Freight & Cargo Measurement Guide

Shipping measurements should normally use the packed outer dimensions, not the bare product dimensions. Measure the outermost points of the packed carton or cargo package after packaging, padding, wrapping, and protection are included.

Use consistent units, do not compress dimensions artificially, and measure irregular packages at their maximum external dimensions for simple box-based planning.

For ordinary rectangular cartons, 3D cargo measurement simply means measuring length × width × height. These three dimensions define the package's rectangular volume for manual freight calculations.

CargoMeasure calculators use manually entered dimensions. They do not perform camera-based 3D scanning or automated package recognition.

CBM means cubic meters. It describes shipment volume, or how much space the packed cargo occupies.

Use the CBM Calculator when you need shipment volume from packed dimensions and quantity.

Actual shipment weight is measured using a scale. For identical cartons, actual shipment weight equals weight per carton × quantity.

For example, 15 kg × 10 cartons = 150 kg. CBM and actual weight measure different things: CBM measures space, while actual weight measures mass.

Volumetric weight converts package dimensions into a weight-equivalent value using a divisor. This is useful when cargo is bulky relative to its scale weight.

Common planning values such as 5000 and 6000 are examples only. Verify the divisor required by your carrier, route, or service before making shipping decisions.

Estimate volumetric weight when you know carton dimensions and the divisor to use.

CargoMeasure's planning method compares total actual shipment weight with total volumetric shipment weight and uses the larger value as the estimated chargeable weight.

Actual carrier rules may differ because of rounding, package-level rules, minimums, service requirements, or route-specific methods.

Compare actual and volumetric weight when both weight values matter.

Freight density is shipment weight divided by shipment volume. It is commonly shown as kg/m³ or lb/ft³.

Using the example shipment, 150 kg ÷ 0.60 m³ = 250 kg/m³. Density describes weight per unit of volume, while volumetric weight converts dimensions into a weight-equivalent value using a divisor.

Calculate freight density from carton dimensions and weight or from known shipment totals.

Pallet planning adds pallet footprint, carton footprint, carton orientation, cartons per layer, number of layers, height limits, and optional weight limits.

TI means cartons per layer. HI means number of layers. Cartons per pallet equals TI × HI before optional weight limits. A geometric fit does not automatically mean the pallet is stable or safe to handle.

Plan carton palletization when you need TI, HI, loaded height, and pallet counts.

Container planning requires more than comparing shipment CBM with container CBM. It also needs internal length, internal width, internal height, carton orientation, door opening, and payload limits.

Shipment CBM being less than container CBM does not guarantee every carton physically fits. Rectangular dimensions, whole-carton counts, orientation, and door clearance can change the result.

Estimate container carton capacity when you need a geometric container loading estimate.

Use one shipment consistently: cartons measuring 50 × 40 × 30 cm, quantity 10, with actual weight of 15 kg each.

Pallet and container calculations need additional physical inputs such as pallet size, maximum loaded height, container internal dimensions, door opening, and payload limits, so they should be handled separately.