Volumetric Weight
Calculator
Results
- Volumetric weight (kg)
- 14.4
- Volume (cm³)
- 72,000
- Volume (m³)
- 0.072
Results
| Volumetric weight (kg) | 14.4 |
| Volume (cm³) | 72,000 |
| Volume (m³) | 0.072 |
formula-map diagram
- Volumetric weight (kg)
- 14.4
- Volume (cm³)
- 72,000
- Volume (m³)
- 0.072
Diagram
Formula
Volumetric weight = (L × W × H) ÷ dimensional divisor= 14.4
Note
This is a simplified model using standard logistics formulas; real-world contracts, carrier rules, and regulations may add further terms.
More in Logistics and shipping
See all →Frequently asked questions
What is volumetric weight and why does it exist?+
Volumetric (dimensional) weight estimates how much space a package takes up relative to its actual weight. Carriers charge based on whichever is higher — actual weight or volumetric weight — because a large, light box still takes up truck or plane space that could carry something heavier.
What inputs does the calculator need?+
The package's length, width, and height, plus a volumetric divisor (also called a dim factor) set by the carrier — common values are 5000 or 6000 for cm/kg, or 139 or 166 for in/lb.
How is volumetric weight calculated?+
Multiply length × width × height, then divide by the carrier's divisor. For example, a 40 × 30 × 20 cm box divided by 5000 gives a volumetric weight of 4.8 kg.
Why does a light but bulky box sometimes cost more to ship than expected?+
If the box is large relative to its actual weight, its volumetric weight exceeds its actual weight, and the carrier bills based on the volumetric figure — so packaging efficiency directly affects shipping cost.
Why do different carriers give different volumetric weight results for the same box?+
Each carrier sets its own divisor, and divisors also differ by shipping mode (air vs. ground) and by unit system (metric vs. imperial), so always confirm which divisor applies to your specific carrier and service before comparing quotes.