Every year, Australian worksites report serious injuries and fatalities involving scissor lifts. The pattern behind these incidents is frustratingly consistent. It is rarely the equipment that fails. It is almost always a gap in training, planning, or supervision that puts someone at risk.
This is not a comfortable topic for the access equipment industry. But if we are serious about reducing these numbers, we need to talk honestly about where things go wrong and who is responsible for fixing them.
The Pattern Behind Scissor Lift Incidents
SafeWork Australia and state regulators publish incident summaries that reveal a clear trend. The most common causes of serious scissor lift injuries fall into a small number of categories:
Tip-overs account for a large portion of serious incidents. These happen when a scissor lift is operated on uneven ground, slopes beyond the machine’s rated capacity, or soft surfaces that give way under the platform’s weight. In almost every case, the operator or supervisor made a decision to use the machine in conditions it was not designed for.
Falls from the platform remain a persistent issue. Workers lean over guardrails, climb onto the rails to extend their reach, or exit the platform at height without proper fall protection. Every modern scissor lift has guardrails and safety gates specifically designed to prevent this. When someone falls, it is because they bypassed those systems.
Electrocution incidents occur when scissor lifts contact overhead power lines or live electrical components. These are among the most preventable accidents in the industry. A proper site assessment before any lift operation should identify overhead hazards and establish exclusion zones.
Crushing injuries happen during loading, unloading, and transport. Workers get caught between the lift and a structure, or between the platform and a low ceiling. These incidents are almost always linked to poor communication between the operator and ground crew.
Why “Operator Error” Is the Wrong Label
The reflex in accident investigations is to blame the operator. But labelling something “operator error” often hides the real problem.
Consider a tip-over incident on an outdoor construction site. The operator drove the scissor lift onto soft ground after rain. Yes, the operator made the final decision. But ask a few more questions:
Was the operator trained to assess ground conditions? Did the site supervisor conduct a ground assessment before the lift was deployed? Was there a Safe Work Method Statement (SWMS) in place that addressed ground conditions? Did the hire company explain the terrain limitations when the machine was booked?
In many cases, the answer to most of those questions is no. The operator was put in a position where a bad outcome was almost inevitable. That is not operator error. That is a system failure.
Training Gaps Are the Root Cause
The EWPA Yellow Card program exists to give operators the knowledge and practical skills to use elevated work platforms safely. It covers pre-start inspections, hazard identification, emergency procedures, and machine-specific operation.
But here is the problem: not every operator on Australian worksites has completed proper training. Some employers rely on informal “toolbox talks” or verbal instructions from experienced workers. Under WHS regulations, that is not sufficient. Employers have a duty to provide documented, competency-based training before allowing anyone to operate an EWP.
For boom lifts with a reach over 11 metres, operators must hold a High Risk Work Licence. But for scissor lifts and smaller platforms, there is no mandatory licence requirement. The law requires “adequate training,” but the definition of “adequate” varies wildly between worksites.
This gap is where most incidents start. An untrained or under-trained operator does not recognise the warning signs: soft ground, excessive wind, platform overloading, or overhead obstructions. They do not know the machine’s limits because nobody explained them properly.
Pre-Start Checks That Get Skipped
Every scissor lift should go through a pre-start inspection before each shift. This takes about 10 minutes and covers:
Hydraulic fluid levels and leaks. Tyre condition and inflation. Guardrail integrity and gate latches. Emergency lowering function. Control responsiveness and limit switches. Battery charge (electric) or fuel level (diesel). Platform extension deck lock. Ground conditions at the work area.
When operations run on tight schedules, pre-start checks are the first thing to get skipped. Workers arrive, the machine is already on site, and the pressure to start work immediately overrides the safety process.
The data consistently shows that many serious incidents involve machines with identifiable pre-existing issues: leaking hydraulics, worn tyres, faulty limit switches, or expired safety tags. These would have been caught by a proper pre-start check.
This is where working with a reputable hire company matters. At Power Access, every machine leaves the yard with a current service and maintenance log and valid safety tags. But even a perfectly maintained machine needs a pre-start check every shift because conditions on site change daily.
Wind: The Hazard Everyone Underestimates
Most scissor lift manufacturers set a maximum wind speed for operation, typically around 45 km/h (12.5 m/s). That sounds like a lot of wind. But on an elevated platform at full height, even 30 km/h gusts can make the machine feel unstable.
The challenge is that wind speed at ground level and wind speed at the platform are different. A gentle breeze on the ground can be a strong gust 10 metres up. And wind can change rapidly, especially on coastal sites or in corridors between buildings.
The solution is straightforward: check the forecast before deploying a scissor lift outdoors, use an anemometer to measure wind speed at height, and have a clear policy for when to lower the platform and stop work. Most worksites do not have these protocols in place.
What the Industry Needs to Change
Reducing scissor lift incidents is not about better equipment. Modern scissor lifts from manufacturers like Genie, JLG, Skyjack, and Dingli are safer and more reliable than they have ever been. The technology is not the problem.
The problem is cultural. It is the pressure to get machines on site and working before proper planning is done. It is the assumption that experienced workers do not need formal training. It is the habit of skipping pre-start checks because “the machine was fine yesterday.”
Three changes would make the biggest impact:
Mandatory documented training for all EWP operators. Not just boom lift operators over 11 metres. Every operator on every scissor lift, every time. The EWPA Yellow Card should be the baseline standard, not the exception.
Site-specific SWMS for every EWP job. A generic SWMS that says “operate safely” is worthless. The document should address ground conditions, overhead hazards, wind limits, exclusion zones, and emergency procedures specific to that site.
Hire companies that refuse to deploy machines to unsafe conditions. This is controversial, but hire companies have a role in preventing incidents. If a client books a scissor lift for a job that clearly requires a boom lift or a different machine type, the hire company should say so. Putting the right machine on the right job is not just good service. It is a safety obligation.
The Cost of Getting It Wrong
Beyond the human cost, scissor lift incidents carry massive financial consequences. A serious workplace incident triggers SafeWork investigations, potential prosecution, project shutdowns, insurance premium increases, and reputational damage that can follow a business for years.
For the injured worker, the impact is life-changing. For the business, a single serious incident can cost hundreds of thousands of dollars in direct costs and lost productivity.
Compare that to the cost of proper training, a thorough SWMS, and a 10-minute pre-start check each morning. The maths is not even close.
What You Can Do Right Now
If you manage a site that uses scissor lifts, start with these three steps:
- Confirm that every operator has completed documented EWP training. If they have not, book Yellow Card training before they operate again.
- Review your SWMS for EWP work. Make sure it addresses site-specific hazards, not just generic safety language.
- Enforce pre-start checks every shift, no exceptions. Make it a sign-off process so there is a documented record.
These are not complex changes. They cost very little compared to the consequences of an incident. And they work.
If you need guidance on choosing the right machine for your site conditions, or want to discuss training options for your crew, contact Power Access and we will help you get it right from the start.