Freight scanning determines how goods are measured, routed and charged inside Australian carrier networks. This guide explains how cubic weight is calculated, how DIM scanners work, what happens inside depots and why reweigh or reclass charges are applied.
Home Freight Blog How Freight Scanning Works: Cubic Weight, DIM Scanning & Depot Handling
Every item that enters an Australian carrier’s network—whether a carton, pallet, skid or bulky item—is scanned to determine its dimensions, weight, routing and chargeable weight.
These scans ensure freight is handled safely, billed accurately and allocated to the correct depot workflow and linehaul vehicle.
Understanding how freight scanning works helps businesses reduce reweigh charges, avoid delivery delays and prevent unexpected invoice adjustments.
Cubic weight, also known as volumetric or DIM weight, converts the space freight occupies into a billable weight.
Australian carriers use cubic weight to ensure large, lightweight items contribute fairly to vehicle space compared with dense, heavy freight.
Chargeable weight is the higher of cubic weight or actual dead weight.
DIM scanning stands for Dimensioning, Identification and Weighing.
It is an automated process that measures freight using lasers, infrared sensors or 3D imaging technology.
Most medium and large carriers in Australia use DIM systems to improve accuracy, efficiency and billing consistency.
DIM scanners are positioned at key points within carrier depots, such as inbound docks, conveyor lines or outbound sortation zones.
Freight passes through the scanning zone or is placed on a scanning platform, where sensors record precise measurements.
Captured data is automatically matched against the booking information provided by the customer.
Once scanning is complete, freight enters the depot’s internal handling workflow.
Handling processes differ depending on whether freight is cartonised, palletised or oversized.
Reweigh and reclass charges occur when scanned dimensions or weights differ from what was declared at booking.
These charges are not penalties; they reflect the correct space, weight and handling required for the freight.
Most discrepancies are caused by measurement errors or freight changing shape during transit.
Accurate measurement and proper packaging significantly reduce billing disputes and unexpected charges.
Most reweigh issues are preventable with consistent preparation standards.
Freight scanning affects more than pricing; it improves delivery accuracy and safety.
DIM data helps carriers allocate freight to the correct vehicle, route it through the right network and balance loads correctly.
QFM works with carriers that operate advanced DIM and weighing systems across Australian depots.
We help businesses reduce scanning discrepancies by reviewing freight profiles, packaging standards and recurring reweigh patterns.
Our team analyses measurement data, audit images and scan logs to ensure freight charges are accurate and transparent.
If you’re experiencing repeated reweigh or reclass charges, QFM can review your freight data and provide a strategy to reduce discrepancies and improve DIM accuracy.