Lifting operations — whether moving heavy machinery, steel beams, concrete panels, or industrial equipment — carry significant safety risks. In Australia, the Work Health and Safety (WHS) Regulations require every lifting task to be properly risk-assessed before work begins. A thorough lifting risk assessment helps prevent dropped loads, crushing injuries, equipment failure, and costly project delays.
Fortunately, conducting an effective lifting risk assessment doesn’t have to be complicated. By following these 5 simple steps, you can systematically identify hazards, reduce risks, and ensure compliance with Australian standards.
Why Lifting Risk Assessments Matter
Poorly planned lifts are a leading cause of serious incidents on construction sites, in warehouses, manufacturing plants, and maintenance operations. A good risk assessment protects workers, demonstrates due diligence to regulators, supports insurance claims, and improves operational efficiency. It is a legal requirement under the WHS Act for persons conducting a business or undertaking (PCBUs) to eliminate or minimise risks so far as is reasonably practicable.
The 5 Simple Steps to Conduct a Lifting Risk Assessment
Step 1: Identify the Lifting Task and Gather Information
Start by clearly defining the lift. Collect essential details including:
What is being lifted (weight, dimensions, shape, centre of gravity)
Lifting equipment available (crane, forklift, hoist, slings, shackles)
Personnel involved (riggers, doggers, crane operators)
Environment (indoor/outdoor, ground conditions, weather, overhead obstacles, proximity to people)
Load path (start point, travel route, landing position)
Tip: Use a checklist or digital form. Consult the load’s manufacturer data plate and equipment specifications. Involve experienced riggers early — their practical knowledge is invaluable.
Step 2: Identify Hazards and Potential Risks
Systematically list everything that could go wrong. Common lifting hazards include:
Overloading equipment
Unstable or poorly balanced loads
Defective or unsuitable lifting gear
Inadequate rigging techniques
Environmental factors (wind, rain, poor visibility)
Proximity to power lines, structures, or workers
Operator fatigue or lack of training
Use the “Hierarchy of Controls” as a framework. Ask: What could cause the load to drop, swing, or strike someone? Consider worst-case scenarios.
Step 3: Assess the Level of Risk
Evaluate how likely each hazard is to occur and how severe the potential consequences would be. A simple risk matrix works well:
Likelihood: Rare, Unlikely, Possible, Likely, Almost Certain
Consequence: Negligible, Minor, Moderate, Major, Catastrophic
Multiply or combine these to determine overall risk level (Low, Medium, High, Extreme). High or extreme risks require immediate action before the lift proceeds.
Example: Lifting a 5-tonne precast panel with a 6-tonne rated sling in moderate wind = High risk due to potential for load swing and crushing injuries.
Step 4: Implement Control Measures
Apply the hierarchy of controls to eliminate or reduce risks:
Eliminate: Can the lift be avoided (e.g., use prefabrication on ground level)?
Substitute: Use lighter materials or mechanical aids
Engineer: Select appropriate equipment, install tag lines, use spreader bars
Administrative: Develop a safe work method statement (SWMS), conduct toolbox talks, limit personnel in exclusion zones
PPE: Hard hats, high-visibility clothing, safety boots, gloves
Document specific controls for each significant hazard. Ensure all lifting gear has current inspection tags and the operators hold valid competencies (e.g., High Risk Work Licences).
Step 5: Document, Communicate, and Review
Record the entire assessment in a clear, accessible format — ideally a digital SWMS or lifting plan. Include:
Date and names of assessors
Risk ratings before and after controls
Emergency procedures
Approval signatures
Share the assessment with everyone involved in the lift. Display it on site and conduct a pre-lift briefing. Finally, schedule a review: reassess if conditions change, after incidents, or at regular intervals for repetitive lifts.
Best Practices for Effective Lifting Risk Assessments
Involve a cross-functional team (supervisors, riggers, safety officers)
Use visual aids — photos, diagrams, or 3D models of the lift
Consider dynamic factors (acceleration, wind, shock loading)
Plan for contingencies (backup equipment, emergency lowering)
Integrate the assessment into your broader safety management system
Keep records for at least the minimum statutory period
For complex or high-risk lifts (tandem lifts, lifts over occupied areas, night operations), engage a qualified engineer or lifting specialist to prepare a detailed lift plan.
Common Mistakes to Avoid
Relying on generic templates without site-specific details
Underestimating environmental conditions
Skipping consultation with workers who will perform the lift
Failing to review and update the assessment when changes occur
Treating the assessment as a paperwork exercise rather than a practical safety tool
Real-World Benefits of Proper Lifting Risk Assessments
Companies that consistently follow these five steps report:
Fewer safety incidents and near-misses
Smoother project delivery and reduced downtime
Stronger compliance during audits and inspections
Lower insurance premiums
Improved team confidence and morale
Legal and Compliance Context in Australia
Safe Work Australia and state regulators expect documented risk assessments for all but the most routine lifts. For high-risk construction work, a Safe Work Method Statement (SWMS) is mandatory. Demonstrating a systematic approach using the five steps above provides excellent evidence of compliance and due diligence.
Conclusion
Conducting a lifting risk assessment doesn’t need to be overly complex. By following these 5 simple steps — Identify, Assess Hazards, Evaluate Risk, Implement Controls, and Document & Review — you create a clear roadmap for safer, more efficient lifting operations.
A well-prepared lifting risk assessment protects lives, safeguards valuable equipment, and helps your business meet its legal and moral obligations. Make it a non-negotiable part of every lifting operation, no matter how routine it seems.
Take action today: review your current lifting procedures and implement a consistent five-step risk assessment process. The time invested will pay dividends through fewer incidents, better productivity, and greater peace of mind on every job.
If your team needs templates, training, or expert support to strengthen lifting risk assessments, consider partnering with experienced WHS and rigging professionals who understand Australian standards and site realities.
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