Transport & Warehousing Operations SWMS
Loading, unloading, and warehouse operations including forklift use, racking, and vehicle movements.
SWMS variants reference your state's WHS legislation. Instant download after payment.
This SWMS covers transport and warehousing operations — goods receipt and dispatch, racking storage and retrieval, order picking and packing, loading and unloading of trucks, yard movements, and interfacing with road transport. It is written for warehouse operators, distribution centres, third-party logistics (3PL) providers, retail and wholesale businesses with in-house warehousing, and freight forwarders. The scope covers indoor warehouse activity, yard and loading dock operations, and the worker-side of truck loading and unloading (driver-side road transport safety is in a parallel chain-of-responsibility framework under the Heavy Vehicle National Law).
Transport and warehousing is a distinct regulatory context from construction — it operates under the general plant provisions in Part 4.5 of the WHS Regulation 2025 (NSW) rather than the HRCW-specific Part 4.4. It is not High Risk Construction Work and this SWMS is authored without an HRCW breakdown. However, the work's hazard profile is consistently among the highest-incident categories in Australia. SafeWork Australia data shows forklift pedestrian strike, racking collapse, and manual handling as the three leading injury mechanisms in warehouse environments. Loading dock incidents — forklift-off-dock, truck rollaway, and trailer-body drop — are a disproportionately severe incident subset. The Chain of Responsibility (CoR) provisions under HVNL make consigning and receiving PCBUs legally responsible for load safety, driver fatigue, and mass/dimension compliance. This document is CIH-authored against the current regulatory baseline.
Hazards identified
11 hazards covered, sorted by priority.
Fatal or serious crush injury to workers on foot; forklift-pedestrian incidents are the leading warehouse fatality mechanism in Australia.
Catastrophic cascade of stored goods and racking structure; potential for multiple fatalities from loads up to 1,500 kg per pallet across multiple levels.
Fatal or permanent injury from falls above 2 metres during high-level order picking, MHE (materials handling equipment) platform work, or climbing on racking.
Cumulative lower-back, shoulder, and upper-limb MSD from repetitive lifting, carrying, reaching, and packing operations; the largest single category of warehouse compensation claims.
Forklift falls from dock or cargo shifts as trailer rolls forward without chocks or restraint; driver and dock workers injured in the combined event.
Forklift and operator fall into dock pit (typically 1.2-1.4 m below floor); pedestrian fall from edge; fatal or serious injury.
Load fall onto warehouse worker during loading; load shift during transport creating road hazard; Chain of Responsibility exposure for consignor.
Chemical exposure, fire, or environmental release from DG storage or handling incidents; separate regulatory framework under Dangerous Goods (Road and Rail Transport) Act.
Reduced judgement and reaction times leading to forklift and manual-handling incidents; extended shifts during peak seasons are recognised incident drivers.
Permanent hearing loss for workers exposed above 85 dB(A) LAeq,8h; combined noise from multiple forklifts, conveyors, and pick-to-voice systems regularly exceeds action level.
Cold-induced injury and reduced manual dexterity in cool-rooms (+2 to +5 C) and freezers (-18 to -25 C); frostbite risk in freezer environments without appropriate PPE.
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Traffic Management Plan per the Code of Practice: Traffic Management in Workplaces (SafeWork Australia, 2020): designated forklift traffic routes segregated from pedestrian walkways by physical barriers; marked zebra-crossings at walkway/forklift intersections; speed limits (typically 10 km/h indoor, 20 km/h yard); pedestrian-activated stop buttons at blind corners.
- 2Racking design and inspection per AS 4084:2012 (Steel storage racking): load ratings displayed at every rack bay; damaged racking tagged and removed from service until repaired; annual competent-person inspection documented; daily visual inspection during shift; beam-anchor and column-base integrity verified.
- 3Fall management per the Code of Practice: Managing the Risk of Falls at Workplaces: order pickers (LO-licensed operators on vertical picking trucks) with safety harness connected to machine anchor; no climbing on racking under any circumstances; MHE platforms inspected daily; cherry pickers (WP HRWL) for any non-MHE high-level work.
- 4Forklift and MHE operator licensing: LF (counterbalance and reach truck) or LO (order picker) HRWL for all operators per Schedule 3 of the WHS Regulation 2025; site-specific VOC for each machine class; annual competency observation; see Forklift Operations SWMS for detailed forklift controls.
- 5Manual handling per the Code of Practice: Hazardous Manual Tasks: task redesign to bring pick faces to mid-thigh height where practicable; mechanical aids (vacuum lifters, conveyors, trolleys) for repetitive picks above 10 kg; team picking for orders above 40 kg per item; rotation of pickers across zones to limit cumulative exposure.
- 6Loading dock controls: wheel-chocks on trailer before forklift enters; trailer-restraint systems (dock-lock) on high-volume docks; dock-leveller inspected and load-rated; dock pit barrier engaged when trailer absent; illumination to AS 1680.1 minimum standards; dock edge marking visible under all lighting conditions.
- 7Load restraint per the National Transport Commission Load Restraint Guide: restraint equipment (straps, dunnage, gates) rated for the load; restraint pattern per the Guide for the load type; driver and loader both verify restraint before transport; Chain of Responsibility obligations documented.
- 8Dangerous goods handling per the Australian Dangerous Goods Code and AS/NZS 2243: DG segregation per Schedule 1 compatibility chart; spill kits at DG storage points; emergency procedures for spill and fire; manifest kept at entrance; licensed operator for DG transport preparation; SDS for every DG product.
- 9Fatigue management per the site fatigue management policy: shift lengths capped per role (typically 10-hour maximum for pickers, 12-hour for operators with regular breaks); no back-to-back extended shifts; break schedules enforced; peak-season rostering reviewed for cumulative fatigue.
- 10Noise management: noise survey at commissioning and whenever layout changes; hearing protection (Class 4/5) in designated zones; conveyor noise treated at source where practicable; pick-to-voice system volumes optimised to reduce compounded noise.
- 11Cold exposure controls for chilled and frozen storage: thermal-rated PPE (insulated jackets, trousers, gloves, thermal beanies); time-limited work cycles in freezer environments (typically 30-45 minutes maximum before a warm-up break); buddy system inside freezer chambers; emergency egress verified.
- 12Workplace design: floor marking (yellow forklift lanes, green pedestrian lanes, red hazard zones); lighting to AS 1680.1 for warehouse general (minimum 200 lux) and pick-face (minimum 400 lux); emergency lighting to AS/NZS 2293; clear signage throughout.
- 13Emergency response: evacuation routes marked and unobstructed; muster points identified; fire equipment inspected monthly; first-aid stations at each level; emergency eyewash and shower adjacent to DG storage.
- 14PPE baseline: high-visibility vest to AS/NZS 4602.1 (Class D/N) in forklift zones, safety footwear to AS/NZS 2210.3, cut-resistant gloves for sharp-edge loads, hearing protection in designated zones, and role-specific additions (thermal PPE for cold, P2 respirator for dusty goods handling, face shield for DG decanting).
- 15Daily pre-start: team briefing covering day's volume forecast, any incident reports or near-miss updates from previous shift, and specific hazard zones active for the day; attendance recorded.
Applicable Codes of Practice
Primary authority for warehouse and yard traffic plans separating plant and pedestrian movement.
Governs plant selection, inspection, operator competency, and maintenance across MHE fleet.
Applies to picking, packing, and materials handling that dominate warehouse MSD risk.
Applies to warehouse layout, lighting, ventilation, and welfare facilities.
Governs the noise environment in warehouse and dispatch operations.
Design, installation, and inspection standard for pallet racking systems.
Technical standard for forklifts and MHE used in warehouse operations.
Technical standard for load restraint on heavy vehicles; foundational to Chain of Responsibility compliance.
Who this is for
- →Warehouse operators, distribution centres, and third-party logistics (3PL) providers.
- →Retail and wholesale businesses operating in-house warehousing.
- →Freight forwarders and logistics companies handling cargo transfer.
- →Warehouse managers and supervisors responsible for WHS performance.
- →Consigning PCBUs with Chain of Responsibility obligations under HVNL.
What you receive
- ✓Editable Microsoft Word document (.docx) with transport and warehousing hazard fields.
- ✓Title page with PCBU name, ABN, site 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.
- ✓Racking inspection register aligned with AS 4084 requirements.
- ✓Loading dock safety checklist with trailer-restraint and wheel-chock protocols.
- ✓Chain of Responsibility integration template referencing HVNL duties.
- ✓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 3PL operator runs a 22,000 m2 distribution centre in Eastern Creek, NSW handling consumer electronics on behalf of a national retail client. Operation: inbound pallet receipt, put-away via reach trucks into 12 m-high racking, order picking via order pickers for direct-to-store dispatch, outbound truck loading at 14 dock doors, peak season workforce 180 across three shifts. This SWMS is the master WHS document for the operation, reviewed quarterly and updated whenever layout, volume, or equipment changes. Specific controls: HVAC and fire system integration with racking; annual competent-person racking inspection with photographic register of damage; mandatory reporting of any racking strike (forklift contact with uprights) with beam replacement protocol; load restraint training for all outbound loaders with HVNL chain-of-responsibility briefing at induction. Incident review monthly and SWMS updated where systemic issues emerge.
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. 82-84 (HRWL), r. 59-61 (hazardous manual tasks), r. 213-216 (plant duties), Schedule 3 (HRWL classes LF and LO).
- Heavy Vehicle National Law (NSW) — Chain of Responsibility provisions for consignors, packers, loaders, and receivers.
- Dangerous Goods (Road and Rail Transport) Act 2008 (NSW) — handling and transport of dangerous goods through warehouse.
- Australian Dangerous Goods Code (ADG Code) — packaging, marking, segregation, and documentation for DG warehousing and transport.
- Road Transport Act 2013 (NSW) — mass, dimension, and loading obligations for heavy vehicles departing the warehouse.
Frequently asked questions
Why isn't transport and warehousing HRCW under Schedule 1?
The HRCW categories in Schedule 1 apply to 'construction work' as defined in Part 6.4 of the WHS Regulation 2025. Warehousing and transport operations are not construction work — they are regulated as plant and general workplace activity under Part 4.5 and the broader WHS framework. The hazards are often as severe as construction HRCW, but the regulatory trigger for SWMS is different. This SWMS is written because the hazards warrant documented controls, not because HRCW is engaged.
Does this cover truck driver safety?
Partially — it covers the driver's interface with the warehouse (loading, unloading, dock access) and the warehouse-side Chain of Responsibility obligations under HVNL. The driver's in-cab and on-road safety (fatigue, load restraint during transit, mass/dimension compliance) is covered by HVNL and the employer's driver management policy. For driver-specific scope, consult a separate Heavy Vehicle Driver SWMS or the driver management policy.
What's the most common serious incident in warehouses?
Forklift pedestrian strike, followed by racking collapse and falls from height (during order picking or climbing on racking). SafeWork Australia statistics consistently show forklift pedestrian incidents as the single largest warehouse fatality mechanism. Engineering controls — physical barriers between forklift routes and pedestrian walkways — are the primary defence. Pedestrian-activated stop buttons at intersections, convex mirrors at blind corners, and speed limits are supporting controls.
Do we need racking inspections every year?
Best practice under AS 4084:2012 is annual competent-person inspection with documentation, plus daily visual inspection during operation. A competent person is typically a qualified rack technician or engineer. Insurance and WHS regulators expect the annual inspection record. In high-strike environments (high-turnover 3PL, high-reach racking) more frequent inspections — six-monthly or quarterly — may be warranted. Record every damage finding and repair.
Is Chain of Responsibility a WHS matter?
Chain of Responsibility (CoR) sits under the Heavy Vehicle National Law (HVNL), not the WHS framework, but the two overlap heavily on load restraint and driver fatigue. A consignor PCBU who packs an unsafe load has WHS exposure for the worker who loads it, HVNL exposure for the public, and potential prosecution under both frameworks. This SWMS integrates CoR controls at the warehouse-side interface; consignors should have a separate CoR compliance policy covering the full obligation.
Can this SWMS be used for a small workshop with only a single forklift?
Yes, with adaptation. The controls scale — a small operation might not need all the traffic-management engineering controls, but the forklift licensing, racking inspection, manual handling, and loading-dock controls still apply. Mark non-applicable sections and retain what's relevant. Small operations often have the highest per-capita incident rates because controls are less systematically implemented; the SWMS is a valuable standardisation document.
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