The 600×400 mm collapsible crate is the international standard footprint for reusable containers, derived from the 1200×800 mm Euro pallet, which it divides into exactly four. The question Australian buyers ask is whether that European module fits an Australian supply chain built around a different pallet — and the answer is yes, with arithmetic. The crate itself is compatible; the layout, the pallet choice and the racking configuration are what need checking, and all three can be verified before the order is placed.

The 600×400 footprint is not an arbitrary marketing size. It is part of the modular system in which pallet dimensions are multiples of 600 mm and 400 mm, which is why the same crate works on a Euro pallet, inside an Australian standard pallet, on a 1200 mm-deep racking beam, and in a 2.4 m-wide trailer.

How Many 600×400 Crates Fit on Each Australian Pallet?

This is the calculation that decides whether a switch to a standard crate makes sense. The table below shows the per-layer count for the pallet footprints in common Australian use, with the leftover strip that has to be managed.

The 1165×1165 Australian standard pallet is the one that needs care. A simple 2×2 arrangement of 600×400 crates covers 1200 mm of a 1165 mm face in one direction, which is not possible without overhang, so the practical pattern is two crates at 600 mm and one at 400 mm along each face, or a full 2×2 with the crates slightly inboard and stretch wrap closing the remaining 165 mm. Both work. The one that fails is the pattern that is not documented, because different shifts will load it differently and the pallet will not stack reliably.

Does It Fit Australian Racking and Conveyors?

Australian selective racking is generally designed around a 1200 mm deep pallet position, with beams set to suit 1200×1000 and 1165×1165 pallets. A loaded crate pallet sits within that envelope as long as the pallet itself does, and the crate footprint does not change the racking requirement — the pallet does.

The details that do change:

• Beam width and pallet support. A 1165×1165 pallet must have adequate beam contact; ask your racking supplier to confirm the beam spacing against the pallet's bearer positions, not against the crate layout.
• Clear entry height. Folding crates with feet that engage the crate below add a small amount of effective height per layer, so a five-high stack of 230 mm crates plus pallet may exceed a beam-level opening that was sized for cartons.
• Conveyor and tote handling. Where an automated system expects an industry tote, 600×400 is often the reference size, and dimensional tolerance of ±2 mm on the crate is what prevents jams.
• Trailer width. Australian trailers are typically 2.4 m internal, which takes two 1200 mm pallets exactly, or two 1165 mm pallets with 70 mm to spare. A 600×400 crate module loaded as 1200×800 pallets pairs cleanly into a trailer, one pallet beside another.

Why Does the 600×400 Footprint Matter for Supply Chain Fit?

Adopting 600×400 is a decision with compounding benefits, which is why it has become the de facto standard from European retail to Asian electronics assembly:

• Interchangeability between pallets, dollies, racking, conveyors and vehicles without re-engineering.
• Loading density — the module divides 1200×800 exactly, and 1200×1000 without waste.
• Folding economics — the same footprint folds to a small fraction of its erected height, which is what makes the return leg affordable.
• Automation compatibility — standard footprints are the ones that vision systems, conveyors and AS/RS machines are designed around.

What Should You Confirm Before Ordering?

Three checks eliminate almost all compatibility surprises, and all three are quick:

1. Draw the pallet layout for every pallet type you use, and confirm the crate count and the leftover strips. Do not accept “it fits” without a drawing.
2. Check the pallet, not the crate, against your racking. Ask the racking supplier for the rated beam spacing and the pallet bearer positions.
3. Confirm the pallet-to-crate interface — whether the pallet has a rim, a lip or a flat deck, and whether the crate base is designed to sit on it without rocking.

For a first trial, the 600×400×230 mm solid folding container pairs naturally with the 1200×1000 mm injection plastic pallet, while the 1200×800 mm Euro-standard plastic pallet gives the exact four-crate tiling with no overhang at all. The rest of the range, including the foldable plastic crate series, follows the same module logic in 500×500 and 565×365 footprints for loads that do not need the standard base.

Which Standards Actually Define This Footprint?

The 600×400 module is not a supplier convention; it sits inside a family of published dimensional standards. Knowing which one applies makes a compatibility conversation with a racking supplier or an automation integrator much shorter.

Read together, these standards explain the practical situation in Australia: crates are internationally modular, pallets are locally traditional, and racking is designed around pallets. That is why the crate layout has to be drawn against each pallet type rather than assumed from the crate size alone.

Frequently Asked Questions

Can I fit five crates per layer on a 1165×1165 pallet?

In mixed orientation, yes, but the pattern leaves an unbraced strip and must be documented and restrained. A straight 2×2 layout leaves 165 mm on two sides and is the more auditable choice, particularly where pallets are handled by different shifts or by a third-party transport contractor. If density matters more than uniformity, use a pallet collar or heavy stretch wrap to close the gap, and photograph the approved pattern for the work instruction.

Is overhang ever acceptable?

No, not for a loaded plastic crate pallet. Overhanging crates put the outer corner of the crate directly onto the pallet edge, which is the weakest load path, and they are the first thing a forklift or a racking upright will hit. If the crate count does not divide the pallet footprint, reduce the count rather than allow overhang.

Do 600×400 crates work with Australian pallet racking?

The crate is not the constraint; the pallet is. Australian selective racking is generally designed around a 1200 mm deep pallet position, which accepts 1200×1000, 1165×1165 and 1200×800 pallets with appropriate beam spacing. Confirm the beam spacing and pallet support against the pallet's bearer positions with the racking supplier, and confirm that the loaded height, including any stacking feet, fits the beam-level opening.

Will these crates fit standard pallet jacks and forklifts?

They fit because the pallet does. What needs checking is the crate's own base: whether it has feet that engage the crate below, whether the base is flat enough to sit stably on a pallet with a rim, and whether the fork entry height on the pallet still clears when the crates are loaded. A trial pallet, loaded and handled once, answers all three faster than any specification document.

The footprint is compatible. Whether your operation is compatible with the footprint depends on a pallet drawing that takes twenty minutes and saves a season of leaning stacks.