Enter the pallet length (in), the pallet height (in), and the pallet width (in) into the Pallet Volume Calculator. The calculator will evaluate and display the Pallet Volume.
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Pallet Volume Formula
The calculator runs in two modes. Each mode uses a different formula.
Volume mode finds the cubic space a loaded pallet occupies:
V = L * W * H
- V = pallet load volume
- L = pallet length
- W = pallet width
- H = load height measured above the pallet deck
Boxes on pallet mode finds the maximum number of identical boxes that fit:
N = floor(L/a) * floor(W/b) * floor(H/c)
- N = total boxes on the pallet
- a, b, c = box side lengths in the chosen orientation
- floor() = round down to the nearest whole box
If you supply a weight limit and per-box weight, the final count is also capped by:
N_weight = floor(W_limit / W_box)
Assumptions: boxes are stacked in a single uniform orientation per layer with no overhang past the pallet edges. The deck thickness of the pallet itself is not included in load height. The calculator tests all six orientations of the box and returns the one that yields the highest count. Volume utilization is reported as N * (a*b*c) / (L*W*H).
The Volume tab gives you total cubic feet, cubic meters, and footprint area. The Boxes on pallet tab gives you boxes per layer, number of layers, the row pattern, the limiting factor (space versus weight), and the percent of the pallet envelope filled.
Reference Tables
Common pallet sizes and their loaded volume at typical shipping heights:
| Pallet | Footprint | Volume at 48 in load | Volume at 60 in load |
|---|---|---|---|
| North America (48 × 40 in) | 13.33 ft² | 53.3 ft³ / 1.51 m³ | 66.7 ft³ / 1.89 m³ |
| EUR 1 (1200 × 800 mm) | 10.33 ft² | 41.3 ft³ / 1.17 m³ | 51.7 ft³ / 1.46 m³ |
| Euro/Asia (1200 × 1000 mm) | 12.92 ft² | 51.7 ft³ / 1.46 m³ | 64.6 ft³ / 1.83 m³ |
| Asia (1100 × 1100 mm) | 13.02 ft² | 52.1 ft³ / 1.48 m³ | 65.1 ft³ / 1.84 m³ |
| 42 × 42 in | 12.25 ft² | 49.0 ft³ / 1.39 m³ | 61.3 ft³ / 1.73 m³ |
Typical load height limits used by carriers and warehouses:
| Scenario | Load height (above deck) | Total height |
|---|---|---|
| LTL freight, single stack | 48 in | ~54 in |
| Truckload, double-stackable | 42 to 48 in | ~48 to 54 in |
| Air freight (ULD-restricted) | 60 in | ~66 in |
| Ocean container, floor stack | 84 to 90 in | ~90 to 96 in |
| Warehouse rack bay | 54 to 60 in | ~60 to 66 in |
Worked Example
You ship 12 × 10 × 8 in cartons on a 48 × 40 in pallet, max load height 48 in, weight limit 2,000 lb, box weight 35 lb.
- Test orientations. The best fit is 12 in along length, 10 in along width, 8 in vertical.
- Per layer: floor(48/12) × floor(40/10) = 4 × 4 = 16 boxes.
- Layers: floor(48/8) = 6.
- Space-limited count: 16 × 6 = 96 boxes.
- Weight cap: floor(2000/35) = 57 boxes.
- Final: 57 boxes. Weight is the limiting factor.
FAQ
Should load height include the pallet itself? No. Enter only the height of the goods stacked above the deck. Carriers usually quote total height separately, so add the pallet thickness (about 5 to 6 in for a standard wood pallet) when comparing to a trailer or container limit.
Why does the calculator try every orientation? Box fit is sensitive to which side faces up. A 12 × 10 × 8 box can fit very differently when 8 is the height versus when 12 is the height. The calculator picks the orientation that maximizes total count.
Does the result account for overhang or interlocking patterns? No. The fit assumes a single uniform column-stack pattern with no overhang. Interlocked or pinwheel patterns can sometimes fit one or two more boxes per layer, but they reduce stack stability.
What if my boxes are mixed sizes? Run the calculator once per box type using the remaining height after the previous stack, or use an average box footprint as an estimate.
Why is volume utilization below 100%? Boxes rarely tile perfectly into the pallet footprint. Gaps along the edges and unused height under the maximum show up as lost utilization. Anything above 85% is good for non-custom box sizes.
