A harness hanging in a site shed is not proof that workers are protected from a fall. It may be the wrong size, connected to an unsuitable anchor, past its inspection interval or part of a system with no workable rescue plan. A proper fall protection review looks at the complete system workers rely on when working at height – before a task, weather change or site alteration exposes a gap.
For construction, mining, civil, transport, agricultural and industrial workplaces, working at heights risks can change quickly. Roof access, elevated plant, open edges, ladders, formwork, loading areas and maintenance work all demand controls that suit the actual task. Reviewing fall protection is not simply an annual paperwork exercise. It is a practical check that controls remain appropriate, available and understood in the field.
Why a fall protection review matters
Falls from height remain a serious workplace hazard because small failures can have severe consequences. A worker may have suitable personal protective equipment, but the overall arrangement can still fail if the anchor point is unsuitable, clearance has not been calculated, equipment is incorrectly adjusted or no one can recover a suspended worker promptly.
A review gives supervisors and safety managers an opportunity to compare the written controls with the work being done. Have access routes changed? Is the work now being completed by contractors? Has plant been installed near an edge? Are workers using the system as intended? These questions are particularly relevant on regional sites where crews, contractors and work scopes may change regularly.
The objective is not to treat personal fall arrest equipment as the default answer. Under the hierarchy of controls, higher-order measures should be considered first. Eliminating work at height, completing work from ground level, using fixed barriers, guardrails, scaffolding, elevated work platforms or work positioning methods may provide a more reliable control than relying solely on a harness and lanyard. The best option depends on the job, the work area and the conditions on site.
Start with the task, not the equipment
An effective review begins by observing the task and confirming how people get to, work in and leave the area. Consider routine work as well as non-routine activities such as breakdown repairs, shutdowns, inspections and emergency maintenance. These are often the jobs where workers feel pressure to find a quick way through.
Check the height, edge exposure, surface condition, access points, obstructions below and nearby hazards such as powerlines, moving plant or fragile roofing. Weather also matters. High winds, rain, heat and poor visibility can alter the risk and may require work to be rescheduled or additional controls to be applied.
Ask workers to explain the intended sequence of work. Their response often reveals whether the method is clear and achievable. If a worker must unclip before reaching the next safe connection point, climb over a barrier, stretch beyond the length of a lanyard or carry awkward materials while maintaining three points of contact, the system needs further attention.
Restraint and arrest are not the same
Fall restraint prevents a worker from reaching an edge or fall hazard. Where it can be set up correctly, restraint is generally preferable because it avoids the fall itself.
Fall arrest is designed to stop a fall after it occurs. It introduces additional requirements, including suitable anchorage, sufficient clearance below the worker, compatible components and a prompt rescue capability. A system that arrests a fall but allows the worker to strike a lower level, structure or plant is not an effective control.
This difference should be clear in the work method, pre-start discussion and worker instruction. Labels alone do not make a system safe.
Inspect the full fall protection system
A fall protection system is only as strong as its weakest component. Equipment inspections should follow manufacturer instructions, site requirements and applicable standards. Inspections should be completed by a competent person at the required intervals, with records retained so equipment can be identified and its inspection history checked.
During a review, look beyond the harness. Examine harness webbing, stitching, D-rings, buckles and labels for wear, contamination, damage, unauthorised modification or missing identification. Check lanyards, energy absorbers, connectors, rope grabs, self-retracting lifelines and temporary horizontal systems for signs of deterioration, damage or deployment.
If equipment has arrested a fall, been shock loaded, exposed to harsh chemicals, damaged or has an uncertain history, it should be removed from service and assessed in line with the manufacturer’s instructions. Do not assume that equipment looks acceptable because it has been stored in a bag or used only occasionally.
Anchorage deserves the same level of attention. Confirm that anchor points are fit for their intended use, clearly identified where appropriate and not being used outside the system design. Structural elements, portable anchors and temporary systems each have different limitations. Workers should not make assumptions about whether a handrail, pipework, roof member or plant attachment can act as an anchor.
Compatibility is another common issue. Components from different systems may physically connect but not necessarily operate safely together. The review should verify that connectors, lanyards, anchors and devices are used as specified by their manufacturers and the planned method of work.
Check clearance, swing and access risks
Fall clearance must be considered wherever a fall arrest arrangement is used. The calculation is not simply the length of a lanyard. It may include lanyard length, energy absorber deployment, harness stretch, worker height, connector length, safety margin and the position of the anchor.
A lower anchor can increase free-fall distance and create insufficient clearance. Working to the side of an anchor can also create a swing fall risk, where a worker may strike a structure or edge while penduluming after a fall. These hazards are easy to miss in a document review and are best identified by looking at the work area.
Access and egress must also be workable. A worker who can safely connect at the start of a task still needs a safe route across the work area and back to the access point. Review changes to roof penetrations, cable trays, pipework, temporary works, stored materials and traffic routes that may interfere with movement or create trip hazards.
Confirm training, supervision and worker readiness
Training supports competent use of fall protection equipment, but a training record alone does not confirm that a person understands the specific setup on site. Workers need clear instruction in the equipment and controls used for their task, including pre-use checks, correct fitting and adjustment, connection points, limitations, exclusion zones and what to do if conditions change.
Supervision should match the complexity and risk of the work. New workers, contractors unfamiliar with the site, workers completing unusual tasks and crews using temporary systems may need closer oversight. Pre-start discussions are a useful time to confirm that controls are in place, but they should not replace observation in the field.
A review should also identify whether enough suitable equipment is available. Shortages can lead to rushed sharing, unsuitable substitutions or workers proceeding without the required controls. Equipment storage, cleaning and transport arrangements should protect it from damage, moisture, UV exposure and contamination.
Make rescue planning practical
A fall arrest system needs a rescue plan that can be carried out at the location, by the people available and within a suitable timeframe. Calling emergency services may form part of the response, but it is not a complete rescue plan for a suspended worker.
The plan should address how the incident will be communicated, who will coordinate the response, how rescuers will access the worker, what rescue equipment may be required and how the area will be made safe. It should account for limited site access, remote locations, night work, heat, fatigue and the possibility that the worker may be unconscious or injured.
Rescue equipment must be accessible, maintained and familiar to those expected to use it. Where a task changes location or method, revisit the rescue arrangement. A plan that works for a fixed platform may not work on a roof, tower, conveyor or remote structure.
Turn findings into site action
Record the review findings clearly, including the area reviewed, equipment checked, issues identified, responsible person and target action date. Urgent hazards should be controlled straight away, which may mean stopping work until a safe method is confirmed.
Not every finding requires a major redesign. Some improvements may be as practical as providing a better access route, relocating an anchor, updating a work instruction, removing damaged gear from service or giving workers a site-specific demonstration. Other findings may require specialist advice, engineering input or a change to the work method.
For Queensland workplaces, scheduled reviews are especially valuable before shutdowns, major maintenance, seasonal weather changes or the mobilisation of new crews. Corrsafe can support practical workplace safety services and equipment inspections that help businesses identify gaps and strengthen their approach to work at height.
The most useful fall protection review ends where the work happens: with workers able to explain the safe method, equipment ready for use and supervisors confident that every move at height has been properly considered.