In a busy warehouse, pallet racking can fade into the background. It becomes part of the wallpaper, until something goes wrong. The problem is that racking rarely fails without warning. Most serious incidents are the result of small issues building up over time: a forklift bump that becomes repeated impact, a frame that slowly leans out of plumb, a bay that’s not levelled correctly, or loads that creep beyond what the system was designed to handle.
At QLD Storage Systems, we see this all the time. Warehouses get used to seeing damage and workarounds, and it becomes normal. But from a safety and compliance perspective, “normal” damage is still damage, and the consequences can be significant if it isn’t identified, classified, and managed properly.
Why Pallet Racking Inspections Matter
Key Takeaway: Pallet racking inspections matter because they help identify hidden damage before it leads to injuries, downtime or serious compliance issues
Pallet racking inspections aren’t about ticking a box. They’re a practical way to reduce risk and avoid operational disruption.
When racking fails, it can lead to:
- injury to workers or contractors,
- damaged stock and equipment,
- shutdown of aisles or entire storage zones,
- lost picking time and delayed dispatch,
- and a serious WHS investigation if there’s an incident.
Just as importantly, unsafe racking often isn’t obvious to the people working around it every day. Familiarity creates blind spots. A warehouse team can walk past a leaning frame or minor deformation for months because it has become part of the environment. Independent inspections help cut through that “wallpaper effect” and identify what’s genuinely safe, what needs action, and what must be taken out of service immediately.
What the Australian Standard Expects (AS 4084:2023)
Key Takeaway: AS 4084:2023 expects warehouses to carry out regular in-house checks and have an annual independent inspection so damage, unsafe use and compliance issues are identified before they become normalised or dangerous
The Australian Standard for steel storage racking (AS 4084) sets out how pallet racking should be installed, used, and maintained. In practical terms, it pushes warehouses towards two things:
- Regular in-house checks, so damage and unsafe use are identified early.
- An annual independent inspection, so a competent third party can review the system and assess compliance and condition objectively.
That annual independent inspection matters because in-house teams can gradually accept unsafe conditions as “normal”, especially in high-traffic forklift environments. A third-party inspection gives you a professional assessment of risk, and clear guidance on what needs to be fixed, and how urgently.
Who Should Perform a Racking Inspection?
Key takeaway: A pallet racking inspection should be carried out by a competent person with real hands-on experience in racking systems there is no certificate
A common question is whether racking inspectors need a formal qualification. The reality is that competence matters more than a certificate. A racking inspection requires real-world understanding of how pallet racking behaves under load, how it’s meant to be installed, and what types of damage are cosmetic versus structural.
In our view, a competent inspector needs meaningful experience with pallet racking systems, including installation, design considerations, and how racking performs in live warehouse environments. Inspections aren’t simply “looking for dents”. They involve identifying issues that can affect structural stability and safety.
What a Professional Pallet Racking Inspection Checks
A proper inspection looks at whether the racking system is:
- installed correctly,
- still structurally sound,
- and being used in a way that matches its design and load ratings.
In a live warehouse, this often includes identifying issues such as:
Installation / alignment / configuration
- Racking alignment issues (leaning / out of plumb / frames or bays not levelled / run not square)
- Racking not balanced correctly
- Mismatched frame splices (e.g old 800mm frame spliced to new 900mm frame)
- Racking not anchored to the floor
Impact damage (handling / forklift)
- Bent pallet racking frames
- Twisted uprights (front or rear)
- Impact damage to beams (forklift strikes, dents, kinks, twists)
- Bent or damaged bracing
Overloading / load behaviour
- Overloaded bays or beam levels (loads exceed SWL)
- Overload-related beam sag or deformation (excessive deflection / permanent set)
Missing / faulty safety components & protection
- Broken, or missing beam clips / safety locks
- Missing SWL signs (and clutter that hides issues)
- Damaged, incorrect or inadequate post protectors
- End-of-run / doorway protection missing (needs end guard)
- Missing backing mesh where people work behind racking
Structural integrity (bracing completeness)
- Missing diagonal bracing
Corrosion / environmental deterioration
- Corroded base plates (especially in chemical areas)
- Rusty beams / corrosion through the run
- Rusty beam clips
- Rusty uprights
Cantilever racking issues
- Cantilever arm twisted
- Cantilever bracing dented
- Cantilever racking missing SWL signage
The aim of this inspection is to give you a clear view of risk and a practical pathway to bring the site back to a safe standard.
In-House Pallet Racking Checks
Key takeaway: Regular in-house pallet racking checks help catch damage early while it is still manageable, before it turns into a bigger safety, repair or compliance issue
Even with an annual inspection in place, regular in-house checks play an important role, especially for catching impact damage early. The most effective approach is to build a quick, repeatable routine for supervisors or warehouse leaders. In-house checks don’t need to be complex. The goal is to identify change: anything bent, shifted, cracked, loosened, or missing compared to the last check.
In-house checks help you catch issues while they’re still manageable, rather than discovering them later when forklift operator behaviour has compounded over time, damage has become a bigger repair, a major safety risk and a compliance problem.
What an In-House Check Should Look Like
Inhouse Pallet Racking Inspection Frequency and Logging
- First, work out how often the checks should happen based on how active the warehouse is. If it is a transport or freight operation with a lot of forklift movement, do it at least monthly, preferably fortnightly. If it is more storage orientated and less active, you might move to quarterly.
- Have a log and checklist ready before you start. Record the date, who carried out the check, what was found and what action was taken.
Inspection Flow and where to start
- Video the racking as you go if possible. It is amazing what you can pick up later when you zoom in, especially on taller racking.
- Allow roughly one to two minutes per bay and work through it bay by bay. If you start seeing damage, slow down and look more carefully to see whether things are out of kilter.
- As a starting point, confine yourself mainly to that first two and a half metres, because that is where most of the damage tends to happen.
- Walk along the racking face on and get right up close and personal with it. Do not just look at it from a distance.
Upright Frames & Beams
- Start with the front face of the rack, the upright section facing you, and check for any damage, bending or anything pushed out of shape.
- Then look inside the racking frames at the diagonal bracing. Follow that zigzag bracing and check for any damage there as well.
- Check the feet of the frames and make sure the anchor bolts or Dyna bolts are there as they should be. Each frame should have four bolts, two at the front and two at the back.
- After that, check the beams for dents, bending or any forklift tyne damage. Quite often the end of the tyne will hit a beam and leave damage behind.
- Check that the beam safety clips are still in place. If they are missing, there is a risk the beam can dislodge from the upright.
- As you move along, look higher as well, particularly at the top beams, and make sure the safety clips are still installed. Sometimes you need to change your angle because they can be hard to see.
- Stand back from time to time and check for beam deflection. If a beam is bowing in the middle, it may be overloaded or getting towards the end of its life.
SWL Signage
- Check that the safe working load signs are visible. A lot of the time they are there, but they get covered by stock, labels or other things, and they need to stay visible to staff at all times.
Impact Damage and Surrounds
- If there has been a forklift impact, do not just check the exact point that got hit. Check the racking to the left and right as well to make sure nothing else has moved or been affected.
- If something is badly damaged, empty that section, tape it off so it cannot be used, and organise repair or replacement.
Inspection Issues & Damage Examples
Rear Upright Twisted
Backing Mesh Required To Protect Staff Working Behind
Upright Not Anchored To The Floor
Missing Diagonal Bracing on Uprights
Damaged Upright
Pallet Racking With No SWL Sign
Cantilever With No SWL Sign
Cantilever Bracing Dented
Cantilever Arm Twisted
Bent Staff
Bent Beam
Bent Beam
Rusty Beams
Rusty Beams
Rusted Base Plates In Chemical Shed
Pallet Racking Run Not Square
Front Upright Twisted
Bent Upright Bracing
Frame Damage
Inspection Rusty or Broken Beam Clips
Replace U Shaped Post Protector With L Shape
Racking Near A Door Should Have End Guard
Overloaded Bays Underneath Shot
Overloaded Bays Product Heavier Than SWL Permits
Frame Spliced Against 2023 AS Standards
Bent Pallet Racking Frame
Pallet Racking Frame Not Level
Managing Damage Using the Green / Amber / Red Traffic Light System
One of the simplest ways to manage racking damage is to classify it using the traffic light approach. This removes guesswork and gives your team a clear process to follow.
Step 1: Assess and classify damage
When racking is damaged, a nominated management representative should assess the damage, classify the severity, and advise the Health and Safety representative.
Green: Acceptable damage (monitor)
Green damage is generally minor damage where you can tell something has happened, but it is still acceptable. It could be that a forklift has just creased a beam, scratched it, or left a small impression. It could also be a little bit of corrosion occurring in one position. They are all things that should be noted, but they are not an immediate concern.
- A small little crease or dent to a beam
- A scratch on a beam where a forklift has just marked it
- A very small impression in a beam
- A little bit of corrosion occurring in one part of the beam
- Racking protection in front of the upright is badly damaged, which shows it took the hit and did its job, but now needs replacing
- A slight creasing to the diagonal bracing where it is just not quite straight anymore
- One Dyna bolt missing from the base plate, so instead of the required two, it has only got one
Amber: Hazardous damage (action as soon as possible)
Amber is where you start moving away from that and into damage that is more significant, or corrosion that is more significant. While it is not an immediate concern, it is something that should be addressed within a reasonable period of time. The main thing is to record that damage, get it logged, and get a plan in place to get it sorted, whether that is repaired or replaced. If there is a clear record that you are aware of it and have taken action, then at least you have demonstrated that you are on top of it. Amber should generally be dealt with within a sort of three to 12 month time frame, depending on the damage and the operation.
- A beam with a more severe dent or crease where it is clearly no longer straight
- A beam deflecting under load
- Corrosion that is more significant and no longer just minor surface corrosion
- Missing beam safety clips at lower levels, such as around ground floor beam level
- Damage that is clearly more than cosmetic, even if it is not yet at the point of immediate shutdown
Red: Very serious damage (immediate action)
Red is where there is severe damage. In that instance, immediately unload the racking. Do not use it. Tape it off, screen it off, whatever you need to do to stop people using it or getting close to it. Then replace that racking or take it down altogether and remove it from operation. The important thing is not to use it.
- A front upright that is severely creased or dented
- Missing Dyna bolts that have been broken or sheared off
- Damage to the upright holes where the beams connect, including tearing or distortion of those holes
- Missing beam safety clips at higher levels, particularly above about three metres
- Severe corrosion in a beam, especially around the welds
- Bubbling or swelling in the paint surface that suggests serious corrosion underneath
- Non-Australian pallets sitting on pallet racking beams above about 1.2 to 1.5 metres
- No safe working load sign
This process is valuable because it stops “we’ll keep an eye on it” from becoming the plan. It turns damage into a managed, documented safety process.
What Happens If There’s an Incident?
If a racking incident occurs, the question quickly becomes whether the business had a reasonable system in place to manage risk. That typically comes down to whether you can show evidence of:
- inspection history
- identified issues and risk classification
- repairs and follow-up actions
- and the racking being used as designed and rated
Having a consistent inspection and maintenance process is one of the most practical ways to protect your people, your operation, and your business.
Book a Pallet Racking Inspection With QLD Storage Systems
If you’re not sure whether your racking is within safe tolerances, whether damage is being managed correctly, or whether your inspection schedule meets the standard, QLD Storage Systems can help.
We provide practical, plain-English guidance and clear next steps, so you know what needs immediate action, what can be planned, and how to keep your warehouse safe, compliant, and operating smoothly.
How often should pallet racking be inspected?
You should be checking your racking regularly in-house ranging from fortnightly to quarterly depending on how busy your operation is. You should have it independently inspected at least once every 12 months. The day-to-day reality is racking gets hit, it gets overloaded, things get moved, and small issues build up, so the more often you’re looking, the earlier you catch it.
Who is qualified to perform annual pallet racking inspections in Australia?
There’s no specific “racking inspector licence” in Australia. The requirement is that the person is competent. In practical terms for your annual inspection, that means someone with real experience in racking; installing it, designing it, and understanding how it behaves under load. You want someone who knows what they’re looking at, not someone just walking around ticking boxes.The easiest way to prove that you have had a competent person inspect your racking is by engaging a company that provides pallet racking inspections like QLD Storage Systems.
What happens if damage is found?
It needs to be assessed and classified, then managed properly. If it’s minor, you tag it, record it, monitor it, and plan the repair. If it’s hazardous, it needs action as soon as possible. If it’s serious, you unload the bay immediately, isolate the area, and it doesn’t go back into service until it’s been repaired or replaced properly. The key is you don’t ignore it and you don’t keep using it “because it’s been like that for ages”. See the green, amber and red damage management system in the article.
Do I need an annual racking inspection?
Yes, you do. The standard expects an annual independent inspection, and it’s there for a reason. People working around racking every day stop seeing the problems. A third party will pick up things that have become “normal” on site and give you a clear priority list of what needs fixing.
Can my staff do racking inspections?
Your staff should be doing regular in-house checks, absolutely, that’s how you catch forklift damage early. But that’s not the same as the annual independent inspection. In-house checks are maintenance and monitoring. The annual inspection should realistically engage an independent competent person who isn’t marking their own homework.
How do I know if my racking is overloaded?
Overloading shows up in the real world as beams deflecting, components bending, pallets overhanging, loads not sitting properly, or people putting heavier pallets where they shouldn’t. The simplest answer is: check your load signage, make sure it matches how you’re actually using the racking, and if you’re not sure, get it assessed, because guessing is how failures happen.
What is AS 4084?
AS 4084 is the Australian Standard for steel storage racking which was updated last in 2023. In plain English, it’s the rulebook for how racking should be designed, installed, used, maintained, and inspected so it stays safe. It’s what WHS inspectors and insurers point to when they’re asking whether your racking setup is compliant and being managed properly.
About Mennolt Regtien
Mennolt Regtien brings more than 20 years of hands-on experience in the storage and pallet racking industry in Australia, backed by a broader career spent helping businesses grow, improve productivity and solve operational challenges. Before moving into pallet racking and storage systems, he spent around 10 years consulting to small and medium businesses on growth and development, and earlier worked in venture capital and startups, including helping Australasian companies expand into Asian and US markets.
His experience helps him look beyond the racking itself to understand each client’s wider business goals, identify operational issues quickly, and recommend storage solutions that support both efficiency and future growth.
