Pallet / Box Loading Calculator

A 48-by-40-inch pallet fits three 16-inch boxes by three 12-inch boxes: nine per layer. With a 60-inch overall limit and an assumed six-inch pallet, only 54 inches remain for boxes. Ten-inch boxes permit five layers, or 45 boxes, occupying 83.33% of that available load-space volume.

Pallet / Box Loading Calculator: inputs

Calculated result
Total boxes per pallet45
Volume utilization83.3%

Pallet length and total boxes per pallet

Pallet / Box Loading Calculator: Pallet length and Total boxes per pallet5 calculations vary the “Pallet length” input while holding the other entered inputs constant.38304330484553455845

Total boxes per pallet from pallet length

Pallet length48
Pallet width40
Maximum stack height60
Pallet thickness (inches)6
Box length16
Box width12
Box height10
Total boxes per pallet45
Volume utilization83.3%

Pallet / Box Loading: formula

Boxes per layer = floor(pallet length ÷ box length) × floor(pallet width ÷ box width); layers = floor(max height ÷ box height)

U.S. SBA: manage your finances · FedEx: Pallet packing guide

Common error: Dividing the pallet volume by the box volume. Boxes cannot be cut to fit, so the real count is lower than the ratio suggests.

Enter pallet length and width, the maximum overall loaded height, actual pallet thickness and box outside dimensions. The entered six-inch thickness is an example assumption. Boxes keep the entered orientation; rotate length and width yourself to compare a second layout.

Check carrier weight and stability requirements separately.

Pallet / Box Loading: changing Pallet length

Total boxes per pallet: assumed Pallet length scenarios.
Pallet lengthTotal boxes per palletVolume utilization
383070.2%
433062.0%
48 (example)4583.3%
534575.5%
584569.0%

Pallet / Box Loading: compare input ranges

Pallet / Box Loading Calculator: Total boxes per pallet with each input moved on its own, every other input held at the worked-example value.
InputTested fromToTotal boxes per pallet: low inputTotal boxes per pallet: high inputSwing
Pallet length4353304515 (33%)
Maximum stack height5466365418 (40%)
Box length1418453015 (33%)
Box height911543618 (40%)
Pallet width364445450
Pallet thickness (inches)5.46.645450
Box width111345450

Pallet / Box Loading: individual input comparisons

Pallet / Box Loading Calculator: change one input at a time; other values remain at the stated example.
InputValueTotal boxes per palletVolume utilization
Pallet length383070.2%
433062.0%
484583.3%
534575.5%
584569.0%
Pallet width323069.4%
364592.6%
404583.3%
444575.8%
486092.6%
Maximum stack height483685.7%
543675.0%
604583.3%
665490.0%
725481.8%
Pallet thickness (inches)4.84581.5%
5.44582.4%
64583.3%
6.64584.3%
7.24585.2%
Box length134567.7%
144572.9%
164583.3%
183062.5%
193066.0%
Box width106092.6%
114576.4%
124583.3%
134590.3%
143064.8%
Box height85480.0%
95490.0%
104583.3%
113673.3%
123680.0%

Total boxes per pallet: Pallet length against Pallet width

Pallet / Box Loading: Total boxes per pallet at combined Pallet length and Pallet width settings.
Pallet length / Pallet width324048
38203040
43203040
48304560
53304560
58304560

Pallet / Box Loading: values and definitions

Worked-example inputs and the results they produce for the Pallet / Box Loading Calculator.
Quantity and definitionValue used
Pallet length — Pallet length, in inches (48 is standard GMA).48
Pallet width — Pallet width, in inches (40 is standard GMA).40
Maximum stack height — Maximum allowed load height including the pallet, in inches.60
Pallet thickness (inches) — Measure your pallet; six inches is an example assumption, not a standard.6
Box length — Box length, in inches.16
Box width — Box width, in inches.12
Box height — Box height, in inches.10
Total boxes per pallet45
Volume utilization83.3%

Pallet length: half and double

Pallet / Box Loading scale comparison; assumed inputs.
Pallet lengthTotal boxes per pallet
2415
4845
9690

The percentage excludes the pallet’s own thickness and describes box volume inside the available rectangular load space. It does not certify stacking strength, restraint, forklift access, gross weight or carrier acceptance. Mixed or interlocked patterns require a separate layout.

Pallet planning is a packing problem: how many boxes fit on the base and how many layers fit under the height limit. A 48 by 40 inch pallet takes 3 boxes of 16 inches along its length and 3 of 12 inches across, so 9 per layer, and with a 60 inch limit and 10 inch boxes there are 6 layers, or 54 boxes. That uses about 90 percent of the available volume.

Turning the boxes could change the count, and the layout is worth testing.

Include the pallet's own height in the limit, and check the weight rating. Many pallets reach their weight limit before they reach their height limit.

Estimate shipping volume and cost with the cubic feet calculator and the unit-conversion pages, and connect to inventory decisions with the economic order quantity calculator. For bulky items, compare full pallets with parcel shipping. Confirm the load with your carrier before shipping.

Does the 60-inch limit include the pallet?

Yes. The calculator subtracts the entered pallet thickness before counting whole box layers.

Does nine boxes per layer prove the load can ship?

No. Weight, crushing strength, stability and carrier packaging rules remain separate. FedEx’s pallet guide also calls for avoiding unsupported overhang.