Pallet calculator method
The calculator tests the entered carton footprint in its original and 90-degree rotated orientations, keeps the larger whole-carton grid, and multiplies by whole vertical layers.
Calculate carton fit, stack height, payload, utilization, and pallets required from the dimensions and limits you actually use.
Cartons per pallet
20 cartonsAxis-aligned planning estimate only; confirm stability, compression, securing, pallet rating, and operating limits separately.THE LOAD BEGINS WITH THE DECK
This is a simple axis-aligned planning grid. It makes the winning carton orientation, height limit, and partial final pallet visible without promising a production-safe load.

THE FIELD NOTES
Use the result now, then read the practical notes for assumptions, examples, limitations, and the choices behind it.
4 per layer · 5 layers · 5 pallets for 100 cartons
The calculator tests the entered carton footprint in its original and 90-degree rotated orientations, keeps the larger whole-carton grid, and multiplies by whole vertical layers.
Measure the finished carton and use the usable pallet deck, not nominal product dimensions.
The model does not interlock mixed orientations within one layer, overhang cartons, rotate them vertically, or optimize mixed SKUs.
The entered payload cap is a planning constraint, not proof of a safe load. Center of gravity, compression strength, crush risk, load securing, racking rules, and carrier limits remain outside the model.
THE PRODUCT IS NEXT
The calculator tests the entered carton footprint in its original and 90-degree rotated orientations, keeps the larger whole-carton grid, and multiplies by whole vertical layers.
It compares that geometric capacity with the entered payload limit, keeps the lower whole-carton capacity, and rounds the carton run upward to whole pallets.
Measure the finished carton and use the usable pallet deck, not nominal product dimensions.
Keep every dimension in inches, include the empty pallet in the total height limit, and use packed carton weight.
The model does not interlock mixed orientations within one layer, overhang cartons, rotate them vertically, or optimize mixed SKUs.
Real fit can change with tolerances, stretch wrap, edge protection, pallet condition, and handling equipment.
The entered payload cap is a planning constraint, not proof of a safe load. Center of gravity, compression strength, crush risk, load securing, racking rules, and carrier limits remain outside the model.
Verify the final pattern and load with your pallet, carton, warehouse, and carrier specifications.
Calculate whole cartons across pallet length and width, choose the better horizontal orientation, then multiply by whole layers inside the height limit.
It can compare a 90-degree rotation on the pallet deck. It does not rotate cartons vertically or mix orientations inside a layer.
No. Weight, stability, compression, securing, pallet condition, and operating rules require separate review.
BUILT BY LOOK ATLAS
Turn a simple product photo into polished, campaign-ready creative for your store, ads, and social channels. No studio. No reshoots.
Create your first shoot free, then keep going when you’re ready.