BlueSafe
Emergency Towing Accident Recovery and Roadside Safety Risk Assessment

Emergency Towing Accident Recovery and Roadside Safety Risk Assessment

  • • 100% Compliant with Australian WHS Acts & Regulations
  • • Fully Editable MS Word & PDF Formats Included
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  • • Includes 2 Years of Free Compliance Updates

Emergency Towing Accident Recovery and Roadside Safety Risk Assessment

Product Overview

Identify and control organisational risks associated with Emergency Towing, Accident Recovery and Roadside Safety at a management and systems level, with a structured framework for planning, governance and continuous improvement. This Risk Assessment supports executive Due Diligence, alignment with the WHS Act, and reduction of operational liability across your towing and recovery operations.

Risk Categories & Hazards Covered

This document assesses risks and outlines management controls for:

  • Governance, WHS Duties and Safety Leadership: Assessment of officer due diligence, safety leadership expectations, consultation arrangements and integration of emergency towing risks into the broader WHS management system.
  • Regulatory Compliance, Licensing and Permits: Management of compliance with road transport laws, tow truck licensing, permits, insurance conditions and interface with police and road authorities during accident recovery.
  • Fleet Selection, Design and Engineering Controls: Evaluation of tow truck configuration, lifting capacities, engineered recovery points, guarding, lighting, warning systems and fit-for-purpose design for roadside and accident environments.
  • Vehicle Inspection, Maintenance and Pre‑Start Systems: Systems for scheduled servicing, defect reporting, pre‑start checks, isolation of unsafe vehicles and record keeping for fleet reliability and legal defensibility.
  • Competency, Licencing and Training Systems: Frameworks for verifying driver and operator licences, high-risk competencies, emergency recovery training, refresher programs and competency-based authorisation to operate specialised equipment.
  • Journey Management and Emergency Callout Planning: Planning of dispatch procedures, route selection, response time expectations, weather and traffic considerations, and safe access/egress at crash scenes and breakdown locations.
  • Fatigue, Hours of Work and After‑Hours Response Management: Controls for shift design, callout rosters, maximum hours, rest breaks, and fatigue risk management for night work and extended emergency responses.
  • Roadside Traffic Management and Scene Safety Systems: Protocols for positioning tow trucks, cones and signage, working near live traffic, coordination with emergency services, and ensuring public and worker safety at the roadside.
  • Rigging, Load Restraint and Vehicle Recovery Planning: Assessment of rigging plans, selection of chains, straps and anchor points, load restraint standards, recovery angles and methods to prevent rollovers, slips or secondary incidents.
  • Operation of Hydraulic Systems, Winches and Booms: Management of plant risks associated with hydraulic failure, burst hoses, uncontrolled movement, overload, emergency stops and inspection regimes for winches and lifting booms.
  • Damaged Vehicle Handling, Stability and Further Damage Prevention: Controls for assessing vehicle condition, structural compromise, fluid leaks, fire risk, stability during loading/unloading and minimising additional damage or environmental impact.
  • Communications, Navigation and Remote/Isolated Work: Systems for GPS and radio use, lone worker procedures, escalation triggers, location tracking and emergency communication for remote or high‑risk callouts.
  • Incident, Near Miss and Vehicle Damage Reporting and Investigation: Processes for capturing, analysing and acting on incidents, near misses and vehicle damage to drive corrective actions and WHS system improvement.
  • Contractor, Subcontractor and Third‑Party Management: Governance of subcontract tow operators, recovery partners and other third parties, including induction, competency verification, performance monitoring and contractual WHS requirements.
  • Personal Protective Equipment and Equipment Standardisation (System Level): Standardisation of PPE and critical equipment across the fleet, including selection, procurement, inspection, replacement cycles and training in correct use and maintenance.

Who is this for?

This Risk Assessment is designed for Business Owners, Fleet Managers, WHS Managers and Safety Officers responsible for planning, governing and auditing Emergency Towing, Accident Recovery and Roadside Safety operations.

Hazards & Risks Covered

Hazard Risk Description
1. Governance, WHS Duties and Safety Leadership
  • • PCBU and Officers not clearly understanding due diligence obligations under WHS Act 2011 for emergency towing operations
  • • Absence of a documented WHS management plan specific to towing and accident recovery activities
  • • Inadequate resourcing of WHS (time, budget, competent people) leading to systemic gaps
  • • Lack of visible safety leadership and poor safety culture tolerating shortcuts during urgent callouts
  • • Failure to consult with workers and health and safety representatives about emergency recovery risks
  • • Inadequate monitoring and review of WHS performance indicators (e.g. near misses, incidents on roadside, rigging failures)
2. Regulatory Compliance, Licensing and Permits
  • • Non‑compliance with WHS Act 2011 and WHS Regulations for high risk activities around roads and plant
  • • Tow truck operators or drivers not holding required licences, endorsements or tow authorities
  • • Failure to comply with road traffic, heavy vehicle and towing legislation when recovering damaged or non‑standard vehicles
  • • Inadequate systems to monitor changes in legislation, Australian Standards and manufacturer requirements for towing and load restraint
  • • Missing or non‑current permits for oversize, over‑mass or unusual recovery operations
3. Fleet Selection, Design and Engineering Controls
  • • Tow trucks not designed or suitably configured for emergency accident recovery tasks (e.g. insufficient capacity, stability issues when operating hydraulic booms)
  • • Lack of engineered controls for working around live traffic (e.g. inadequate beacons, arrow boards, lighting)
  • • Inadequate guarding or interlocks on hydraulically operated booms, winches and tilt trays leading to crush or entanglement risks
  • • Tow vehicles without appropriate rated recovery points, winches, or anchoring systems for dragging cars from difficult positions
  • • Insufficient consideration of ergonomic design causing high manual handling loads during rigging and equipment handling
4. Vehicle Inspection, Maintenance and Pre‑Start Systems
  • • Inadequate preventive maintenance regime leading to hydraulic failures, brake issues or steering faults during emergency towing
  • • Winches, cables, chains and lifting slings not regularly inspected, leading to failure while dragging or lifting damaged vehicles
  • • Hydraulically controlled booms or tilt trays operating with worn seals or malfunctioning controls causing uncontrolled movements
  • • Lack of formal pre‑start inspection processes for tow trucks and recovery equipment
  • • Unrecorded defects or failure to remove defective equipment from service
5. Competency, Licencing and Training Systems
  • • Tow operators lacking specific training in emergency towing, accident scene management and dragging vehicles from complex positions
  • • Inadequate competency in operating hydraulically controlled booms, winches and rigging of damaged vehicles
  • • Insufficient understanding of vehicle construction (e.g. EVs, hybrids, high‑strength steel) leading to unsafe recovery methods or further damage
  • • Absence of structured induction and refresher training for roadside work near live traffic and high‑risk crash scenes
  • • Informal, on‑the‑job learning without documented competency assessments
6. Journey Management and Emergency Callout Planning
  • • Unplanned or rushed responses to emergency towing callouts resulting in speeding, fatigue or poor route selection
  • • Inadequate assessment of scene conditions (traffic volume, weather, lighting, terrain) before dispatching suitable vehicle and crew
  • • No documented journey management process for long‑distance or after‑hours emergency recoveries
  • • Pressure from clients, insurers or police to attend multiple urgent callouts without considering driver fatigue or vehicle capability
  • • Failure to define escalation and standby arrangements for complex accident scenes (e.g. rollovers, vehicles off embankments)
7. Fatigue, Hours of Work and after‑Hours Response Management
  • • Operators undertaking extended hours on call combined with daytime duties leading to cumulative fatigue
  • • Inadequate systems for monitoring work and rest hours for tow truck drivers, particularly for unplanned emergency callouts
  • • Cultural expectations to accept every job offered, resulting in operators working when overtired
  • • No formal fatigue risk management plan for night work, early starts, or back‑to‑back emergency recoveries
  • • Lack of training for supervisors in recognising fatigue indicators and intervening
8. Roadside Traffic Management and Scene Safety Systems
  • • Tow operators working within live traffic lanes without adequate traffic control or warning devices
  • • Lack of standardised procedures for positioning tow trucks to shield workers during accident recovery and rigging
  • • Insufficient coordination with police, fire and road authorities at crash scenes, leading to conflicting directions and unsafe exposures
  • • Inadequate controls for work on high‑speed roads, multi‑lane roads and blind corners during emergency recoveries
  • • Failure to consider secondary impact risks when dragging vehicles from awkward positions onto carriageways
9. Rigging, Load Restraint and Vehicle Recovery Planning
  • • Improper selection or configuration of chains, slings, shackles and recovery points when rigging damaged vehicles
  • • Dragging cars from ditches, embankments or confined spaces without adequate consideration of load path, anchor points and structural integrity of the casualty vehicle
  • • Failure to manage dynamic loads during winching, tilting and boom operation leading to sudden release or rollover of the vehicle
  • • Inadequate systems for planning non‑standard or complex recoveries, such as multi‑vehicle collisions or vehicles with missing wheels
  • • Lack of documented load restraint and rigging procedures leading to inconsistent practices between operators
10. Operation of Hydraulic Systems, Winches and Booms
  • • Uncontrolled or unexpected movement of hydraulically controlled booms, tilt trays or underlifts due to system faults or incorrect operation
  • • Winch line failure or recoil during dragging of damaged vehicles from difficult positions
  • • Hydraulic leaks causing fire hazards, slips, or environmental contamination
  • • Absence of standardised operating procedures for complex boom and winch manoeuvres during emergency recoveries
  • • Inadequate lock‑out or isolation procedures during maintenance and repair of hydraulic systems
11. Damaged Vehicle Handling, Stability and Further Damage Prevention
  • • Moving structurally compromised vehicles resulting in collapse, secondary damage or release of components
  • • Inappropriate attachment points causing additional damage to customer vehicles or compromising load security during towing
  • • Unsecured loose parts, glass or debris falling from damaged vehicles during towing or dragging operations
  • • Inadequate identification and control of vehicle‑specific hazards such as undeployed airbags, fuel leaks, EV battery damage or sharp edges
  • • No consistent process for assessing whether a vehicle is safe to tow, drag or requires alternative recovery methods
12. Communications, Navigation and Remote/Isolated Work
  • • Inability to contact operators during emergency callouts in remote or low‑coverage areas
  • • Poor quality or unclear instructions from dispatch leading to delays or increased exposure at dangerous scenes
  • • Lack of a monitored check‑in/check‑out system for after‑hours and remote accident recoveries
  • • No redundancy in communication channels if primary systems fail during critical towing or dragging operations
  • • Insufficient location tracking leading to delays in emergency assistance if an incident occurs
13. Incident, Near Miss and Vehicle Damage Reporting and Investigation
  • • Under‑reporting of near misses during emergency towing and accident recovery, leading to repeated systemic failures
  • • Lack of structured process to capture incidents of further vehicle damage caused during towing or dragging operations
  • • Inadequate root cause analysis of incidents related to roadside safety, rigging or hydraulic operation
  • • Failure to meet statutory notification requirements for notifiable incidents under WHS Act 2011
  • • No feedback loop from investigations into training, procedures and equipment improvements
14. Contractor, Subcontractor and Third‑Party Management
  • • Use of subcontracted tow operators who do not meet the organisation’s WHS standards for emergency towing and recovery
  • • Inadequate prequalification of contractors regarding licences, training, insurance and equipment capability
  • • Poor coordination with third‑party traffic controllers, recovery specialists or repairers at complex accident scenes
  • • Lack of clarity on control of the workplace and safety responsibilities when multiple PCBUs are involved
  • • Insufficient monitoring of subcontractor performance and incident history
15. Personal Protective Equipment and Equipment Standardisation (System Level)
  • • Inconsistent PPE standards between operators leading to variable protection at roadside and crash scenes
  • • Reliance on PPE as the primary control rather than part of a broader hierarchy of controls
  • • No system to ensure PPE suitability for night work, wet conditions or work around broken glass and sharp metal
  • • Failure to maintain PPE in serviceable condition or to replace it at appropriate intervals
  • • Variation in standard equipment carried on tow trucks, causing improvisation at emergency scenes
16. Emergency Preparedness, Rescue and First Aid Arrangements
  • • Inadequate planning for operator injury, vehicle fire or secondary crashes during roadside recovery operations
  • • Lack of clear procedures for responding to vehicle fires, fuel or oil spills, or EV battery thermal events during towing and dragging
  • • Insufficient first aid equipment or trained first aiders available during after‑hours emergency towing
  • • No structured process for emergency evacuation or temporary cessation of operations when conditions become unsafe
  • • Poor coordination with external emergency services in the event of an incident involving tow operators

Need to add specific hazards for your workplace?

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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
  • AS/NZS ISO 31000:2018: Risk management — Guidelines
  • Safe Work Australia – Managing the Risk of Plant in the Workplace Code of Practice: Guidance on managing risks associated with tow trucks, winches and hydraulic equipment.
  • Safe Work Australia – Managing Risks of Working in or Near Traffic Corridors Code of Practice (where adopted): Guidance for roadside traffic management and working near live traffic.
  • Safe Work Australia – How to Manage Work Health and Safety Risks Code of Practice: Framework for identifying, assessing and controlling WHS risks.
  • Safe Work Australia – Managing the Work Environment and Facilities Code of Practice: Requirements for safe work environments, including remote and isolated work considerations.
  • AS/NZS ISO 45001:2018: Occupational health and safety management systems — Requirements with guidance for use.
  • AS/NZS 4024 (Series): Safety of machinery — Principles for the design and safeguarding of machinery and plant, including hydraulic systems.
  • AS/NZS 4380: Cargo restraint systems — Transport webbing and associated components for load restraint on road vehicles.
  • AS/NZS 4811: Occupational health and safety management systems (where referenced) for system-level WHS governance.
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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