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Heavy Vehicle and Truck Tyre Fitting and Inflation Risk Assessment

Heavy Vehicle and Truck Tyre Fitting and Inflation Risk Assessment

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Heavy Vehicle and Truck Tyre Fitting and Inflation Risk Assessment

Product Overview

Identify and control organisational risks associated with Heavy Vehicle and Truck Tyre Fitting and Inflation at a management and systems level, before technicians even touch the tools. This comprehensive Risk Assessment supports executive Due Diligence, aligns with the WHS Act, and helps protect your business from prosecution, downtime and operational liability.

Risk Categories & Hazards Covered

This document assesses risks and outlines management controls for:

  • Governance, WHS Duty of Care and Legal Compliance: Assessment of PCBU obligations, consultation arrangements, safety accountability, and alignment of tyre operations with organisational WHS policies and legal duties.
  • Competency, Licensing and Training for Tyre Technicians: Management of competency frameworks, verification of licences, induction, refresher training and supervision for heavy vehicle tyre work.
  • Tyre and Wheel Selection, Procurement and Specification: Controls for correct tyre and rim selection, load and speed rating compliance, supplier management, and engineering approval for specialised applications.
  • Workshop Layout, Traffic Management and Depot Infrastructure: Assessment of workshop design, separation of pedestrians and vehicles, hoists and stands, lighting, ventilation and safe access/egress for tyre bays.
  • Mobile and Roadside Tyre Service Operations: Management of on-road and remote tyre service risks including breakdown locations, traffic control, communication systems and lone worker procedures.
  • Plant, Tools and Safety Equipment for Tyre Fitting and Inflation: Controls for selection, inspection and maintenance of jacks, rattle guns, inflation cages, pressure regulators, bead breakers and associated guarding.
  • Tyre Condition Monitoring, Inspection and Maintenance Systems: Protocols for scheduled inspections, tread and sidewall assessment, pressure monitoring, defect reporting and removal-from-service criteria.
  • Procedures for High-Risk Tyre Tasks (Multi-Piece, OTR, High Pressure): Assessment of specific controls, isolation, exclusion zones and engineering safeguards for catastrophic failure risks.
  • Contractor and Third-Party Tyre Service Management: Management of contractor selection, pre-qualification, scope definition, SWMS and RA review, and performance monitoring for external tyre providers.
  • Fatigue, Workload and Supervision of Tyre Operations: Controls for rostering, shift length, call-out arrangements, supervision levels and workload management to minimise human error.
  • Emergency Preparedness, Incident Response and First Aid: Planning for blowouts, equipment failure, crush injuries and other emergencies, including first aid, communication, post-incident review and reporting.
  • Information, Communication and Documentation Management: Systems for version-controlled procedures, safety alerts, toolbox talks, records of inspection, training documentation and tyre service histories.
  • Driver, Operator and Fleet Interface with Tyre Safety: Management of driver pre-start checks, defect reporting, tyre use practices, and integration of tyre safety into fleet maintenance programs.
  • Health, Ergonomics and Manual Handling in Tyre Work: Assessment of musculoskeletal risks from lifting, pushing and positioning heavy tyres, with controls for aids, team lifts and ergonomic work design.
  • Continuous Improvement, Audit and Safety Culture for Tyre Operations: Frameworks for inspections, audits, KPI monitoring, consultation, and corrective actions to drive ongoing improvement in tyre safety performance.

Who is this for?

This Risk Assessment is designed for Business Owners, Fleet Managers, Workshop Managers and Safety Professionals responsible for planning, approving and overseeing heavy vehicle and truck tyre fitting and inflation operations.

Hazards & Risks Covered

Hazard Risk Description
1. Governance, WHS Duty of Care and Legal Compliance
  • • Lack of clear allocation of WHS responsibilities for tyre fitting and inflation activities under WHS Act 2011 and WHS Regulations
  • • Inadequate understanding by officers of due diligence obligations regarding high-risk heavy vehicle tyre work
  • • Absence of a documented WHS management plan for heavy vehicle and truck tyre operations across depots and field locations
  • • Failure to monitor and review compliance with Australian Standards (e.g. AS/NZS 4825, AS 4457, AS 1210, relevant plant and pressure equipment standards)
  • • Poor integration of contractor and labour hire workers into the PCBU’s WHS governance arrangements
  • • Insufficient consultation with workers and Health and Safety Representatives (HSRs) on system changes affecting tyre work
2. Competency, Licensing and Training for Tyre Technicians
  • • Inadequate competency of tyre fitters to recognise high-risk conditions (e.g. bead damage, cracked rims, incorrect components)
  • • Reliance on informal ‘on-the-job’ learning without structured training for truck, bus and heavy machinery tyre work
  • • Lack of verification of training and experience for new employees, contractors and labour hire workers
  • • Insufficient instruction regarding safe inflation pressures, multi-piece rims, duals, and large off-the-road (OTR) tyres
  • • Poor understanding of manufacturer instructions, Australian Standards and safe use of safety cages and remote inflation devices
  • • No refreshers or verification of competency following incidents, near misses or equipment changes
3. Tyre and Wheel Selection, Procurement and Specification
  • • Procurement of tyres and rims that are incompatible with existing fleet, load ratings or operating conditions
  • • Use of non-genuine, damaged, counterfeit or unverified components (e.g. rims, lock rings, wheel studs and nuts)
  • • Inappropriate tyre selection for heavy vehicles, buses or heavy machinery used in harsh or off-road conditions
  • • Lack of documented engineering review for new wheel systems, particularly multi-piece rims and high-pressure OTR tyres
  • • Insufficient consideration of inflation pressure requirements and tyre size when designing or modifying vehicles and machinery
  • • No system to verify that procurement specifications are aligned with legal load limits, speed ratings and manufacturer guidance
4. Workshop Layout, Traffic Management and Depot Infrastructure
  • • Poor separation of heavy vehicles, forklifts and pedestrians in tyre bays and workshops
  • • Insufficient space, lighting and floor condition in tyre change areas leading to crush, trip and manual handling risks
  • • Inadequate anchoring and positioning of safety cages, jacks, stands and lifting equipment
  • • Lack of designated safe zones during tyre inflation and deflation activities
  • • Inadequate provision of fixed air supply points, regulators and isolation valves in tyre bays
  • • Uncontrolled vehicle movements within depots and bus yards during tyre change operations
5. Mobile and Roadside Tyre Service Operations
  • • Uncontrolled roadside work on trucks, buses or heavy machinery near live traffic
  • • Inadequate systems to assess whether it is safe to conduct tyre work on-site versus towing or relocating
  • • Limited access to safety equipment and isolation controls in remote or field locations
  • • Fatigue and time pressure for mobile tyre technicians responding to breakdowns
  • • Poor communications with traffic controllers, clients or authorities during emergency call-outs
  • • Inconsistent application of risk assessments and permits for work on mine sites, remote roads or construction areas
6. Plant, Tools and Safety Equipment for Tyre Fitting and Inflation
  • • Use of unsuitable, unguarded or poorly maintained tyre changers, bead breakers, jacks and rattle guns
  • • Absence or inadequate capacity of tyre inflation cages, blast guards, remote inflation lines and pressure limiting devices
  • • Failure of lifting devices or stands leading to vehicle or wheel collapse during tyre changes
  • • Use of damaged extension bars, sockets or incorrect torque tools on wheel nuts and studs
  • • Lack of standardisation in tools and equipment between depots and mobile service vehicles
  • • Inadequate inspection, testing and tagging of critical equipment used in high-pressure tyre work
7. Tyre Condition Monitoring, Inspection and Maintenance Systems
  • • Absence of a structured inspection regime for heavy vehicle, bus and heavy machinery tyres
  • • Failure to identify critical damage such as sidewall cuts, bead damage, impact breaks, rim cracks or mismatched components
  • • Inadequate documentation of tyre repairs, rotations and replacements, leading to continued use of unsafe assemblies
  • • Reactive maintenance culture where tyres are only addressed at point of failure or defect notice
  • • No systematic review of wheel-off incidents, rapid deflations or repeated punctures for underlying causes
  • • Insufficient integration of telematics or tyre pressure monitoring data into maintenance planning
8. Procedures for High-Risk Tyre Tasks (Multi-Piece, OTR, High Pressure)
  • • Lack of specific procedures for high-risk tasks involving multi-piece rims, bead locks and large OTR tyres
  • • Improvised work methods for seized or damaged assemblies on heavy trucks, buses and earthmoving plant
  • • Incorrect deflation, disassembly or reassembly leading to violent separation of components
  • • Inadequate control of stored energy during inflation and deflation of high-volume tyres
  • • Failure to isolate and secure heavy machinery and trailers during wheel changes
  • • Inconsistent application of safe systems of work between workshops and field locations
9. Contractor and Third-Party Tyre Service Management
  • • Use of tyre contractors whose WHS systems do not meet the organisation’s standards
  • • Unclear allocation of responsibilities between PCBU and contractor for plant, training and supervision
  • • Contractor technicians performing high-risk tyre work on-site without appropriate equipment or procedures
  • • Lack of monitoring of contractor safety performance and compliance with site rules
  • • Inadequate induction of contractor staff into site-specific risks for heavy vehicles and mobile plant
  • • Price-driven selection of service providers leading to systemic under-resourcing of safety controls
10. Fatigue, Workload and Supervision of Tyre Operations
  • • Extended shifts, night work and irregular hours for mobile tyre technicians servicing freight, bus and machinery fleets
  • • High physical demands and repetitive tasks leading to fatigue and reduced situational awareness
  • • Insufficient supervision of junior or new tyre fitters undertaking high-risk tasks
  • • Productivity and time pressures that encourage short-cuts on inspection, jacking and inflation controls
  • • Inadequate resourcing during peak seasonal demand (e.g. harvest, construction peaks) resulting in rushed jobs
  • • No formal process to identify and manage persons at higher risk due to fatigue or reduced fitness for work
11. Emergency Preparedness, Incident Response and First Aid
  • • Lack of clear procedures for responding to tyre explosions, wheel separations or catastrophic failures
  • • Inadequate first aid capacity and equipment for crush injuries, amputations or blast trauma in workshops and remote sites
  • • Slow or uncoordinated response to roadside incidents involving tyre technicians and mobile service vehicles
  • • Failure to preserve incident scenes for investigation and regulatory notification where required
  • • No formal process for debriefing, learning capture and system improvement following serious tyre-related incidents
  • • Workers uncertain about when and how to contact emergency services from remote or rural locations
12. Information, Communication and Documentation Management
  • • Procedures, technical bulletins and safety alerts not readily accessible to tyre fitters and mobile technicians
  • • Outdated or conflicting instructions between depot, workshop and roadside work practices
  • • Poor communication of changes to tyre specifications, pressure settings or wheel component types across the fleet
  • • Lack of documentation of inspections, torque checks and post-maintenance verification for wheel assemblies
  • • Inadequate handover between shifts, depots or contractors on outstanding tyre defects or temporary repairs
  • • Language, literacy or cultural barriers affecting understanding of tyre safety instructions
13. Driver, Operator and Fleet Interface with Tyre Safety
  • • Drivers and plant operators not recognising early warning signs of tyre or wheel issues (vibration, pulling, noise, odour)
  • • Failure of drivers to report suspected defects or damage from road hazards, kerb strikes or off-road use
  • • No clear responsibility for pre-trip tyre and wheel checks on trucks, buses and heavy machinery
  • • Overloading, incorrect pressure adjustment or inappropriate operating speeds contributing to tyre failure
  • • Fleet scheduling practices that do not allow time for corrective tyre maintenance
  • • Poor feedback loop between operations, maintenance and tyre providers on recurring tyre issues
14. Health, Ergonomics and Manual Handling in Tyre Work
  • • High manual handling loads associated with large truck, bus and heavy machinery tyres and rims
  • • Repetitive tasks and awkward postures causing musculoskeletal disorders over time
  • • Exposure to noise, vibration and fumes in tyre workshops and depots
  • • Insufficient consideration of individual health limitations for workers performing physically demanding tyre tasks
  • • Lack of job rotation or task variation leading to cumulative strain
  • • Inadequate reporting and management of early symptoms of musculoskeletal injury
15. Continuous Improvement, Audit and Safety Culture for Tyre Operations
  • • Static WHS systems that do not adapt to new risks, technologies or incident learnings in tyre operations
  • • Under-reporting of near misses, minor incidents and unsafe conditions related to tyre and wheel work
  • • Lack of targeted audits on high-risk tyre activities, equipment and contractor performance
  • • Management focus on production or fleet availability at the expense of tyre safety
  • • Poor reinforcement of safe behaviours, leading to normalisation of short-cuts and unsafe practices
  • • Insufficient worker engagement in identifying improvements to tyre processes and equipment

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Legislation & References

This document was researched and developed to align with:

  • Work Health and Safety Act 2011
  • Work Health and Safety Regulations 2017
  • Code of Practice: How to Manage Work Health and Safety Risks: Guidance on systematic risk management processes.
  • Code of Practice: Managing Risks of Plant in the Workplace: Requirements for safe use, maintenance and inspection of plant and equipment such as jacks, hoists and inflation devices.
  • Code of Practice: Managing the Work Environment and Facilities: Guidance on safe workshop layout, amenities and environmental conditions.
  • Code of Practice: Traffic Management in Workplaces (where applicable): Principles for managing vehicle and mobile plant movements around tyre bays and depots.
  • AS/NZS ISO 31000:2018: Risk management — Guidelines
  • AS/NZS ISO 45001:2018: Occupational health and safety management systems — Requirements with guidance for use.
  • AS 4825: Safe operation of vehicles on mines, quarries and other high risk sites (where off-road and OTR tyre work is undertaken).
  • AS 1210 / AS 4343 (as relevant): Pressure equipment and hazard level classifications for high-pressure inflation systems.
  • Manufacturer Specifications and Industry Best Practice: Tyre, rim, tool and equipment manufacturers’ instructions and sector guidelines for heavy vehicle tyre servicing.
Standard Risk Assessment Features (Click to Expand)
  • Comprehensive hazard identification for all activities
  • Risk rating matrix with likelihood and consequence analysis
  • Existing control measures evaluation
  • Residual risk assessment after controls
  • Hierarchy of controls recommendations
  • Action priority rankings
  • Review and monitoring requirements
  • Consultation and communication records
  • Legal compliance references
  • Sign-off and approval sections

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