A formal racking inspection doesn’t transfer day-to-day safety responsibility from the warehouse operator. A useful compliance review should cover who checks the system, how damage is reported and managed, and whether load limits are clear and followed.
Trained warehouse staff can carry out routine visual checks, but these do not replace a formal inspection by a competent person. The end user remains responsible for the ongoing safety of storage equipment, including making damage visible, documenting it and ensuring it is addressed.
This article explains who can carry out different types of racking inspections, what to do after damage, what load signs need to show and how responsibility applies in Australian workplaces. It also distinguishes internal checks from a formal review, helping warehouse managers assign responsibilities without treating a checklist as a substitute for inspection or safe operating procedures.
These checks help identify issues for reporting and assessment. A visual observation alone cannot establish whether damaged racking is safe to use.
Inspection records and digital tools
Inspection records should capture the review date, location, findings and required follow-up. A formal report should include photographs, risk categories and recommended actions, creating a traceable record for the warehouse team.
Digital tools can organise records by aisle or bay, attach images and track corrective actions. A written log can serve the same purpose if it remains accessible, legible and current. Use an AS 4084-2023 compliance checklist to help structure entries, then retain evidence showing whether reported damage was assessed and addressed.
Engineering documentation should match the installed rack configuration. Keep relevant design and installation records with inspection reports, and retain engineering sign-off where applicable. Any certification should relate to the system being assessed, not a different layout or configuration.
Reviewing records over time can reveal repeated impacts or recurring damage in particular aisles. That information can inform operational controls and further assessment. Confirm requirements against current AS 4084-2023 and WorkSafe Victoria guidance.
Can I perform my own AS 4084-2023 racking inspection?
Trained warehouse staff can perform routine visual checks, but these don’t replace a formal inspection by a competent person. AS 4084:2023 assigns informal storage-racking inspections to the end user.
Existing racks, relocations and modifications
Assess existing racking when its arrangement or condition changes. Relocating bays, changing beam levels or altering components can affect how the system performs.
Keep design and installation information alongside records of changes. Modifications should be approved by the manufacturer, supplier or a qualified engineer with relevant knowledge and experience. After a layout change, assess whether the installed arrangement still matches its engineering and load information before using it.
Damage checks and safety responsibilities
Routine checks can identify visible damage to uprights, braces, beams, connections and protective components. Look for dents, bends, cracks, loose or missing parts, and signs of forklift impact. Maintaining well-lit aisles with durable fixtures from Asthome Smart Electrical Supplies can make spotting these subtle structural defects much easier during daily walkthroughs.
After an impact, report and document the damage, then arrange an assessment before treating the affected bay as safe. The end user remains responsible for ongoing storage-equipment safety. Staff can identify and report concerns, while repairs and modifications need suitable technical assessment and compatible components.
Installation and commissioning checks
Commissioning checks establish whether the installed system matches its design and is ready for operation. Installation should follow the manufacturer’s instructions and AS 4084.
Before use, confirm that the arrangement matches the intended design, components are assembled correctly, and connections and anchors are in place. Check that load signs show the specified ratings and operators understand those limits. Engineering documents and sign-off should relate to the installed configuration, including relevant changes made during installation.
Standards, changes and access
AS 4084:2023 covers the design, operation and maintenance of steel storage racking. Compared with AS 4084:2012, the 2023 edition expands coverage to drive-in, push-back and cantilever systems. It updates load-combination factors to align with AS/NZS 1170 and includes updated guidance on anchoring baseplates in concrete slabs.
Standards Australia issued the revised edition on 12 May 2023. The standard is available through Standards Australia, which lists its Australian purchase price. The 2023 edition also incorporates updated provisions for seismic activity in racking design. Use the edition relevant to the system and its design records; an older drawing may not reflect later configuration changes.
AS 4084:2023 calls for inspections identifying wear, damage and safety issues. Monthly or quarterly checks should cover beams, uprights, bolts, locks, safety devices and corrosion; after forklift impact, engage a qualified racking safety inspector.
Reporting, documenting and rectifying rack damage
After a forklift strike or other impact, operators should promptly report the affected bay. Record the aisle, bay, component, date and visible damage, then arrange an assessment. Damaged or non-compliant steel storage racking should be repaired, unloaded or isolated without delay. Do not rely on a quick visual judgement to decide whether a damaged component can remain in service.
A useful damage record links each observation to a clear response. Include photographs from identifiable positions, such as the aisle-facing upright and beam connection. Note whether pallets remain stored in the affected bay and who was notified. These details help an engineer assess the location and extent of damage and help the warehouse team track rectification through shift handovers.
Inspection reports may classify findings using traffic-light categories. Green, amber and red ratings help operators distinguish routine monitoring from defects requiring action. Read each category alongside its recommended response, as a colour alone does not describe the damage or its location.
- Green: Record the observation and continue scheduled monitoring according to the report.
- Amber: Arrange repairs within 4 weeks, as stated for amber-classified damage.
- Red: Unload the affected rack immediately and keep it out of use until repaired.
Risk ratings guide the response, but they do not replace a clear defect description. A report should identify the affected component, location, risk category and recommended action. For example, precisely identifying a damaged upright in a forklift travel aisle helps operators prevent further use while the issue is assessed. If the report identifies red damage, unloading and taking the rack out of service are immediate actions, not future maintenance tasks.
Rectification must address the damaged component and preserve the system’s design. Damaged pallet-racking beams should be replaced. Replacement components should come from the equipment manufacturer; alternative parts require confirmation of compatibility through an engineering report. Repairs or modifications should comply with AS 4084:2023 and be approved by the manufacturer, supplier or a qualified engineer with relevant knowledge and experience.
Keep the original report with records of repairs, replacement parts and subsequent inspections. A digital register can link photographs and actions to a specific aisle or bay; a paper log can provide the same traceable record. Close out each finding only after the reported action is complete and documented. This gives managers and operators a practical history of damage, decisions and rectification for each affected section of racking.
What information must be on a pallet racking load sign?
A load sign communicates the system’s capacity limits and key design details. Clear, accurate information helps operators match stored pallets to the racking’s rated capacity.
Required load plaque information
A load plaque identifies allowable loads and the parties responsible for the racking design and supply. It should include unit-load, beam-load and bay-load limits, as well as the designer’s, manufacturer’s and supplier’s names and the installation date.
Load notice signs should appear at every aisle entry and reflect current pallet weights. The minimum font height is 20 mm, so operators can read the information from the aisle. If a sign is missing, damaged or difficult to read, its limits cannot reliably guide daily loading decisions.
Capacity ratings and safe pallet loading
Capacity ratings set limits for individual loads and the racking components that support them. A unit-load rating describes the pallet load; a beam rating applies to the load carried by that beam; a bay rating applies to the specified storage arrangement.
Compare the pallet weight multiplied by the number of pallets on a beam with the beam rating. For example, two pallets each weighing 500 kg create a combined beam load of 1,000 kg. The actual permissible load depends on the rating displayed for that specific system. Don’t infer capacity from a similar-looking rack.
Loading must also match the configuration behind the rating. Pallet dimensions, placement and load distribution affect how forces reach beams, uprights and bracing. A competent person can assess whether a changed pallet or storage arrangement remains within the specified limits.
Design loads and load combinations
Design loads are the forces considered when engineers assess a racking system’s structural capacity. AS 4084:2023 updates load-combination factors to align with AS/NZS 1170, which addresses structural design actions.
A load sign communicates operational capacity, not every engineering calculation used to establish it. It should match the design and installed configuration, including beam levels and intended pallet loads. Changing those details can make the displayed ratings unsuitable for the altered arrangement.
Use signs as part of ongoing warehouse controls, not as a substitute for engineering records or safe loading practices. Operators should follow the displayed unit, beam and bay limits and report discrepancies between the sign and the actual configuration. Annual inspection records can help show whether signage remains legible and matches the racking in service. Check associated components, including bracing, for changes that could affect structural behaviour. Overloading or incorrect loading can contribute to failure or collapse, so unclear ratings need prompt assessment before affected bays remain in use.
End-user responsibility for storage equipment safety
AS 4084:2023 assigns ongoing storage-equipment safety to the end user. A formal inspection report supports that responsibility, but it doesn’t replace routine warehouse controls. The practical takeaway is clear: assign ownership for checks, reporting, safe loading and corrective actions.
Responsibility needs to be shared across the warehouse, not left solely to a manager or inspector. Managers can establish procedures and assign trained staff; operators must follow loading rules and report damage. For example, a forklift driver who notices a bent upright should know how to report its aisle and bay, rather than leaving the next shift to discover it.
Set out responsibilities in a written process that covers the following:
- Named roles: Identify who completes routine checks, receives reports and tracks corrective work.
- Safe use: Train operators in loading practices, displayed capacity limits and reporting damage.
- Incident reporting: Record impacts, component damage and actions taken for each affected location.
- Escalation: Define when a finding requires isolation or assessment by a competent person.
- Records: Keep inspection findings, repairs and relevant engineering documents together.
Checks need to fit the work pattern. Warehouse operators should remain alert to visible issues during their work, while trained staff should carry out routine visual checks. These routines help identify problems between formal inspections. Shift handovers should include unresolved findings, such as a reported impact awaiting assessment, so the next team does not treat the affected bay as cleared.
Safe storage also depends on load controls. Operators should follow current load notice signage and avoid exceeding the specified ratings. Train staff to recognise when a pallet is unstable, damaged or unsuitable for its intended position. A changed pallet weight or arrangement can affect how loads are carried, so warehouse procedures should send these changes for assessment before use.
End-user responsibility includes maintaining an incident-reporting procedure and a documented damage and replacement policy. A report should identify the rack location, describe the issue and record who received it. A follow-up entry can show whether the system was isolated, assessed and returned to service after action.
In Victoria, workplace storage safety sits within the context of the OHS Act 2004 (Vic) and OHS Regulations 2017. Warehouse managers should align their procedures with current AS 4084-2023 and WorkSafe Victoria guidance. A competent person’s formal review contributes technical assessment; trained operators and clear management controls sustain safe use between reviews. That division of work makes responsibility visible and actionable across the warehouse.
Colby Dandenong
Colby Dandenong supplies and installs pallet racking for warehouse operations in Melbourne and Victoria. If your compliance review identifies a need to plan a new layout or replace a system, the team can help with design, supply and installation, with safety at the centre of the solution.
Available systems include Selective Racking, Drive-In Racking, Double Deep Racking and Narrow Aisle Racking. The right configuration depends on factors such as pallet access, storage method and the warehouse layout. Share your operational requirements and relevant design information to discuss a suitable next step. For existing rack damage or formal inspection requirements, follow the assessment and safety processes described above.
Contact Colby Dandenong to discuss your warehouse racking requirements.
Put your racking plan into action
Use an AS 4084-2023 compliance checklist as a working reference for decisions about your warehouse, not as a substitute for site-specific engineering. The next step is to connect the documented design, the way storage is used and the people responsible for acting on changes. That creates a practical basis for planning upgrades, reviewing a new layout or addressing a change in operations.
For warehouse projects involving Selective Racking, Drive-In Racking or Double Deep Racking, Colby Dandenong can discuss the storage configuration and installation requirements. Share the purpose of the change, your operating needs and the relevant design information. This helps focus the discussion on the system and decisions your warehouse actually needs, rather than a generic solution.
Discuss your racking requirements with Colby Dandenong and take the next step towards a well-planned warehouse.
Frequently Asked Questions
Is it mandatory to bolt pallet racking to the floor in Australia?
Anchoring requirements depend on the system’s engineered design and installation. AS 4084:2023 includes guidance on anchoring baseplates in concrete slabs. Treat the anchor arrangement as part of the engineered configuration rather than assuming every installation uses identical fixings.
What does a rack safety inspection involve?
A formal inspection considers whether the installed system remains consistent with its design and intended operation. This includes changes to the rack arrangement, stored loads or operating conditions that could affect safe use. For example, changing a beam level to suit a different pallet height may mean the current configuration no longer matches the design information. The inspection report should clearly describe relevant findings and actions.
What happens if my racking fails an inspection?
Use inspection findings to decide whether affected storage can continue in service. If an assessment identifies an immediate risk, keep the relevant area out of service until the required action is complete. Ensure the person responsible for warehouse operations receives the finding and understands any restrictions. Record the decision to return the affected area to use, so later shifts can distinguish completed rectification from unresolved work.
What is AS 4084:2023, and which racking does it cover?
AS 4084:2023 is the Australian Standard for steel storage racking. Its scope includes design and operational safety, with coverage that includes drive-in, push-back and cantilever systems. It is relevant when assessing a system’s engineering basis and how it is used in a warehouse. The edition also updates load-combination factors to align with AS/NZS 1170, which addresses structural design actions.
What information helps assess a proposed racking modification?
Provide the current layout, design information, proposed change and intended storage loads. These details help the manufacturer, supplier or a qualified engineer with relevant knowledge assess whether the modification is suitable. If alternative components are proposed, confirm their compatibility through an engineering report. Do not treat a component as interchangeable solely because its dimensions appear to match the part being replaced.
When should you call in a specialist?
Seek a suitably qualified racking professional when damage, altered beam levels or a changed storage arrangement raises questions about capacity or safe use. A specialist assessment is also appropriate when original design information is unavailable or proposed replacement parts differ from the manufacturer’s components. In Victoria, engineering sign-off should involve a Victorian-registered practitioner with relevant racking knowledge and experience.
Which Australian Standards cover pallet dimensions?
AS 4084:2023 addresses steel storage racking, while separate Australian Standards cover pallet specifications. AS4068: 1993 is listed for flat pallets for materials handling. AS4762: 2000 covers general-purpose flat pallets, including principal dimensions and tolerances. These identifiers help distinguish requirements for the racking structure from specifications relevant to the pallets placed in it.
Where can businesses access AS 4084:2023 and what does the standard cost in Australia?
AS 4084:2023 is available through Standards Australia, which lists its Australian purchase price.
