Pallet Feet Size Guide: What to Measure Before You Buy

Buying pallet feet might seem straightforward until the parts arrive and nothing fits. A foot that is too wide will not slide over the box section. One that is too tall throws off your stacking clearance. The wrong profile shifts under load, creating a safety hazard. These are avoidable problems, but only if you know exactly what to measure before you place your order.

This guide walks through every dimension that matters, explains why each is critical, and shows you how to confidently match the right component to your pallet, stillage, or storage frame.

Why Getting the Size Right Matters More Than You Think

Pallet feet are the first and last point of contact between your load and the floor. They carry the full static weight of the pallet and its contents, absorb the dynamic shock of forklift placement, and provide the ground clearance that allows pallet trucks to get underneath. A foot that fits correctly does all of this quietly and reliably. One that does not fit creates instability, accelerates wear on the pallet frame, and in a worst case, causes a load to shift or collapse during handling.

This is why reputable manufacturers publish precise technical specifications for every product, including base dimensions, height, top aperture size, steel thickness, and weight per unit. These numbers are not decorative. They are the checklist you work through before buying.

Also read How to Choose the Right Pallet Feet for Steel Pallets and Stillages.

Measurement 1: Base Size

The base size is the footprint of the pallet foot the area in contact with the floor. It is the dimension you will notice first in any product listing, and for good reason. It directly determines how stable the pallet will be once loaded.

Larger base sizes spread the load over a greater floor area, which reduces point loading on the floor surface. This is particularly important in environments with painted, resin-coated, or softer industrial floors where concentrated pressure can cause marking or long-term damage. Smaller base sizes are sometimes necessary where pallets are positioned close together in racking, or where floor space between feet is limited by the pallet frame design.

Base sizes across a typical product range span from around 70 mm for compact applications all the way to 165 mm and beyond for heavy-duty platforms. When assessing what you need, think not just about what fits your current pallet but about the loads it will carry. A wider base distributes weight more evenly and provides better resistance to tipping, especially when loads are not perfectly centred.

What to measure: Assess the floor area available at each corner of your pallet frame and consider the expected load weight. For heavy or unevenly distributed loads, err towards a larger base size than you think you need.

Measurement 2: Height

Height is arguably the most operationally important dimension on the entire checklist. The height of your pallet feet determines the ground clearance beneath the pallet deck — and that clearance must be sufficient for your handling equipment to operate safely and efficiently.

Standard pallet truck forks have a minimum entry height, and if your pallet feet are too short, the forks cannot get underneath without scraping, tilting, or damaging either the pallet or the floor. Forklift tines have their own clearance requirements, which vary by machine type. In a racking environment, foot height also affects how pallets stack on top of one another and whether the overall loaded stack fits within your bay height limits.

Pallet foot heights typically fall into a few practical bands. Short-profile feet in the 25–50 mm range are used where minimal clearance is needed and overall pallet height must be kept low. Mid-height feet in the 50–80 mm range are the most common for general warehouse use, providing reliable fork entry clearance. Taller options extend beyond 80 mm for applications requiring generous clearance or where the pallet sits on an uneven surface.

What to measure: Check the minimum entry height specification for your pallet truck or forklift. Add a few millimetres of tolerance to this figure. Then check your racking bay heights the feet contribute to overall loaded pallet height, which must stay within safe working limits at all times.

Measurement 3: Top Aperture / Box Section Size

This is where many first-time buyers go wrong, and it is the single measurement most likely to cause a return or reorder if overlooked. The top aperture is the internal opening at the top of the pallet foot the part that slides over or locates onto the box section (RHS rectangular hollow section) of the pallet frame. If this dimension does not match your pallet’s frame tube size, the foot will either not fit at all or will sit so loosely that it provides no meaningful stability.

Pallet feet are designed to fit specific box section sizes. For welded applications, the internal aperture must be sized to sit snugly over the tube with minimal play before welding. For pressed steel pallet feet that clip or locate onto the frame without welding, the aperture tolerance is even more critical because there is no weld bead to compensate for a poor fit.

Always check that the top aperture listed in the product specification matches the outside dimension of your pallet frame tube. Many suppliers list both the top aperture and the compatible box section size to make this cross-referencing straightforward.

What to measure: Measure the outside dimension of your pallet frame’s box section at the point where the foot will be fitted. For square sections, measure both directions. Record this number before you start browsing it is the most important filter you can apply when narrowing down options.

Measurement 4: Steel Thickness / Material Gauge

Steel thickness is a primary indicator of load capacity and long-term durability. Thicker steel resists deformation under heavy loads, withstands the repeated shock of fork entry and repositioning, and is less susceptible to the surface corrosion that gradually reduces effective wall thickness in industrial environments.

In the context of pressed steel pallet feet manufactured by pressing mild steel sheet into shape, the gauge directly governs how much load the foot can sustain before deforming. The difference between 2.0 mm and 2.5 mm steel might seem trivial on paper, but across the wall area of a foot carrying several hundred kilograms, it translates into a meaningful difference in load capacity, rigidity, and service life.

For heavy-duty pallet feet applications, high-load warehousing, repeated forklift handling, outdoor storage, or industrial manufacturing environments, always check the steel thickness specification and consider whether a heavier gauge option is available in the size you need. Thicker gauge feet cost marginally more per unit, but the reduction in replacement frequency and the improvement in safety margins more than justify the difference over any reasonable operating period.

What to check: Look for the material thickness in the product specification. For standard warehouse use, 2.0–2.3 mm is typically adequate. For demanding industrial environments or very heavy loads, 2.5 mm or above is worth prioritising.

Also, read the guide on How to Install Pallet Feet the Right Way?

Measurement 5: Shape — Square, Round, or Corner Profile

Shape is not purely aesthetic it governs stability, load distribution, and compatibility with your pallet frame design.

Square pallet feet offer a large flat contact area at each corner of the pallet. This geometry resists rotation and offers strong resistance to lateral shifting, making square profiles the standard choice for most warehouse and industrial applications. They perform particularly well under heavy loads and on smooth concrete floors where a large footprint helps distribute weight evenly.

Round pallet feet are the traditional form used on steel pallets and stillages. They are well suited to welded pallet frames because the circular weld joint is inherently strong and uniform. Round feet provide consistent load distribution and are a reliable choice for industrial stillages, heavy storage platforms, and fabricated steel pallet structures.

Corner / L-shaped pallet feet are a specialist option engineered to fit precisely over the corner of a pallet frame. They provide location in two directions simultaneously, resisting sliding along either axis. This makes them particularly suitable for applications where the pallet is frequently repositioned or where positional security under load is a priority.

What to consider: Match the shape to your pallet frame design and intended welding or fixing arrangement. If your frame has round tubing, round feet are generally the correct fit. Square-section frames suit square feet. Where additional corner location is needed, an L-shaped profile is worth specifying.

Measurement 6: Weight Per Unit

Weight per foot matters in two practical ways. First, the cumulative weight of four pallet feet contributes to the overall pallet tare weight relevant in logistics operations where payload limits are closely managed or where pallets are weighed automatically during dispatch. Second, unit weight is a useful proxy for material volume and therefore for robustness, assuming consistent steel density. A heavier foot, all else being equal, generally indicates more steel and greater strength.

This is worth bearing in mind when comparing products at similar price points. A cheaper foot that is significantly lighter than an equivalent may simply have less steel in it, either through a thinner gauge or a reduced profile.

What to check: If tare weight is a constraint, look up the unit weight in the product specification and multiply by 4 to get the total foot weight per pallet. If weight is not listed, ask the supplier; it is a reasonable thing to know.

Measurement 7: Match New Pallet Feet With Existing Units

If you are replacing pallet feet on older pallets, measure more than one unit before ordering. Do not assume that every pallet in your stock is exactly the same.

Over time, pallets may have been repaired, modified, or fitted with slightly different parts. Taking measurements from a single example can sometimes lead to mistakes across a larger batch.

It is better to compare several pallets and confirm that the size, height, and fitting style are consistent. This is particularly important if the pallets are used together or need to stack evenly.

This also matters when selecting steel pallet stacking feet, because consistent sizing is essential for reliable stacking and safe storage. Even small differences in height or fit can affect how well pallets sit on top of each other.

Understanding Product Specifications in Listings

When browsing a supplier’s range, product listings carry a lot of useful information if you know how to read them. A specification like “165sq × 76mm top × 54mm Height” tells you the base is 165 × 165 mm square, the top aperture is 76 mm, and the overall height is 54 mm. Running these three numbers against your measured requirements is the core of the selection process and takes only a few minutes once you have your measurements to hand.

A good supplier will publish full dimensional specifications for each product in their range, including base size, height band, top aperture, and steel gauge. At Kirmell, we offer a wide range of square, round, and corner pallet feet in multiple sizes, with CAD drawings available for design verification before ordering at scale. For non-standard requirements, bespoke manufacturing is also an option where catalogue sizes do not precisely match an existing pallet frame. Contact us today for more information.

Matching Feet to Pallet Racking Environments

If your pallets are used within a pallet racking system, the foot selection process involves one additional layer of consideration. Pallet racking feet the vertical uprights and base plates of the racking structure define the working envelope your pallet must fit within. Your loaded pallet, including the feet, must clear the beam heights of the rack with safe margins above and adequate space for fork entry below.

In practice this means verifying that:

• The pallet foot height does not push your loaded pallet height above the maximum permitted for your racking bay
• The base footprint of the foot does not extend beyond the pallet perimeter in a way that prevents correct seating on the racking beams or creates a tip hazard
• If your pallets are double-stacked outside of racking, the configuration remains stable with your chosen foot height and profile

Racking environments also tend to involve higher handling frequency and more repetitive fork entry, so steel thickness and profile rigidity matter more here than in low-movement storage applications.

A Pre-Purchase Measurement Checklist

Before placing an order, work through the following:

Box section size: Measure the outside dimension of your pallet frame tube. This is your primary filter and the most common source of fitment errors.

Required height: Confirm the minimum fork clearance for your handling equipment and verify the foot height meets this with a comfortable margin.

Base size: Consider floor loading requirements and space constraints. Larger bases suit heavy loads on hard floors. Smaller bases suit compact pallet configurations or racking environments with tight tolerances.

Steel thickness: For standard use, 2.0–2.3 mm is typically sufficient. For heavy-duty applications or demanding environments, choose 2.5 mm or above.

Shape: Match square to square-section frames, round to round-tube frames, and use corner profiles where additional positional security is required.

Minimum order quantity and pricing tiers: Most industrial suppliers have minimum order quantities. Check these in advance and review bulk pricing bands ordering the right quantity can meaningfully reduce unit cost without significantly increasing outlay.

Explore Kirmell’s Pallet Feet Collection

When it comes to sourcing reliable, precision-made pallet feet, Kirmell has been a trusted name in UK metal manufacturing since 1985. We’ve built a range that covers the full spread of industrial requirements, square, round, and corner profiles across a wide variety of base sizes and heights, so whether you’re fitting out a single stillage or specifying components across an entire warehouse fleet, you’ll find what you need right here.

Every foot we make is produced in our Birmingham facility from mild steel to consistent dimensional tolerances. That means what you order is exactly what you receive no surprises on fitment, no compromises on quality. Our range runs from compact profiles for lighter applications right through to heavy-duty pallet feet built to handle demanding load cycles and repeated forklift handling day after day. We also offer bulk pricing across the range, making us a practical, cost-effective partner for businesses buying at volume.

Not sure which size suits your frame? Get in touch with our team with your measurements and application details and we’ll point you in the right direction or talk through a bespoke solution if your needs fall outside our standard catalogue. Browse our full pallet feet range and find the right fit for your operation today.

Conclusion

Choosing the right pallet feet is a precision exercise, not a guessing game. Every dimension that matters base size, height, top aperture, steel thickness, shape, is measurable before you buy, and any reputable supplier will publish those figures clearly against each product.

The five minutes you spend measuring your pallet frame and checking your handling equipment requirements will save you the cost, delay, and frustration of a mis-specified order. It will also ensure that the steel pallet feet you fit perform as intended, carrying load safely, providing reliable fork clearance, and contributing to a stable, efficient warehouse operation for years to come.

If you are unsure which specification is right for your application, a good supplier will be able to guide you. Bring your measurements, describe your handling environment, and ask about steel gauge options. The right answer is usually straightforward once the dimensions are on the table.

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