Updated 15 October 2026. The national figures in What falls actually cost now come from Safe Work Australia’s Key WHS Statistics Australia 2026, released on 12 October: 2025 deaths and 2024-25 claims replace 2024 deaths and 2023-24 claims. The duties and the code guidance are unchanged.

The duty has no height threshold

Regulation 78 of the model WHS Regulations obliges a PCBU to manage the risk of a fall by a person from one level to another that is reasonably likely to cause injury, and then spells out where that risk lives: an elevated workplace, the vicinity of an opening or an edge, a surface a person could fall through, and any other place from which a person could fall. No metre figure appears anywhere in the regulation. The falls code makes the same point in its first paragraph with deliberately unglamorous examples: stacking shelves, working on a roof, unloading a large truck, and falls at ground level into trenches or service pits. Where the famous number does appear is in the construction chapter of the regulations: construction work with a risk of a person falling more than 2 metres is high risk construction work, which must not start until a safe work method statement has been prepared. That is a paperwork trigger for one industry, not a permission slip for everyone else. The code also notes the trigger is not even nationally uniform: some jurisdictions set the construction fall-height trigger at 3 metres in their own regulations. A retail worker on a step stool and a farmhand on a silo ladder are both inside regulation 78 the moment the fall could plausibly injure.

The regulation fixes the order of controls, not just the goal

Falls is one of the hazards where the model law does not leave the hierarchy of controls to guidance. Regulation 78 requires that, so far as is reasonably practicable, work involving a fall risk is carried out on the ground or on a solid construction, and defines solid construction with four tests: a surface structurally capable of supporting everyone and everything placed on it, barriers around its perimeter and openings, an even and readily negotiable surface and gradient, and a safe means of entry and exit. The code translates the barrier test into millimetres: a guardrail top between 900 mm and 1,100 mm above the working surface, with mid-rails and toe-boards or mesh infill. If elimination is not reasonably practicable, regulation 79 sets a fixed sequence: a fall prevention device first, and only if that is not reasonably practicable a work positioning system, and only then a fall arrest system. A fall prevention device is the passive family that works without the worker doing anything: the regulation's own list is a secure fence, edge protection, working platforms and covers. Administrative controls, the code says, may support the higher controls, but relying on them exclusively is appropriate only when nothing higher up the list is reasonably practicable. Controls may be combined where one alone is not enough.

Ladders are in the code, near the bottom of the list

The falls code treats ladders the way the hierarchy demands: as the option to consider after safer alternatives such as elevating work platforms or scaffolds have been considered first and found not reasonably practicable. When a ladder is the answer, the code is specific. Ladders should carry a load rating of at least 120 kg and be manufactured for industrial use; domestic and homemade ladders should not be used at work. Single and extension ladders are for access, exit or short-duration light work, set at a 4:1 slope and secured against slipping. Users should keep three points of contact going up, down and while working, carry tools in a belt rather than a hand, and never stand on a rung closer than 900 mm to the top of a single or extension ladder. The code's list of what is not safe from a ladder reads like an incident register in reverse: two-handed power tools, high-leverage tools that can throw the user off balance, over-reaching beyond the stiles, and hot work. Trestle scaffolds get a parallel warning: generally not suitable at 2 metres or above without guardrails and toe-boards.

A harness creates a second duty: the rescue

A fall arrest system is the bottom of the regulation 79 sequence for a reason, and choosing it switches on regulation 80: the PCBU must establish emergency procedures, including rescue procedures, must test them so they are effective, and must train the workers who use the system or would run the rescue. The code explains the physiology behind the urgency. A person hanging upright in a harness after an arrested fall can develop suspension intolerance: blood pools in the lower legs, the heart slows, and the person can faint, with renal failure and death the end of the progression. The code's practical lines are blunt: workers should never work alone in a harness, and where a rescue is likely to take more than five minutes the harness and connection should let the suspended worker raise their legs to near horizontal. The system itself should be rigged so free fall never exceeds 2 metres, with enough clearance below for the shock absorber to deploy. Falls rescue procedures belong inside the workplace's broader regulation 43 emergency plan, and relying on an ambulance is a decision the code asks you to make consciously, with response time in front of you, not by default.

What falls actually cost, in the national data

Falls from a height killed 28 workers in 2025, 13 per cent of the 222 worker fatalities Safe Work Australia counted, and for the third year running it was the second most common fatal mechanism behind vehicle incidents, after 24 deaths in 2024 and 30 in 2023. The agency’s 2026 report says falls from a height and being hit by falling objects are both commonly associated with construction work, and construction recorded 41 worker deaths in 2025. On the injury side, falls, trips and slips of a person produced 32,700 serious workers’ compensation claims in 2024-25, a preliminary count, 22.2 per cent of the national total, with median time lost of 8.8 weeks and median compensation of $19,100. The 2026 report does not split that group. The 2025 edition did: it attributed 24.4 per cent of the group’s 2023-24 claims to falls from a height, roughly 7,800 claims, against 68.3 per cent from falls on the same level. The from-height share is the one that carries the fatality weight, which is why the falls duty gets its own Part of the regulations while same-level falls are managed under the general duty. The dollar figures sit inside the injury-cost picture this masthead has covered separately.

Methodology

Duty text, the solid construction definition, the control sequence and device definitions are from the Model WHS Regulations, 5 December 2025 consolidation, regulations 78, 79 and 80, read verbatim; the 2 metre high risk construction work trigger is regulation 291. Code passages (ladder ratings and technique, guardrail heights, free-fall limit, suspension intolerance and rescue guidance) are from the model Code of Practice: Managing the risk of falls at workplaces, read in full; the current edition is cover-dated October 2018, incorporating amendments from the 2018 technical review per its amendments page, and the PDF on SWA's document page was re-issued October 2022. Fatality and claims figures are from Key WHS Statistics Australia 2026 (released 12 October 2026): 2025 fatalities by mechanism, the 2024 and 2023 falls counts and the construction count from its data spotlight, and 2024-25 preliminary serious claims by mechanism, where preliminary counts typically revise upward and the medians reference 2023-24 per the report’s endnotes. The split of the falls group is from the 2025 edition, which gave 24.4 per cent from a height and 68.3 per cent on the same level for 2023-24 preliminary claims; the roughly 7,800 is our computation of 24.4 per cent of that edition’s 32,000, rounded to the nearest hundred.