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Free plant risk assessment template (PDF-ready). Identify hazards, rate risk and apply the control hierarchy for each item of plant.

Jarrod Milford

Jarrod Milford

Commercial Director

Updated 5 July 2026

Updated 5 July 2026

How to use: download the PDF, print or complete digitally on any device.

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What is a plant risk assessment?

A plant risk assessment is a structured assessment of a single item of plant or machinery that identifies its hazards, rates the risk of each, and records the controls applied working down the hierarchy of controls. It captures the plant details and identifier, the location, the assessor and the standards referenced, then works through a row for each hazard covering the hazard and how it arises, the initial risk rating, the controls, and the residual risk once those controls are in place. It considers the plant across its whole life: operation, maintenance, cleaning, transport, commissioning and decommissioning, not just normal running.

A plant risk assessment matters because plant causes a large share of serious workplace injuries through crushing, entanglement, contact with moving parts, stored energy and mechanical failure. The model WHS Regulations place specific duties on those who design, manufacture, supply, install and use plant to manage its risks (in Victoria, the Occupational Health and Safety Regulations 2017), and the AS/NZS 4024 Safety of machinery series sets out how to assess and control plant hazards. Completing an assessment for each item of plant gives you a documented basis for guarding, isolation, safe operating procedures and maintenance controls, ties those controls to the specific asset in your register, and provides the dated evidence a regulator or auditor will expect after an incident or during a review.

Learn more about compliance and inspections in MapTrack.

Benefits of using this plant risk assessment

  • Whole-of-life view: assessing operation, maintenance, cleaning and transport catches the hazards that only appear off the normal running cycle.
  • Hierarchy of controls: each hazard is matched to a control and re-rated, so you can see whether guarding or isolation has actually cut the risk enough.
  • Guarding decisions: identifying moving-part and entanglement hazards drives the guarding and interlock decisions rather than leaving them to chance.
  • Asset-linked: tying the assessment to the plant's identifier means the controls, SWP and maintenance sit against the same asset in your register.
  • SWP foundation: the assessed hazards and controls become the basis for the safe operating procedure the operators are trained on.
  • Regulatory fit: the model WHS Regulations place plant-specific duties on operators, and a documented assessment is objective evidence those duties are met.
  • Change trigger: reassessing after a modification or repair keeps the controls matched to the plant as it actually is, not as it left the factory.

Benefits of digitising forms in MapTrack

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What to include in a plant risk assessment

This plant risk assessment covers 10 key areas:

  • Plant description, make, model and identifier or serial number, and its location
  • Assessment number, date and the assessor, plus the standards and manuals referenced
  • Life-cycle phases assessed: operation, maintenance, cleaning, transport, commissioning, decommissioning
  • Hazard rows: mechanical, entanglement, crushing, electrical, pressure, noise, dust and ergonomic
  • How each hazard arises and who is exposed, including operators, maintainers and bystanders
  • Initial risk rating using a likelihood and consequence matrix
  • Control measures for each hazard, applied down the hierarchy from elimination to PPE
  • Residual risk rating after controls, and whether it is low enough to operate
  • Guarding, isolation, emergency stops and safe operating procedure requirements
  • Actions outstanding, responsible person, due date and assessor sign-off

How to use this plant risk assessment

  1. Record the plant and gather its documentation: Capture the plant make, model and identifier, its location, and pull together the operator manual, the manufacturer's information and any prior assessments. Working from the manufacturer's data means you assess the plant against how it was designed to be guarded, isolated and maintained rather than guessing at the hazards from the outside.
  2. Identify hazards across the whole life cycle: Walk the plant and list its hazards not just in normal operation but during maintenance, cleaning, clearing blockages, transport, commissioning and decommissioning. Many plant injuries happen when a guard is off for cleaning or a machine is being cleared, so a running-only assessment misses the phases where workers are most exposed.
  3. Rate each hazard for risk: Score each hazard using a likelihood and consequence matrix to set an initial risk rating, and note who is exposed, including operators, maintainers and people nearby. A consistent matrix lets you prioritise the guarding and isolation work by which hazards carry the highest risk rather than treating every hazard as equal.
  4. Apply controls down the hierarchy: For each hazard, choose controls working down the hierarchy: eliminate the hazard, substitute, engineer it out with guarding and interlocks, use administrative controls such as a safe operating procedure, then PPE. Record the control and re-rate the residual risk, and raise an action with an owner and due date for any control not yet in place.
  5. Set the SWP and review the assessment: Turn the assessed hazards and controls into the safe operating procedure operators are trained on, and have the assessor sign off. Reassess the plant after any modification, major repair, incident or change in use, and on a set review cycle, so the controls stay matched to the plant as it actually is.

In MapTrack, you can digitise safety inspections and compliance forms. Each submission is stored as a timestamped PDF against the asset record.

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How often should you complete this form?

Complete a plant risk assessment before an item of plant is first used, whether it is new, hired or newly modified, and reassess it after any modification, major repair, incident, near miss or change in the way the plant is used. A change that seems minor, such as a new attachment or a bypassed guard, can introduce a hazard the original assessment never covered.

Set a periodic review cycle for each item of plant so assessments do not go stale, commonly annually or aligned to the plant's service schedule. Review sooner if a relevant standard changes or if operators report a hazard, and keep the assessment against the asset so the next reviewer starts from the current controls.

Frequently asked questions

The model WHS Regulations place duties on persons conducting a business or undertaking to manage the risks associated with plant, and on designers, manufacturers, importers, suppliers and installers of plant (in Victoria, the Occupational Health and Safety Regulations 2017). Managing those risks requires identifying the hazards and controlling them using the hierarchy of controls, which is exactly what a plant risk assessment documents. While the regulation does not mandate a specific form, a documented plant risk assessment is the standard way to demonstrate the plant duties have been met, and the AS/NZS 4024 Safety of machinery series guides the method.

Cover the full range of plant hazards: mechanical hazards such as moving parts, entanglement, crushing, shearing and cutting; stored and released energy; electrical hazards; pressure and hydraulics; high temperature or fire; noise and vibration; dust and fumes; and ergonomic hazards from operation and maintenance. Assess each across the whole life cycle, including maintenance, cleaning and clearing blockages, because that is when guards are often removed and exposure is highest.

A plant risk assessment focuses on a single item of plant and its inherent hazards and controls across its life cycle, and it underpins the guarding, isolation and safe operating procedure for that machine. A SWMS is a task and site document for high-risk construction work that sets out how a specific job will be done safely. The plant risk assessment feeds the SWMS: the controls it identifies for a machine become inputs to the SWMS for any job that uses that machine.

Work down the hierarchy from most to least effective. Eliminate the hazard where you can, for example by removing the need for a person to reach into a danger zone. Then substitute, then engineer the risk out with fixed guards, interlocks and emergency stops, which are the most reliable controls for plant. Administrative controls such as safe operating procedures and training come next, and PPE is the last line. Fixing guarding at the engineering level beats relying on a worker following a procedure every time.

Assess plant before first use and after any modification, major repair, incident, near miss or change in use, because these can introduce new hazards. Beyond that, set a periodic review cycle for each item, commonly annually or aligned to its service schedule, and review sooner if a standard changes or an operator reports a hazard. Keeping the assessment current against the asset means controls match the plant as it is now, not as it was first commissioned.

Yes, it is completely free. Open it in your browser, then use Print and choose Save as PDF. You do not need a MapTrack account. If you want to move beyond paper, MapTrack keeps your plant and equipment register, inspection and maintenance history, and the controls and documents against each asset in one place. Start a free trial or book a demo to see how.

Applicable regulatory standards

This template aligns with the following regulations and standards:

  • Model Work Health and Safety Act (enacted in each state and territory; in Victoria, the Occupational Health and Safety Act 2004)
  • Model Work Health and Safety Regulations, Chapter 5 Plant and structures (Part 5.1), with general risk management under Part 3.1 (in Victoria, the Occupational Health and Safety Regulations 2017)
  • Safe Work Australia Model Code of Practice: Managing the risks of plant in the workplace
  • AS/NZS 4024 Safety of machinery series (multi-part), e.g. AS/NZS 4024.1601:2014 (guards)

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    <li style="margin:4px 0;">Life-cycle phases assessed: operation, maintenance, cleaning, transport, commissioning, decommissioning</li>
    <li style="margin:4px 0;">Hazard rows: mechanical, entanglement, crushing, electrical, pressure, noise, dust and ergonomic</li>
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