This end-to-end optimizer connects carton geometry, pallet limits and container floor planning instead of forcing you to run three separate calculators. It is built for fast scenario checks when packaging, pallet height or container choice changes.
How to use this calculator
Enter the carton dimensions and weight, pallet footprint, pallet/packaging tare, loaded-height and gross-weight limits, then select a container. The result shows TI, layers, cartons per pallet, loaded pallet gross weight, pallets on the container floor and the resulting carton count.
Formula and method
The pallet stage uses a rectangular row-packing heuristic with base rotation. Height and the entered gross pallet-weight limit cap the load; pallet/packaging tare is deducted before carton capacity is calculated. The container stage applies the same footprint logic to the pallet bases on the selected nominal container floor.
Worked example
If a carton change raises TI from 8 to 10 while the same number of layers still fit, cartons per pallet rise by 25 percent before the container calculation is even considered. The chained result makes that packaging leverage visible.
What to check before you ship
Treat the result as a transparent planning estimate. The entered tare should include the pallet plus known packaging/securing weight. Carton compression, overhang, load stability, container payload, door clearance, dunnage and load-securing rules can still reduce the executable count.
Why the result matters
Accurate dimensions and weights help with quoting, space planning and avoiding preventable adjustments. Always use the packaged outside dimensions that will actually be tendered for transport, and verify any carrier-specific rules that affect billing or classification.
The carton-to-container planning workflow explains the sequence behind this connected estimate. Validate actual equipment dimensions against the container reference.