How do you calculate pallet pattern efficiency?

Divide the cases placed per pallet by the maximum cases the footprint allows, then multiply by 100. With 48 cases placed against a 50-case footprint maximum, efficiency is 48 / 50 x 100 = 96%.

What is a good pallet pattern efficiency?

Most CPG and end-of-line operations target 90-95% footprint utilization. The 96% in our example clears a 95% target by one point, meaning the pattern is nearly optimal and the remaining gap is likely unavoidable case-geometry waste.

Why does my pallet pattern efficiency matter for freight?

Freight is billed by trailer position and cube. A pattern at 96% versus 85% can mean one extra case per layer, which compounds across layers and across every truck, directly lowering cost per shipped case.

What causes low pallet pattern efficiency?

Case dimensions that don't divide cleanly into the 48x40 deck, conservative overhang settings, mandatory column-stacking for crush strength, and slip-sheet or corner-board allowances all leave footprint unfilled.

Pallet pattern efficiency vs. cube utilization: what's the difference?

Pattern efficiency measures how well a single layer fills the deck footprint; cube utilization measures how well the whole stacked load fills the trailer or container volume, factoring in stack height and headspace.

Can pattern efficiency exceed 100%?

Not in a valid setup. If your result tops 100%, the maximum-cases input is understated for the footprint and overhang you actually allow, so recheck the case footprint math before trusting the number.

Packaging Automation & End-of-Line Systems calculator

Pallet Pattern Efficiency Calculator

Pallet pattern efficiency tells you how fully a robotic or manual palletizer uses the available pallet footprint, expressed as the cases actually stacked divided by the geometric maximum the deck and overhang allowance permit. Packaging engineers, palletizer integrators, and end-of-line supervisors track it because every empty square inch on a 48x40 GMA pallet rides as air on a truck and inflates freight cost per case. A pattern that leaves cubes unfilled also destabilizes the load, raising the risk of lean and transit damage. Getting close to the footprint maximum is the cheapest way to cut shipping spend without changing the product.

What this calculator does

Calculate how well a pallet pattern uses the deck by comparing cases actually placed against the cases the footprint could hold.
Use it when you are reviewing a pallet pattern and want to know how much deck space is being left on the table.
It computes the percentage of the pallet's case-capacity footprint that your current stacking pattern actually fills, plus the point gap to your efficiency target.

Formula used

Pallet pattern efficiency = cases placed per pallet ÷ maximum cases the footprint allows × 100
Gap to target = target pattern efficiency - pallet pattern efficiency

Inputs explained

Cases placed per pallet:
Maximum cases the footprint allows:
Target pattern efficiency:

How to use the result

Use it when validating a new tie-high pattern, comparing case-size options against a fixed pallet, or auditing why trailers cube out before they weigh out.
It measures area/case utilization on a single layer logic basis and does not account for load stability, overhang penalties from the receiver, or weight limits that may cap stack height before the footprint fills.

Current U.S. benchmarks

The producer price index for plastic resins and materials stands at 319.371 (BLS, May 2026), up 19.5% from a year earlier. Quotes priced off last quarter's material cost miss this move.
The producer price index for paperboard and containers stands at 276.831 (BLS, May 2026), up 8.8% from a year earlier. Quotes priced off last quarter's material cost miss this move.

Common questions

How do you calculate pallet pattern efficiency? Divide the cases placed per pallet by the maximum cases the footprint allows, then multiply by 100. With 48 cases placed against a 50-case footprint maximum, efficiency is 48 / 50 x 100 = 96%.
What is a good pallet pattern efficiency? Most CPG and end-of-line operations target 90-95% footprint utilization. The 96% in our example clears a 95% target by one point, meaning the pattern is nearly optimal and the remaining gap is likely unavoidable case-geometry waste.
Why does my pallet pattern efficiency matter for freight? Freight is billed by trailer position and cube. A pattern at 96% versus 85% can mean one extra case per layer, which compounds across layers and across every truck, directly lowering cost per shipped case.
What causes low pallet pattern efficiency? Case dimensions that don't divide cleanly into the 48x40 deck, conservative overhang settings, mandatory column-stacking for crush strength, and slip-sheet or corner-board allowances all leave footprint unfilled.
Pallet pattern efficiency vs. cube utilization: what's the difference? Pattern efficiency measures how well a single layer fills the deck footprint; cube utilization measures how well the whole stacked load fills the trailer or container volume, factoring in stack height and headspace.

Last reviewed 2026-05-12.