWMS
Counterbalance, reach, and order-picker forklift operations on construction sites and in warehouses.
SWMS variants reference your state's WHS legislation. Instant download after payment.
This SWMS covers forklift operations — counterbalance (LPG, diesel, electric), reach truck, order picker, and rough-terrain forklifts — used in warehouses, distribution centres, construction laydown areas, and dock environments. It is written for forklift operators holding a current LF (forklift) or LO (order-picker) High Risk Work Licence issued under Schedule 3 of the WHS Regulation 2025 (NSW), for supervisors managing forklift fleets, for warehouse PCBUs, and for site managers coordinating forklift movements alongside pedestrian activity.
Forklift operations are not High Risk Construction Work by default — Category 13 applies only when the forklift is used on a construction site as defined under Part 6.4 of the WHS Regulation. The HRWL for forklift operation is issued separately under r. 82-84 and Schedule 3. In warehousing and logistics environments — where the majority of forklift work occurs — this SWMS is authored without an HRCW breakdown and relies on the general plant provisions in Part 4.5 (r. 203-216) and the Code of Practice: Traffic Management in Workplaces. Forklift incidents are consistently among the top mechanisms for workplace fatalities in Australia — pedestrian strike, tip-over, and falling loads dominate the injury data published by SafeWork Australia. The controls in this document are calibrated to those failure modes. This document is CIH-authored against the current regulatory baseline.
Hazards identified
11 hazards covered, sorted by priority.
Operator crush injury; operators without seatbelt commonly attempt to jump clear during a tip-over and are crushed by the overhead guard. Tip-over is the single largest mechanism in forklift fatalities.
Fatal or serious crush injury to workers on foot; the combination of restricted operator visibility, speed, and mass makes pedestrian strike the second-leading mechanism in forklift fatalities.
Crush injury to workers adjacent to the forklift; impact damage to racking, product, and infrastructure; secondary racking-collapse risk when loads strike.
Fatal head, neck, or torso injury from loads dislodged during put-away or pick operations; contributes disproportionately to severe injuries in high-bay warehouses.
Operator and adjacent-worker CO poisoning; loss of consciousness and death at sustained CO above 1200 ppm; insufficient ventilation in enclosed cool-rooms and freezers is the classic scenario.
Operator and ground-crew electrocution from raised mast or load contact with overhead distribution lines; approach distances apply per AS 4808.
MSD from repetitive lift-and-secure cycles; operator back and shoulder injury over career.
Forklift and operator fall from loading dock where the trailer has moved prematurely; a leading cause of dock incidents where wheel-chocks and trailer-restraint are not used.
Reduced reaction times and judgement leading to tip-over, pedestrian strike, or load instability; shift length and scheduling influence incident rates directly.
Chemical burns to skin and eyes from splashed electrolyte; hydrogen gas explosion risk during charging in unventilated areas.
Permanent hearing loss for operators and ground staff in high-volume dispatch environments exceeding 85 dB(A) LAeq,8h.
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Operator licensing: every operator holds a current LF (counterbalance and reach) or LO (order picker) High Risk Work Licence under Schedule 3 of the WHS Regulation 2025; licences verified at induction and re-checked annually with copies retained in the training matrix.
- 2Machine-specific VOC: licensed operator receives a site-specific Verification of Competency for each make/model they operate, covering controls, attachments, and operational limits. VOC refreshed every 2 years or after any incident.
- 3Pre-start inspection per AS 2359 (Powered industrial trucks) and the manufacturer's schedule: operator completes a daily check (tyres, forks, mast operation, brakes, steering, horn, seatbelt, lights, reversing alarm, load backrest) and logs the check; any faults removed from service.
- 4Seatbelt mandatory per r. 215 of the WHS Regulation 2025: no forklift operates without the operator wearing the seatbelt; cabs and ROPS not modified to disable the seatbelt or interlock; the seatbelt is the primary tip-over protection.
- 5Traffic Management Plan per the Code of Practice: Traffic Management in Workplaces (SafeWork Australia, 2020): designated forklift traffic routes, marked pedestrian walkways segregated by physical barriers, speed limits (typically 10 km/h indoor, 20 km/h outdoor), one-way systems at pinch points, marked 'forklift zones' and 'pedestrian zones' with clear signage.
- 6Pedestrian-forklift separation: physical barriers between forklift routes and pedestrian walkways; pedestrian-activated stop buttons where walkway crosses forklift route; forklift drivers required to sound horn at blind corners; hi-vis vest mandatory for all pedestrians in operating zones.
- 7Load stability controls: load within truck's rated capacity at the specific load centre; load backrest in place; fork spread maximised to load width; loads secured against shift during travel; unstable or damaged pallets rejected.
- 8Racking safety: racking certified to AS 4084 (Steel storage racking) with load ratings clearly displayed; racking inspected annually by a competent person with records retained; damaged racking tagged and removed from service until repaired.
- 9Ventilation for LPG and diesel forklifts in enclosed spaces: forced extraction ventilation; CO monitoring (fixed or personal) in coolrooms and freezers; restriction on operating time in unventilated enclosed spaces; electric forklifts preferred for enclosed operations.
- 10Overhead powerline approach per AS 4808: spotter required when working within twice the approach distance; minimum clearances 3 m for LV, 6.4 m for 132 kV HV; tiger-tails on at-risk lines; written permit from the network operator for work inside the approach distance.
- 11Loading dock safety: wheel-chocks on trailer before forklift enters; trailer-restraint systems (dock-lock) on high-volume docks; dock-leveller inspected and load-rated; dock-pit barriers engaged when trailer absent; operator faces the dock edge during reverse operations.
- 12Fatigue management: shift lengths capped per the site fatigue management policy; rest breaks scheduled every 2 hours during continuous operation; no operator drives after any indication of impairment; a nominated supervisor authorises all shift extensions.
- 13Battery charging and maintenance: charging in a designated ventilated area; PPE (chemical-resistant gloves, face shield) for electrolyte top-up; eye-wash station within 6 m of battery area; no smoking or ignition sources during charging; battery changes performed by trained personnel using a battery change station.
- 14Hearing conservation: noise survey at commissioning and whenever new plant arrives; Class 4/5 hearing protection in designated zones; forklift reversing alarms set to an audible level differentiated from other plant; communication systems designed around hearing-protection compatibility.
- 15PPE baseline: high-visibility vest to AS/NZS 4602.1 (Class D/N day/night), safety footwear to AS/NZS 2210.3 with steel midsole, hearing protection where noise exceeds action level, and safety eyewear for all operators and pedestrians in the operating zone.
- 16Incident reporting and review: all forklift incidents (including near-miss tip-over, racking strike, pedestrian near-miss) reported and investigated; trends reviewed monthly; SWMS amended where systemic controls are found inadequate; notifiable incidents under r. 179 reported to SafeWork NSW.
Applicable Codes of Practice
Primary authority for the site traffic plan separating forklift and pedestrian movement; informs exclusion zones, speed limits, and physical barriers.
Binding guidance on plant selection, inspection, operator competency, and maintenance for powered industrial trucks.
Applies to warehouse layout, floor surfaces, lighting, and ventilation requirements that affect forklift safety.
Governs the noise environment in warehouses and dispatch centres where forklift fleets operate.
Technical standard for forklift design, stability, operator controls, and safe use — foundational to pre-start inspection and VOC content.
Design and inspection standard for the storage racking that forklifts interact with in put-away and pick operations.
Who this is for
- →Forklift operators holding current LF or LO High Risk Work Licence under Schedule 3 of the WHS Regulation 2025.
- →Warehouse and distribution centre managers with forklift fleets in daily operation.
- →PCBUs operating mixed warehouse/office environments where forklift and pedestrian interaction requires management.
- →Loading dock and logistics operations coordinating truck, forklift, and loader movements.
- →Site supervisors and WHS representatives reviewing forklift documentation and incident trends.
What you receive
- ✓Editable Microsoft Word document (.docx) with forklift-specific hazard fields pre-structured.
- ✓Title page with PCBU name, ABN, site/warehouse address, operations manager, and revision date fields.
- ✓Hazard register with the 11 hazards listed above — each with consequence, inherent risk, controls, and residual risk on a 5x5 matrix.
- ✓Pre-start inspection checklist aligned with AS 2359 and manufacturer requirements.
- ✓Operator competency verification table for HRWL, VOC, and machine-specific endorsements.
- ✓Traffic management plan template with pedestrian-forklift separation, speed limits, and exclusion zones.
- ✓Consultation record for HSR sign-off and worker input per s. 47 of the WHS Act.
- ✓Legislation schedule pre-populated for NSW with state-variance table for VIC, QLD, SA, WA, TAS, NT, ACT.
- ✓Review-and-update log for tracking SWMS amendments.
Worked example
A third-party logistics (3PL) warehouse operator in Eastern Creek, NSW runs a 14,500 m2 distribution centre with 12 counterbalance forklifts, 4 reach trucks, and 2 order pickers across three shifts. Staff: 38 forklift operators, 24 pick-pack staff, 6 supervisors. Prior to a client audit this SWMS is reviewed and updated. Traffic management plan revised to install additional pedestrian-activated stop barriers at the outbound-lane crossing after a near-miss the previous month. All operator HRWL records re-verified; two operators with expiring licences scheduled for re-assessment. VOC refresh scheduled for all new-to-model operators on the four newly acquired reach trucks. Racking inspection completed and two damaged beams at Bay 34 taken out of service pending replacement. The SWMS becomes the reference document in the client audit and forms part of the warehouse operator's compliance evidence.
Related legislation
- Work Health and Safety Act 2011 (NSW) — s. 19 primary duty of care; s. 27 officer due diligence; s. 47 consultation with workers.
- WHS Regulation 2025 (NSW) — Part 4.5 (plant), r. 203-216 (plant duties), r. 82-84 (high risk work licences), Schedule 3 (HRWL classes LF and LO), r. 179 (notifiable incidents).
- Work Health and Safety (Licensing) Regulation — HRWL issuing body and renewal requirements in NSW.
- Heavy Vehicle National Law (NSW) — where warehouse operations include loading and securing of heavy vehicles.
- Chain of Responsibility obligations under HVNL — load restraint, loading, and consignment obligations.
- Dangerous Goods (Road and Rail Transport) Act 2008 (NSW) — where forklift handles dangerous goods classes in warehouse.
Frequently asked questions
Does an operator with an LF licence need separate training to operate a reach truck?
An LF licence covers both counterbalance and reach trucks. An LO licence is required separately for order-picker operation (where the operator is elevated on the platform). Regardless of licence class, every operator requires a site-specific and machine-specific VOC covering the particular model, controls, attachments, and site conditions. The licence alone is not sufficient authorisation to operate.
Is a high-visibility vest enough for pedestrian safety around forklifts?
No. High-vis vest is PPE — the lowest level of the hierarchy of control. Primary pedestrian controls are engineering: physical barriers separating forklift routes from walkways, pedestrian-activated stop buttons, blind-corner convex mirrors, and speed restrictions. Hi-vis vest supports these controls but does not replace them. A site relying on hi-vis only is not compliant with the Code of Practice: Traffic Management in Workplaces.
Can forklifts be used on a construction site?
Yes, with two conditions. First, operation on a construction site engages HRCW Category 13 (powered mobile plant) under Schedule 1 of the WHS Regulation 2025, so a SWMS covering that HRCW context is required — this document can be adapted or a construction-specific version issued. Second, the Principal Contractor's traffic management plan must include the forklift operations and the forklift's interaction with other plant and trades. Site conditions (uneven ground, slopes) often require a rough-terrain forklift rather than a warehouse counterbalance.
How often should forklift operator training be refreshed?
The HRWL itself does not require regular refresher training unless suspended or cancelled. Best practice (and most insurer requirements) is a VOC every 2 years, annual competency observation by a supervisor, and immediate retraining after any incident. Australian workplaces that invest in structured annual refreshers show measurably better forklift safety performance than those relying on the HRWL alone.
What CO monitoring is required for LPG forklifts in coolrooms?
Fixed CO monitors are best practice in any enclosed space where LPG or diesel forklifts operate regularly. Alarm thresholds typically set at 30 ppm (investigate) and 50 ppm (evacuate) in line with the Workplace Exposure Standard of 30 ppm TWA and 200 ppm STEL for CO. Personal CO monitors for operators are an additional control where fixed monitoring is not practical. Electric forklifts are preferred for sustained enclosed-space operations.
Does the SWMS cover narrow-aisle (VNA) forklift operations?
Yes at the framework level. VNA forklifts (swing-reach, turret trucks) require an LO licence and additional machine-specific training because of the guidewire/rail guidance system, high mast heights, and cab-elevation functions. The SWMS includes the generic controls; for VNA-specific scope, the VOC and site-specific procedures supplement this document.
Document details
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