Somewhere between the warehouse floor and the loading dock, pallet access points become a surprisingly important decision. The wrong entry configuration slows forklifts, limits how your team can position loads in a container, and creates handling bottlenecks that ripple through dispatch schedules. We’ve watched it happen at Ferrier Industrial — operations running smoothly until a simple pallet orientation issue turns a routine load into a frustrating rework.

A 4 way pallet allows forklift or pallet jack entry from all four sides. That flexibility sounds minor on paper, but in tight warehouse aisles, cross-dock facilities, and container-loading bays, it fundamentally changes how quickly and safely goods move. Understanding what separates a four-way entry design from a two-way format — and where each fits best — helps procurement teams make sharper choices around pallet specification.

How Entry Points Shape Handling Efficiency

Pallets are built with either two-way or four-way entry. A two-way pallet uses solid stringers running the full length between the top and bottom deck boards. Forklifts can only enter from the two open ends. A four-way design replaces those continuous stringers with a block-and-bearer arrangement — timber or composite blocks positioned at the corners, centre points, and mid-spans, creating openings on all four sides for tine access.

The practical difference shows up wherever space is constrained or loads need repositioning. In a narrow warehouse aisle, a two-way pallet must be oriented correctly before a forklift approaches — that extra manoeuvre takes time. In a shipping container, where pallets sit tight against one another, four-way access lets operators extract or reposition loads from whichever side is reachable. No spinning the pallet. No reversing the forklift unnecessarily.

For Australian and New Zealand operations, the standard pallet footprint is typically 1165 × 1165 mm, and most modern formats are four-way entry by default. But when you’re specifying custom pallets for heavy loads, intermodal transport, or engineered wood applications, the entry configuration needs deliberate attention. It’s not always automatic.

Worth noting — pallet jacks are more limited than forklifts. Most manual and powered pallet jacks can only enter a four-way block pallet from the wider openings, not the narrower notched sides. If your operation relies heavily on pallet jacks for ground-level work, check that the notch dimensions on your chosen pallet actually accommodate the jack’s fork width and wheel clearance.

Construction Methods Behind 4 Way Pallet Designs

Block Pallets

The most common four-way format. Blocks — typically hardwood, softwood, or composite — sit at nine points beneath the top deck, connected by perimeter and centre boards on the bottom face. The gaps between blocks on all four sides allow forklift tines to slide in from any direction.

Block pallets handle heavy loads well because the weight transfers through solid blocks directly to the floor or racking beam. That vertical load path matters for stacking, racking, and container transport where pallets sit under sustained compression. We supply block pallets in solid timber and LVL formats at Ferrier Industrial, and we often specify block size and placement based on the actual load profile rather than relying on generic templates.

Stringer Pallets With Notched Entry

Some stringer pallets approximate four-way access by cutting notches into the stringers at the midpoint of each side. These notches allow forklift entry from the previously blocked directions, but the opening is narrower and doesn’t accommodate all tine widths or pallet jack wheels.

Notched stringer pallets are a compromise. They cost less to manufacture than full block pallets, and for lighter loads where four-way access is convenient but not critical, they work. For heavy or high-cycle applications, though, the notch weakens the stringer at exactly the point where bending stress is highest. Over repeated use, notched stringers can crack at those openings.

• Block pallets provide true four-way forklift entry through gaps between nine load-bearing blocks, making them the preferred choice for racking, stacking, and container operations where approach angles vary
• Notched stringer pallets offer partial four-way access at lower cost, but the notches reduce structural integrity at mid-span and may not accommodate all pallet jack configurations
• Custom block placement and sizing allows pallets to be engineered for specific loads, racking systems, and handling equipment — particularly relevant for steel, coil, and heavy manufactured goods

Material Choices and Their Influence on Pallet Performance

Solid Timber

Hardwood block pallets are the workhorse of heavy industry. Dense species resist compression, absorb impact, and hold fasteners well. Softwood alternatives suit lighter-duty or single-use export applications where weight savings and material cost are priorities.

For export use, solid timber pallets require ISPM 15 heat treatment to meet phytosanitary regulations. That compliance step adds cost and lead time, which is worth factoring into procurement planning — especially for high-volume export operations where pallet supply needs to keep pace with production schedules.

Engineered Wood — LVL and Composite Options

At Ferrier Industrial, we’ve seen growing interest in LVL (laminated veneer lumber) pallets from clients who need dimensional consistency and moisture resistance. LVL doesn’t warp, split, or vary in thickness the way solid sawn timber can. For operations using automated handling, racking systems, or robotic palletisers, that predictability directly affects throughput reliability.

LVL pallets are also exempt from ISPM 15 heat treatment because the manufacturing process — high-temperature bonding under pressure — already satisfies phytosanitary requirements. For exporters, that means one fewer compliance step without sacrificing structural performance.

Our BWR (boiling-water-resistant) grade LVL handles outdoor storage, maritime container environments, and wash-down areas without delaminating. We’ve supplied rubber-lined LVL dunnage and pallet components to steel producers for years, and the moisture performance under real-world conditions has been consistently reliable.

Choosing Between Two-Way and Four-Way Entry

The decision isn’t always obvious. Two-way stringer pallets are cheaper, structurally simpler, and perfectly adequate for applications where loads move in a straight line — off a production line, onto a truck, into a warehouse bay. If forklifts always approach from the same direction and space isn’t tight, two-way entry works fine.

Four-way access becomes important when operations involve repositioning, rotation, tight spaces, mixed container loading, or racking systems where pallets may be placed from different aisle orientations. Cross-dock facilities, where goods transfer between vehicles with minimal storage, almost always benefit from four-way pallets because the handling flow is less predictable.

Container loading is another strong case. In a standard shipping container, pallets are packed tightly and the only available approach for the second and third rows is often from the side. A 4 way pallet lets operators place and retrieve loads without having to rotate them first — saving time and reducing the risk of product damage from unnecessary handling.

For heavy industry clients moving steel coils, sheet packs, or machinery, we frequently specify block pallets combined with our LVL high-friction dunnage. The rubber-lined dunnage grips the load through friction, and four-way entry means the restrained load can be positioned in the container or on the truck from whichever angle suits the loading sequence. That flexibility matters when individual units weigh several tonnes and repositioning isn’t practical.

Integration With Load-Restraint and Transport Systems

A pallet rarely works in isolation. It interfaces with strapping or banding, dunnage beams, container liners, racking uprights, conveyor rollers, and truck decks. The pallet’s entry configuration, deck board spacing, and block placement all affect how those interfaces perform.

Racking compatibility is a common concern. Selective pallet racking supports the pallet on its bottom deck boards or bearers at two points. If the pallet’s bearer span doesn’t match the racking beam spacing, the pallet can deflect or the load becomes unstable. Block pallets generally perform better in racking because the blocks provide rigid support directly above the beams.

For intermodal container transport, pallet height matters alongside entry configuration. Every millimetre of pallet height reduces the available stacking clearance inside the container. Where stacking is planned, specifying thinner deck boards or lower-profile blocks can recover usable container height — but only within structural limits. We help clients work through those trade-offs during the design phase, rather than discovering problems during the first loaded trial.

Conveyor systems add another layer. Pallets with irregular bottom surfaces — protruding nail heads, uneven block heights, or warped boards — can jam or mistrack on roller and chain conveyors. Engineered wood pallets and precision-assembled block pallets reduce that risk. If your operation runs automated sortation or palletising, specify conveyor-grade tolerances upfront.

Key Considerations When Specifying a 4 Way Pallet

Selecting the right pallet involves more than ticking a box for four-way entry. Procurement teams benefit from reviewing these factors against their specific operation.

• Load weight and distribution determine block size, deck board thickness, and whether solid timber or LVL is more appropriate for the application
• Handling equipment compatibility requires checking that forklift tine width, pallet jack fork dimensions, and wheel clearance all suit the chosen pallet’s entry openings
• Racking beam spacing must align with the pallet’s bearer or block positions to prevent deflection and maintain safe stacking loads
• Export compliance demands verified ISPM 15 heat treatment for solid timber pallets — or the use of exempt engineered wood formats like LVL
• Reuse expectations influence material grade, fastener quality, and whether repairability should be designed in from the start
• Supply continuity through JIT delivery and consignment stocking prevents pallet shortages from disrupting production or dispatch schedules

How We Specify and Supply Pallets at Ferrier Industrial

Our approach starts with the transport task, not the pallet catalogue. When a client raises a 4 way pallet requirement, we ask what’s going on it, how it’s being handled, where it’s going, and what it interfaces with when it gets there. Those answers shape the specification far more than generic sizing tables.

We run site reviews to map load profiles, forklift and pallet jack types, racking layouts, container configurations, and any specific client or regulatory standards. From there, our team designs the pallet — block placement, deck board layout, material selection, and finish — to suit the actual operating conditions. For new or high-stakes applications, we prototype and pilot before committing to production volumes.

Our Auckland and NSW operations coordinate supply across Australia and New Zealand, backed by manufacturing relationships that allow us to scale when project demand increases. We offer JIT delivery and consignment stock so clients don’t need to warehouse large pallet inventories on site. Replacement components, spares, and ongoing QA feedback keep the supply running cleanly over time.

Steps for Getting Your Pallet Specification Right

Whether you’re reviewing pallet supply for a new warehouse fit-out, an export contract, or an existing operation that isn’t performing as well as it should, a structured approach saves time.

• Audit your current handling flow to identify where pallet orientation, access limitations, or entry restrictions are creating delays or unsafe manoeuvres
• Map your racking, conveyor, and container interfaces to confirm required pallet dimensions, bearer positions, and deck board configurations
• Evaluate material options — solid hardwood, softwood, LVL, or composite — against your load weights, reuse cycles, moisture exposure, and export compliance needs
• Request sample pallets from your supplier and test them under real operating conditions before committing to volume orders
• Establish supply arrangements including JIT scheduling, consignment stocking, and spares provision to maintain uninterrupted operations during peak periods

Where to From Here?

The right 4 way pallet specification removes friction from your handling chain — literally and operationally. Whether you need standard block pallets, engineered LVL formats, or a custom build designed around a specific load and racking system, we can help you work through the detail.

At Ferrier Industrial, we’re happy to start with a conversation about your operation, review drawings or site layouts, and put together samples or a pilot plan. Reach out to our team and let us know what you’re moving, how you’re moving it, and what’s underneath it right now.