Mine Haul Truck (ADT/RDT) Operations SWMS
Articulated and rigid dump truck operations on mine haul roads — rollover risk, fatigue, vehicle interaction with light vehicles and pedestrians. Pre-start checklist and tyre maintenance critical-control verification.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Mine haul truck operations involve articulated dump trucks (ADTs) and rigid dump trucks (RDTs) moving overburden, ore and waste material across mine haul roads, ramps, dumps and load-out areas. These vehicles — often exceeding 200 tonnes gross vehicle mass — present catastrophic hazards including rollover on unstable berms, collisions with light vehicles, pedestrian strike, tyre fires, and uncontrolled movement on grades. Operator fatigue across 12-hour shift rosters, restricted visibility around the truck, and tyre integrity failures are recognised principal hazards on every Australian surface mine.
Mine operations in Australia are regulated under jurisdiction-specific mining safety legislation that overlays the model WHS framework: the Work Health and Safety (Mines and Petroleum Sites) Act 2013 (NSW), Coal Mining Safety and Health Act 1999 and Mining and Quarrying Safety and Health Act 1999 (Qld), Work Health and Safety (Mines) Regulations 2022 (WA), and the Work Health and Safety (National Uniform Legislation) Regulations 2011 (NT). Each requires the mine operator to identify principal hazards, develop principal hazard management plans (PHMPs), and ensure documented safe work procedures are in place for powered mobile plant operations.
A SWMS is legally required because haul truck operation is High Risk Construction Work under WHS Regulation 2017 Schedule 3 Item 15 (powered mobile plant) when conducted on construction-classified mine infrastructure projects, and is mandated as a documented safe work procedure under mine-specific regulations regardless. Section 39 of the model WHS Regulations requires the SWMS to be prepared before work commences, available at the workplace, and reviewed after any incident or change in the work method.
Hazards identified
11 hazards covered, sorted by priority.
Operator fatality, truck loss, environmental release of fuel/load
Multiple fatalities — light vehicle occupants not survivable in haul truck impact
Fatality — haul truck blind zones extend up to 12m forward and 30m rear
Fatal projectile injury, severe burns within 300m exclusion zone
Loss of vehicle control, run-off-road incident, fatal collision
Runaway truck, collision with downstream vehicles or infrastructure
Truck rollover or backwards tip into void
Collision with stationary plant, berm or other vehicles
Chronic lower back injury, musculoskeletal disorder over career exposure
Burns from turbocharger/exhaust, crush injury from unsecured tray
Long-term occupational lung disease, classified IARC Group 1 carcinogen
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Mandatory pre-start inspection using OEM checklist covering brakes, steering, retarder, tyres, lights, horn, reversing alarm, fire suppression, ROPS/FOPS integrity and seatbelt — defects logged in fleet management system before operation
- 2Tyre critical-control verification: cold pressure check, sidewall inspection for cuts/bulges, monitoring of TPMS (Tyre Pressure Monitoring System) for over-temperature alarms, and 300m exclusion zone enforced on any tyre showing thermal anomaly
- 3Vehicle interaction controls: positive communication via two-way radio on dedicated haulage channel, light-vehicle right-of-way protocols giving haul trucks absolute priority, intersection STOP-and-call-up rules, and proximity detection systems (PDS) where fitted
- 4Fatigue management plan compliant with AS/NZS guidance: maximum 12-hour shifts, mandatory crib breaks every 2.5 hours, in-cab fatigue detection cameras (Guardian/SmartCap), journey management with hot-seat changeover protocols
- 5Haul road design and maintenance to ACARP/MDG-15 standards: minimum windrow height of 2/3 largest tyre diameter, maximum sustained grade 10%, road width minimum 3.5x truck width on two-way sections, water cart dust suppression program
- 6Engineered exclusion zones around operating haul trucks (50m operational, 300m for tyre incidents) with light-vehicle parking bays located outside truck swing radius
- 7Authorised operator competency: nationally recognised RIIMPO338E (Conduct rigid haul truck operations) or RIIMPO321F (Conduct articulated haul truck operations), site-specific verification of competency (VOC), and supervised familiarisation on each truck model
- 8Dumping protocols: designated tip-head spotter, windrow inspection before each tip, no reversing past windrow until contact confirmed, prohibition on dumping over edge in wet conditions
- 9Emergency response: in-cab fire suppression (AS 5062 compliant), runaway truck escape ramps on descending grades, emergency stopping bays, and documented evacuation procedure for tyre fire incidents
- 10Cab environmental controls: pressurised cab with HEPA filtration to manage DPM exposure below the 0.1 mg/m³ submicron elemental carbon WES, air-conditioning maintained, ergonomic seat with vibration dampening to ISO 2631 limits
- 11Positive isolation and lock-out for any maintenance, tyre work or inspection requiring person to enter the truck's zone of influence — including chocking of wheels and engagement of body-up safety pins
Applicable Codes of Practice
Establishes principal hazard and principal control plan obligations for NSW mines including vehicle interaction and fitness for work
Requires Standard Operating Procedures for haul truck operations and Recognised Standard 19 (Vehicle Interaction)
Mandates principal mining hazard management plans including powered mobile plant and surface mobile equipment
Powered mobile plant duties applicable to NT mining operations
Section 26A mandatory consideration — sets baseline duty for plant risk management referenced under WHS Regulation
Technical specification for haul truck design, ROPS/FOPS, fire suppression and operator protection
Design and operational safety requirements for haul trucks including braking and steering systems
Specifies fire suppression system requirements for haul truck cabs and engine bays
Framework adopted by Australian mining industry for verifying critical controls including tyre management and vehicle interaction
High-Risk Construction Work triggered
Haul trucks are powered mobile plant under WHS Regulation Schedule 3 Item 15. Operation on shared travel paths with light vehicles and pedestrians is the textbook trigger condition for SWMS preparation, particularly given the catastrophic consequence potential of vehicle interaction incidents.
Under WHS Regulation s299, a SWMS must be prepared before HRCW commences, must be available for inspection, and work must stop if the SWMS is not being followed. On mine sites, this duty is reinforced by jurisdiction-specific mining regulations requiring documented safe work procedures and verification of critical controls. Failure to comply exposes the PCBU to Category 1 offences under WHS Act s31 with penalties up to $3M for body corporates and 5 years imprisonment for individuals where reckless conduct causes risk of death or serious injury.
Who this is for
- →Mine operators and PCBUs operating surface metalliferous, coal and quarry sites with haul truck fleets
- →Mining contractors providing haulage services under contract to mine owners
- →Site senior executives (SSE), open cut examiners (OCE) and mine managers responsible for SOP and SWMS authorisation
- →Fleet supervisors, shift supervisors and trainers conducting verification of competency assessments
- →Health and safety representatives and HSE advisors reviewing principal hazard documentation
- →Civil construction contractors operating ADTs on major earthworks and tailings dam projects
What you receive
- ✓Fully editable Microsoft Word DOCX SWMS document — unlocked, no watermarks
- ✓State-specific legislation schedule covering NSW, Qld, WA, SA, Tas, NT and ACT mining and WHS frameworks
- ✓Pre-populated hazard register with 11 mining-specific haul truck hazards and risk-ranked controls
- ✓Worker sign-on register with competency verification fields (RIIMPO321F/338E ticket number, VOC date, induction reference)
- ✓Pre-start inspection checklist aligned to OEM (Caterpillar, Komatsu, Hitachi) requirements
- ✓Tyre critical-control verification record sheet
- ✓Emergency response flowchart for tyre fire, runaway truck and vehicle interaction incidents
- ✓Review and revision log compliant with WHS Regulation s301
Worked example
A haul truck operator on a Hunter Valley open-cut coal mine commences a night shift at 18:00. Before climbing into the cab of a Caterpillar 793F, they retrieve the SWMS from the crib room kiosk and sign on alongside their VOC record. They complete the pre-start checklist, identifying a TPMS warning on the right rear inner tyre showing 118°C. Following the SWMS critical-control procedure, they immediately notify the OCE via radio, do not approach within 300m of the tyre, and the truck is parked out for tyre inspection by a competent fitter under positive isolation. Mid-shift, the operator's Guardian fatigue camera triggers a microsleep alert during a haul cycle. The SWMS fatigue management protocol requires the operator to pull into the next safe parking bay, notify the supervisor, and take a mandatory 20-minute crib break before resuming. The supervisor logs the event, and if a second alert occurs in the same shift, the operator is stood down and rotated to a non-driving task — a control directly traceable to the SWMS and the site's principal hazard management plan for fitness for work.
Related legislation
- Work Health and Safety Act 2011 (model)
- Work Health and Safety Regulation 2017
- Work Health and Safety (Mines and Petroleum Sites) Act 2013 (NSW)
- Coal Mining Safety and Health Act 1999 (Qld)
- Mining and Quarrying Safety and Health Act 1999 (Qld)
- Work Health and Safety (Mines) Act 2022 (WA)
- Work Health and Safety (Mines) Regulations 2022 (WA)
- Work Health and Safety (National Uniform Legislation) Act 2011 (NT)
- Heavy Vehicle National Law (where haul trucks transit public roads)
- Dangerous Goods (Road and Rail Transport) Regulations (for fuel and explosive precursors)
Frequently asked questions
Is a SWMS required for haul truck operations on a mine site, or is a SOP sufficient?
Both are required. Under model WHS Regulation s299, haul truck operation as powered mobile plant triggers HRCW Category 15 requiring a SWMS. Mine-specific legislation (NSW WHS(MPS) Act, Qld CMSH Act, WA WHS(Mines) Regs) additionally requires Standard Operating Procedures or Safe Work Procedures as part of the principal hazard management plan. The SWMS satisfies the HRCW obligation; the SOP supports the broader principal control framework. Most Australian mines integrate both into a single document set.
Does this SWMS cover both rigid and articulated dump trucks?
Yes. The document covers both ADT operations (typically Caterpillar 740, Volvo A60, Bell B45) and RDT operations (Caterpillar 777/789/793/797, Komatsu 830E/930E, Hitachi EH4000). Hazards specific to each configuration — including articulation pinch points on ADTs and tyre zone of influence on ultra-class RDTs — are addressed.
How does the SWMS handle vehicle interaction with light vehicles?
It implements the hierarchy from ICMM and Earth Moving Equipment Safety Round Table (EMESRT) — eliminating interaction where possible through separated roads, then engineering controls (PDS, intersection design, exclusion zones), then administrative controls (positive radio communication, light-vehicle priority rules), then PPE (high-vis, hard hat). The control matrix aligns with Qld Recognised Standard 19 and NSW MDG 15.
How often must this SWMS be reviewed?
Under WHS Regulation s301, the SWMS must be reviewed and revised whenever the work method changes, after any notifiable incident, when new plant or technology is introduced, or when consultation indicates review is needed. Best practice on Australian mines is a documented annual review at minimum, plus event-triggered reviews — and we recommend cross-referencing the review against any regulator-issued safety bulletins or significant industry incidents.
Are tyre management critical controls included in the SWMS?
Yes. Tyre integrity is treated as a critical control under the ICMM framework given the catastrophic consequence of explosive tyre failure. The SWMS includes the verification record sheet, the 300m zone of influence exclusion procedure for thermally affected tyres, TPMS alarm response protocols, and the prohibition on personnel approaching a hot tyre until it has cooled and been declared safe by a competent person.
Does the SWMS address fatigue and shift work?
Yes. Fatigue is identified as a principal hazard with controls aligned to the AIOH and Resources Safety guidance — including journey management, in-cab fatigue detection technology (SmartCap, Guardian, Seeing Machines), maximum continuous driving periods, mandatory crib breaks, and the response protocol for microsleep events. The document is designed to integrate with the site's Fitness for Work and Fatigue Management Plan.