AS 2550.9:2024: The Complete Guide to Australia's Vehicle Hoist Standard

When SafeWork SA audited 72 automotive workshops in 2023–24, they issued 315 compliance notices. Nineteen of those were prohibition notices — hoists shut down on the spot, work stopped, revenue lost. More than 100 notices related specifically to vehicle hoists. The non-compliance rate across those 72 workshops? Eighty-two percent.

Two workshops received 24 notices each. That's roughly one violation for every inspection item checked.

And here's the thing those workshop owners likely didn't know: the standard that governs vehicle hoist safety — AS 2550.9 — had just been updated for the first time in 28 years. The rules changed. The expectations tightened. And the enforcement campaign that followed made it clear that regulators aren't waiting for workshops to catch up.

AS 2550.9:2024 is the Australian Standard for the safe use of vehicle hoists. If you own a workshop with hoists, or if you service and inspect hoists for other businesses, this standard defines your obligations. Not in vague terms — in specific, clause-level detail about who can inspect what, how often, what records you need to keep, and what happens when you don't.

This guide breaks down the entire standard in plain English, with the clause references underneath for when you need them. Whether you're a workshop owner trying to understand what's required, or a service provider who needs the technical detail, everything you need is here.

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What is AS 2550.9:2024 and why does it matter now?

AS 2550.9:2024 is the Australian Standard titled Cranes — Safe use — Part 9: Vehicle hoists. Published on 13 December 2024 by Standards Australia, it replaced the previous version — AS/NZS 2550.9:1996 — which had been in place since 1996.

That's 28 years without an update.

During those 28 years, hoist technology changed significantly. New hoist types entered the market. Hydraulic systems became more sophisticated. And WHS legislation across Australia was harmonised, creating new enforcement mechanisms that the 1996 standard never anticipated.

The 2024 edition addresses these gaps. It introduces clearer definitions of who is qualified to perform each type of inspection, establishes explicit record-keeping requirements, and creates a structured framework for assessing whether an ageing hoist should continue in service.

It sits alongside its companion standard, AS 1418.9:2024 (Cranes, hoists and winches — Part 9: Vehicle hoists), which covers the design and manufacturing requirements. Together, the two standards define the full lifecycle: AS 1418.9 governs how hoists are built, and AS 2550.9 governs how they're used, inspected, and maintained.

If your workshop has a vehicle hoist — a two-post, four-post, scissor lift, in-ground, or mobile column — this standard applies to you.

Who does this standard apply to?

The short answer: anyone involved with a vehicle hoist in a workplace.

More specifically, AS 2550.9:2024 covers the planning, selection, installation, commissioning, operation, inspection, servicing, repair, and decommissioning of vehicle hoists. That means:

• Workshop owners and managers (PCBUs under WHS legislation) who have a duty of care to maintain equipment in safe working condition
• Hoist operators — the mechanics and technicians who use hoists daily
• Service providers — the businesses that inspect, service, and certify hoists
• Installers — anyone commissioning new hoists or relocating existing ones

The standard does not apply to vehicle jacks, trolley jacks, car stackers, or vehicle roll-over equipment. Those have their own separate standards.

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What changed from the 1996 version?

The 1996 standard was developed jointly with New Zealand. The 2024 edition is Australian-only — Standards Australia and Standards New Zealand decided to develop it independently after consultation.

But the structural changes matter more than the jurisdictional ones. Here's what's different:

Four-tier competent person framework

The 1996 version used "competent person" as a catch-all term. Everyone who inspected hoists was a "competent person" with no real distinction between levels.

The 2024 standard introduces four specific tiers, each defined in its own clause and tied to a specific inspection type (Clauses 1.3.1 through 1.3.5). A person qualified for pre-start checks isn't automatically qualified for routine inspections. And a person qualified for routine inspections can't sign off on an annual periodic inspection without meeting additional criteria.

This is one of the most significant changes. We've written a detailed breakdown of the four competent person levels — it's worth reading in full if you're a service provider or if you need to verify your provider's qualifications.

Explicit pre-operational inspection requirements

The 1996 standard mentioned pre-operational checks but didn't spell out what they should include. The 2024 edition provides a specific list of 13 items to check before each shift (Clause 5.2.2), and requires that these checks be recorded in the logbook when issues are found.

Structured major inspection triggers

The concept of a major inspection existed informally before, but the 2024 standard formalises the triggers for critical assessment (Clause 5.2.6). Age, load cycle count, environmental exposure, incomplete inspection history — each of these can trigger a requirement for deeper assessment, potentially involving engineering evaluation.

Logbook format guidance

The 2024 standard includes an informative appendix (Appendix C) providing a template logbook format with three sections: pre-operational inspections, faults and repairs, and routine/periodic inspections. This isn't mandatory — the format is a guide — but it establishes the expectation for what a proper logbook looks like.

Clearer management responsibilities

Clause 5.2 now spells out management obligations more directly than the 1996 version. The PCBU must ensure all personnel involved in operating, inspecting, and maintaining hoists are trained, qualified, and authorised. Manufacturer manuals must be available. Records must be maintained. Non-conforming hoists must be removed from service immediately. Emergency procedures must be established.

None of this is technically new under WHS legislation — PCBUs have always had these duties. But having them stated explicitly in the standard means auditors have a specific clause to cite when issuing notices. And they are citing it: SafeWork SA issued 23 improvement notices specifically for inadequate vehicle hoist operational instructions during their 2023–24 campaign. That's a direct reference to the management responsibilities the standard now makes explicit.

25-year structural design life

The 2024 standard introduces a more structured approach to hoist ageing. Clause 5.2.6.2 states that the life of structural members is considered to be 25 years, and that structural members should not be used beyond this period unless assessed for continued use by a competent person for assessing structures.

This isn't a hard expiry date. A hoist doesn't automatically become unsafe at 25 years. But it creates a formal decision point: at this age, someone with engineering qualifications needs to assess whether the hoist can continue in service. Without that assessment, the hoist should not be used.

For workshops with older equipment, this matters right now. A hoist installed in 2001 is 25 years old in 2026. Under the 2024 standard, that hoist should have undergone — or be scheduled for — a critical assessment. If your workshop has hoists from the late 1990s or early 2000s and they haven't been formally assessed for continued use, that's a compliance gap.

The standard also introduces a load cycle counting framework with confidence factors (Table 1 in Clause 5.2.6.1). If you have an automatic recording system (cycle counter), you apply a factor of 1.0 — the actual count stands. If you're estimating based on documented lifts, the factor rises to 1.2. If the usage history is unknown, the factor is 1.5. Higher factors mean your hoist reaches assessment triggers sooner. This penalises poor record-keeping — hoists with no documentation of their usage history are assumed to have experienced more wear than the raw numbers suggest.

Updated reference to the companion design standard

The 2024 edition references AS 1418.9:2024 (the updated design standard) rather than the 1996 version, aligning both safe-use and design requirements under the same revision year.

A note on scope

The standard explicitly covers vehicle hoists only. Car stackers, parking machines, ramps, tow vehicles, and their attachments are not included (Clause 1.1). If you have a car stacker alongside your hoists, that equipment falls under different standards. Don't assume your hoist compliance program covers everything in the workshop.

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The four tiers of vehicle hoist inspection under AS 2550.9:2024

This is the core of the standard. Every vehicle hoist in Australia is subject to a multi-layered inspection regime, with each layer serving a different purpose and requiring a different level of qualification.

Tier 1: Pre-operational inspections — every shift, before use

Standard reference: Clause 5.2.2

Frequency: Before use, or at the commencement of each working shift.

Who performs it: The hoist operator or another person with enough training and familiarity with that specific hoist to know what normal looks like (Clause 1.3.4 — competent person for pre-operational inspections).

What it covers: A visual inspection and functional test. The standard specifies 13 items (a through m) to check:

• Oil level is within limits (where applicable)
• No air or hydraulic leaks
• Structural members — arms, runways, platforms — show no damage or cracks
• No loose or missing parts
• Placards, decals, and markings are legible
• The area around the hoist is clear of obstructions and the hoist is accessible
• No obstacles within 600mm of any moving part
• Guards are correctly fitted and functional
• Operating controls, emergency and safety devices work
• Motions are smooth
• No abnormal movements or noises
• End of travel limits function correctly
• Self-locking mechanisms (arms, pawls) work as intended

It sounds like a lot, but an experienced operator who knows their hoist can run through it in 2–5 minutes. Most of it is a trained eye scanning for anything that's changed since yesterday.

Record-keeping: The standard doesn't require a formal report for a clean pre-start check. But if anything fails, the defect must be recorded in the logbook, and the hoist must not be used until the issue is resolved. The important part: the logbook should show that a competent person confirmed the hoist was checked (Appendix C, Section 1).

Tier 2: Routine maintenance inspections — every 3 months

Standard reference: Clause 5.2.3

Frequency: At intervals not exceeding three months, or as specified in the maintenance programme.

Who performs it: A competent person as defined in Clause 1.3.5 — a tradesperson qualified as a fitter or mechanic with specific knowledge of vehicle hoists, or a person who has completed training and gained experience inspecting and operating the particular hoist type.

What it covers: Everything from the pre-start check, plus a detailed inspection across 10 categories and 32 items covering:

• Signage and documentation — make/model plate, rated capacity, operating instructions
• Structural components — foundations, anchor bolts, columns, carriages, platforms, run-up ramps, welds
• Load bearing components — lifting arms, support pads, locking devices
• Mechanical components — chains, wire ropes, screws, bearings
• Hydraulic system — pump, cylinders, hoses, fittings, filters
• Electrical system — controls, wiring, limit switches, earth continuity
• Safety devices — overload protection, anti-creep devices, fall arrest, re-raising prevention
• Controls and operation — full cycle test, safety lock engagement
• General condition and housekeeping around the hoist
• Foundations and fixings

This is where your service provider earns their money. A thorough routine inspection takes 30–45 minutes per hoist and generates a written report.

Record-keeping: A written inspection report is mandatory (Clause 5.2.4). The report must include hoist identification, inspection location, all items inspected, results and observations, recommendations, and the name and signature of the competent person. The entry must also be recorded in the logbook with enough detail to trace back to the full report.

Tier 3: Periodic inspections — at least annually

Standard reference: Clause 5.2.5

Frequency: The interval must not exceed 12 months. High-use or harsh-environment hoists may require more frequent periodic inspections — every 6 months in some cases.

Who performs it: A competent person meeting the higher bar of Clause 1.3.3 — a tradesperson in the fitter/mechanic field who: (a) knows the inspection requirements for the specific hoist model, (b) is familiar with the manufacturer's safety publications, (c) can oversee specialist work and comprehend specialist reports, and (d) conducts inspections objectively and with integrity.

That fourth criterion — objectivity — is new in the 2024 standard and creates a strong expectation of independence. Self-inspection becomes difficult to defend at this level.

What it covers: Everything from the routine inspection, plus 13 additional periodic-only items across 4 additional categories:

• Detailed structural examination — close visual inspection of critical members for cracking, weld inspection on safety-critical joints, structural alignment
• Wear measurement — component wear measurements, wire rope diameter, chain elongation, load nut wear
• Hydraulic assessment — hydraulic oil condition and analysis
• Documentation and compliance — safety bulletin verification, manufacturer instructions review, design life and critical assessment triggers including hoist age, estimated load cycle count, completeness of inspection history, and environmental factors

The periodic inspection goes deeper than the routine. Components may need to be dismantled. Measurements are taken and recorded. Each item requires documented acceptance criteria and method of inspection — what was the pass/fail threshold, and how was the item assessed?

Record-keeping: An enhanced written report (Clause 5.2.5) that includes everything from the routine report PLUS: acceptance criteria used for each item, method of inspection for each item, and actual measurements taken. This report is more detailed than the routine report and represents the most thorough standard inspection a hoist will receive in a normal year.

Tier 4: Major inspections and critical assessment

Standard reference: Clause 5.2.6 (AS 2550.9), with additional major inspection requirements referenced in AS 2550.1 and AS 1418.9

Frequency: The 2024 standard establishes the 25-year structural design life as the key trigger for critical assessment (Clause 5.2.6.2). Major inspection intervals at 10 and 20 years are referenced in the broader crane standards framework (AS 2550.1 and AS 1418.9) rather than AS 2550.9 itself. In practice, the industry applies all three milestones as part of a hoist's lifecycle management.

Who performs it: Depending on the scope, this may require a competent person for periodic inspections at minimum, and in many cases will need engineering assessment by a CPEng or equivalent (Clause 1.3.2).

What it covers: A major inspection goes beyond what's possible in a normal periodic inspection. It typically involves:

• Full strip-down of lifting components
• Crack testing (NDT) of all load-bearing structures
• Assessment of the hoist for continued safe operation
• Engineering evaluation of whether the hoist has reached its design life

The 25-year structural life mark is particularly significant. At this point, the standard states that structural members should not be used beyond this period unless they have been assessed for continued use by a competent person for assessing structures. Without this assessment, the hoist should not be used.

Record-keeping: Full documentation of all findings, measurements, and the engineering determination. A compliance plate or tag is typically issued confirming the hoist has passed its major inspection.

The four tiers at a glance

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Competent person requirements: who can inspect what?

This is where many workshops and providers trip up. The 2024 standard doesn't just say "get a competent person to inspect your hoist." It defines four distinct levels of competency, each with specific qualification criteria, each tied to specific inspection types.

Here's the summary:

The key change from the 1996 standard: these tiers are now explicit. Each level includes the capabilities of the levels below it, but not above. Your workshop mechanic can do pre-start checks. Your service provider's technician handles routine and periodic inspections — but only if they meet the respective criteria. And structural assessments at the 25-year mark need an engineer.

We've written a full article on competent person requirements with clause-by-clause analysis, practical guidance on verifying your provider's qualifications, and answers to the most common questions.

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Logbook and record-keeping requirements under AS 2550.9:2024

This section matters more than most people think. When SafeWork or WorkSafe audits a workshop, the first thing they ask for is documentation. Not the physical condition of the hoist — the records.

WorkSafe WA identified missing servicing records as one of three primary violation categories driving more than 1,300 enforcement notices. SafeWork SA found that workshops couldn't even produce design registration documents — a permanent, one-time document that should travel with the hoist from day one.

The standard is clear on what's required.

The continuous logbook requirement

Clause 5.4 states that a continuous record of maintenance — including inspections, servicing, and repairs — must be maintained for each hoist. The standard refers to this recording system as the logbook.

The logbook must:

• (a) Be easily accessible
• (b) Contain records in English
• (c) Include the details of the person who performed the work, including their name, date, and signature
• (d) Where a separate report exists, include an entry with enough detail to trace back to that report — including the date, name, and signature of the competent person

These records must transfer with ownership of the hoist. If the hoist is sold, the logbook goes with it.

What the logbook should contain

Appendix C of the standard provides an informative logbook format with three sections:

Section 1 — Pre-operational inspections: Date, time, name of competent person, comments (if issues found), signature.

Section 2 — Faults, problems and repairs: Date, hour meter/cycles, time, fault description, name, signature. This section is used for any issues identified during operation or inspection — not just during formal inspections.

Section 3 — Routine, periodic, and enhanced inspections: Date, inspection type, reference to the report, company name of competent person, name of competent person, signature.

This format isn't mandatory — the standard says the logbook "may be in any suitable format" — but it establishes the minimum information expected. If your records don't contain at least this level of detail, an auditor may not accept them.

Paper logbooks vs digital records

The standard doesn't specify the format of the logbook. Paper is acceptable. Digital is acceptable. What matters is that the records are continuous, accessible, and contain the required information.

That said, the enforcement evidence is clear about what goes wrong with paper:

• Paper logbooks get lost. WorkSafe WA's 1,300+ notices prove it.
• Paper certificates get misfiled. SafeWork SA's campaign found workshops couldn't produce design registration documents.
• Paper records can't send you a reminder when an inspection is overdue. The 82% non-compliance rate suggests most workshops don't know when they're falling behind.

A digital record-keeping system addresses these specific problems — not by changing what's required, but by making it harder to lose records and easier to find them when someone asks.

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Design registration: the requirement workshops keep missing

One of the most commonly cited violations in SafeWork SA's campaign was the absence of design registration evidence. This catches workshop owners off guard because design registration isn't something they do — it's something that should already exist when the hoist arrives.

Under Schedule 5 of the WHS Regulations (in harmonised jurisdictions: QLD, TAS, NT, ACT, NSW, SA, and Comcare), vehicle hoists require design registration. This means:

• The hoist design must be registered with a WHS regulator before it can be supplied in Australia
• A design registration number is issued and should be displayed on the hoist (typically on the rating plate)
• Workshop owners need to be able to produce evidence of this registration if asked

In practice, the registration plate becomes illegible over time, gets painted over, or the documentation is lost during ownership transfers. When SafeWork asks for it and you can't produce it, that's a notice.

What to do: Check that each hoist in your workshop has a visible design registration number. If the plate is missing or illegible, contact the manufacturer or supplier to obtain a replacement. Record the design registration number in your records alongside the hoist identification details.

Note that WA and Victoria operate under their own WHS frameworks rather than the harmonised model, but similar requirements apply. In WA, plant design registration is managed through WorkSafe WA. In Victoria, through WorkSafe Victoria. The principle is the same: the design must be registered, and you need to be able to prove it.

Why this trips people up: Workshop owners don't register hoists — manufacturers and importers do. So when an auditor asks for design registration evidence, the workshop owner often has no idea what they're looking for. It feels like being asked to produce someone else's paperwork. But the PCBU obligation is to ensure the plant in your workplace has the required registration. If you can't verify it, you carry the risk.

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Installation and commissioning: where compliance starts

Before a hoist enters service, AS 2550.9:2024 requires proper installation and commissioning. This is covered in the standard and is often the first place records go missing.

The hoist must be installed in accordance with the manufacturer's instructions and AS 1418.9:2024 requirements. The foundation must be adequate for the loads — anchor bolts, concrete strength, and floor condition all matter. After installation, a commissioning inspection must confirm the hoist operates correctly, safety devices function, and all signage and markings are in place.

The commissioning record should be the first entry in the hoist's logbook. If you're adding a second-hand hoist to your workshop, the logbook history should transfer with it. If it doesn't — if you're starting with a blank logbook on a 15-year-old hoist — that incomplete history is itself a trigger for closer assessment under Clause 5.2.6.

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Who is responsible? PCBU, operator, and provider obligations

AS 2550.9:2024 distributes responsibilities across three parties. Understanding who is responsible for what prevents the dangerous assumption that "someone else is handling it."

The PCBU (workshop owner/manager)

Under WHS legislation, the Person Conducting a Business or Undertaking has the primary duty of care. For hoist compliance, this means:

• Ensuring all personnel involved in operating, inspecting, and maintaining hoists are adequately trained, qualified, and authorised (Clause 5.2 — Management responsibilities)
• Making manufacturer manuals available to operators and maintenance personnel
• Ensuring all maintenance and repair records are maintained in accordance with Clause 5.4
• Ensuring inspections and maintenance are completed on schedule
• Removing non-conforming hoists from service immediately
• Establishing procedures for emergency situations

The PCBU can't delegate these obligations away. Even if you hire a service provider to do inspections, the legal responsibility for ensuring they happen on time, by qualified people, with proper records — that stays with you.

The hoist operator

The person using the hoist each day has their own set of obligations:

• Understand operating and emergency procedures for each hoist they use
• Complete pre-operational inspections at the start of each shift (Clause 5.2.2)
• Report all discrepancies and malfunctions
• Check the operational environment for hazards before use
• Ensure rated capacity is not exceeded
• Power to out-of-service hoists must be locked out (Clause 4.2(h))

The service provider

The competent person performing inspections must:

• Perform inspections in accordance with the standard and manufacturer instructions
• Produce written reports meeting the requirements of Clauses 5.2.4 (routine) or 5.2.5 (periodic)
• Record inspection entries in the hoist logbook
• Advise the workshop when a major or critical assessment is required
• Recommend that non-conforming hoists be removed from service

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What happens if you don't meet AS 2550.9:2024 requirements?

The enforcement data paints a clear picture.

SafeWork SA (2023–24 campaign)

• 72 automotive workshops audited
• 315 compliance notices issued
• 19 prohibition notices (hoists taken out of service on the spot)
• 82% of workshops had non-compliances
• 2 workshops received 24 notices each
• More than 100 notices related specifically to vehicle hoists
• Specific violation categories: hoists not maintained to standard (54 improvement notices, 7 prohibition notices), inadequate operational instructions (23 improvement notices), missing design registration evidence

WorkSafe WA (ongoing)

• More than 1,300 enforcement notices in the motor vehicle repair sector
• Three primary violation categories: lack of pre-start checks, lack of regular inspections, lack of servicing records
• Campaign triggered by a 2012 workplace fatality and continues today

Penalty benchmarks

Prohibition notices are the most immediate commercial threat. When an inspector shuts down your hoist, that bay generates zero revenue until the issue is resolved and the hoist is re-inspected. For a workshop running four bays, losing one represents a 25% capacity hit.

The Birch Automotive case is worth reading closely. A two-post hoist had visible, progressive defects on its locking mechanism — broken and worn gear teeth. These weren't hidden failures. They were defects that any routine inspection should have caught and any competent operator should have noticed. The vehicle fell, a technician was crushed, and the workshop was prosecuted.

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How to get started with AS 2550.9:2024 compliance

Whether you own hoists or service them, here's a practical roadmap.

If you're a workshop owner

1. Know what you've got. For each hoist in your workshop, document the make, model, serial number, rated capacity, installation date, and design registration number. If you can't find the design registration, contact the supplier.

2. Check your records. Do you have a logbook for each hoist? Does it contain continuous records of pre-operational checks, routine inspections, and periodic inspections? Are the records signed by a named competent person? If the answer to any of these is no, you have a gap.

3. Check your inspection schedule. When was each hoist last inspected? Is the routine inspection within the last 3 months? Is the periodic inspection within the last 12 months? If either is overdue, contact your service provider and schedule it.

4. Verify your provider. Ask your service provider what competent person level their inspectors hold. For routine inspections, they need Clause 1.3.5 qualifications. For periodic inspections, they need Clause 1.3.3. If they can't tell you, that's a red flag.

5. Start pre-start checks. If your operators aren't doing documented pre-start checks, start now. It doesn't need to be complicated — the 13-item checklist from the standard takes 2–5 minutes per hoist. The key is documentation. A check that isn't recorded is a check that didn't happen, as far as an auditor is concerned.

6. Get your records in order. Whether you use paper or digital, make sure your records are continuous, accessible, and contain the information the standard requires.

If you're a service provider

1. Review the 2024 standard. If you're still working from the 1996 version — or from memory — get across the changes. The competent person tiers alone could affect how you staff and credential your inspection teams.

2. Update your inspection templates. Your routine inspection checklist should cover the items in Table B.2 that apply to routine inspections. Your periodic inspection checklist should cover the full Table B.2 scope, with acceptance criteria and method of inspection documented per item.

3. Update your reports. Routine reports must meet Clause 5.2.4 requirements. Periodic reports must meet Clause 5.2.5 requirements — which include two additional mandatory fields per item (acceptance criteria and method of inspection). If your current report template doesn't include these, it doesn't meet the standard.

4. Verify your team's qualifications. Each inspector should know which competent person level they hold and which inspection types they're qualified for. This is now a differentiator — providers who can demonstrate Clause 1.3.3 compliance for periodic inspections have a stronger compliance position than those who can't.

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Frequently asked questions about AS 2550.9:2024

How often does a vehicle hoist need to be inspected in Australia?

Under Australian Standards, vehicle hoists require four tiers of inspection: pre-operational checks before each shift, routine maintenance inspections at least every 3 months, periodic inspections at least annually, and major inspections at design life milestones. The standard sets maximum intervals — you can inspect more frequently based on usage and environment, but you can't exceed these periods.

What is the difference between AS 2550.9 and AS 1418.9?

AS 2550.9:2024 covers the safe use of vehicle hoists — planning, operation, inspection, servicing, and record-keeping. AS 1418.9:2024 covers the design and manufacturing safety requirements. Workshop owners and service providers primarily deal with AS 2550.9. Manufacturers and importers need AS 1418.9. Both were updated in 2024.

Do I need to register my vehicle hoist in Australia?

Vehicle hoists require design registration under Schedule 5 of the WHS Regulations in harmonised jurisdictions (QLD, TAS, NT, ACT, NSW, SA, and Comcare). The design must be registered before the hoist can be supplied. Workshop owners should have the design registration number displayed on each hoist and be able to produce evidence of registration if asked. WA and Victoria have their own arrangements but similar requirements apply.

What records do I need to keep for my vehicle hoist?

AS 2550.9:2024 requires a continuous logbook for each hoist containing records of pre-operational inspections (when defects are found), faults and repairs, and all routine, periodic, and major inspections. Each entry must include the date, the name and signature of the competent person, and sufficient detail to trace back to any separate inspection report. These records must transfer with the hoist if it changes ownership.

Can a workshop owner inspect their own hoists?

For pre-start checks — yes, that's expected and required. For routine and periodic inspections, a qualified person within the workshop could technically meet the competency requirements. However, the 2024 standard's emphasis on objectivity (Clause 1.3.3, criterion d) for periodic inspections creates a strong expectation of independence. Self-inspection may not be defensible in an audit or after an incident. Using an independent third-party provider for routine and periodic inspections is strongly recommended. See our full guide on competent person requirements.

What happens if my hoist fails an inspection?

If a safety-critical defect is found, the hoist must be immediately taken out of service and not used until the defect is rectified (Clause 4.2(h)). The defect must be recorded in the logbook. Power to out-of-service hoists must be locked out. The hoist should only return to service after re-inspection confirms the issue has been resolved.

What is a major hoist inspection?

At key milestones in a hoist's life, the standard requires a more extensive assessment than a standard periodic inspection. This typically involves full strip-down of lifting components, crack testing of load-bearing structures, and assessment of whether the hoist can continue in safe operation. At the 25-year structural design life mark, an engineering assessment is required to determine continued serviceability.

Is AS 2550.9:2024 mandatory or voluntary?

Australian Standards are not legislation in themselves. However, WHS Regulations across Australian jurisdictions require that plant (including vehicle hoists) be maintained in safe working condition, and AS 2550.9 is the recognised standard for how to achieve that. Regulators reference it directly in their enforcement guidance, audit checklists, and prosecution cases. In practical terms, not following the standard leaves you with no defensible position if something goes wrong.

How much does non-compliance with AS 2550.9 cost?

Direct costs include fines (up to $3,600 per business for on-the-spot expiation in SA), prohibition notices that shut down your hoist until compliance is achieved (lost revenue), and prosecution penalties (Birch Automotive: $40,000; JMA Engineering: Category 1 conviction with a maximum penalty of $3 million). Indirect costs include increased insurance premiums, reputational damage, and personal liability for directors and officers under WHS duties.

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Keep your hoist records sorted

AS 2550.9:2024 requires a continuous logbook for every vehicle hoist. It requires written inspection reports with named competent persons. It requires records that transfer with ownership and survive an auditor's scrutiny.

Most workshops try to meet these requirements with paper logbooks, filing cabinets, and email chains. The enforcement data shows how well that's working: 82% non-compliance in SA. 1,300+ notices in WA. Workshops that couldn't produce a design registration document — a one-time, permanent piece of paperwork.

Baybook is a digital hoist log. It stores your inspection records, tracks your due dates, and puts your documents in one place for when an auditor asks. It doesn't determine whether your equipment is compliant — that's between you, your service provider, and your regulator. It just makes sure the records are there when you need them.

Join the Baybook waitlist →

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This guide was written from the full text of AS 2550.9:2024, published by Standards Australia on 13 December 2024. Baybook is a record-keeping platform — not a compliance authority. Always refer to the current edition of the standard and your state or territory regulator for specific compliance obligations.