Use this freight linear feet calculator to estimate how much trailer floor length a shipment occupies from its handling-unit count, footprint, and stackability. The default is the common identical-pallet job; mixed sizes are available as a separate conservative estimate.
Verify the load before quoting
The result is a planning footprint. Confirm the physical handling units and the carrier rules that apply to the actual shipment.
Worked example
- A 40 width allows two pallets across a 96 planning width.
- 10 ground pallets form 5 rows.
- 5 rows × 48 ÷ 12 = 20 linear ft.
Identical versus mixed handling units
Use the identical flow when every footprint and stack condition matches. Use mixed mode for different skid or crate groups, and treat its total as conservative because the calculator does not combine partial rows across groups.
Floor space is not load approval
A load can fit by length and still fail on door clearance, height, axle distribution, securement, handling, or weight. Use the estimate to request a quote and provide complete dimensions rather than as permission to load.
Frequently asked questions
How to calculate linear feet for freight?
Find the number of trailer rows from the handling-unit count, widths, and accepted stack level. Multiply whole rows by the front-to-back unit length, divide inches by 12, and round occupied floor length up to a whole foot.
How many linear feet is a 48 pallet?
One 48 pallet uses 4 linear ft when it occupies a row by itself. Two compatible pallets placed side by side in the same 96 -wide row still use 4 linear ft together.
Does stacking reduce freight linear feet?
It can reduce ground positions when the freight can safely be stacked and the carrier accepts it as stackable. If either condition is uncertain, calculate it as non-stackable.
Does a certain number of linear feet trigger a carrier charge?
There is no universal trigger. Check the current rules tariff and your pricing agreement for the specific carrier and service; length may also interact with width, weight, density, or other capacity conditions.