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Weigh or Cubage ? |
The Gross weight or the Cubed Weight of the loads, it defines the value to be I paid by the transport, in agreement with his/her modality, besides being an important factor for his/her handling and the transport of the commodities.
The transport of the load is collected in agreement with the weight of the merchandise or the space that she occupies, always what goes larger.
Know as to do these calculations and to advance their transport costs, discovering if he/she sweats load possesses or cubature.
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The cubature is calculated multiplying the measures of Length x Height x Width (LHW) of each volume to be transported. |
| BOX WITH GROSS WEIGHT OF 5 KG | ![]() |
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| Length | Height | Width | |
| 0,40 | 0,40 | 0,40 | |
| Result | 0,064m³ | ||
| CYLINDER WITH GROSS WEIGHT OF 1.500 KG | ![]() |
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| Length | Diameter | Diameter | |
| 2,100 m | 1,000 m | 1,000 m |
For cylindrical volumes, he multiplies the diameter 2 times |
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Result |
2,100 m³ |
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In the aerial transport, for regulation IATA, an aircraft accommodates 166,66 kg in 1 cubic meter, in other words, the weight relationship / volume is of 1:6 |
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The calculation is always the same : X m³ x 166,66 Kg |
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Retaking the given examples, we will observe how it is the Gross weight relationship and Weight Cubed in the aerial transport |
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Type |
Gross weight | Cubed | Cubed weight | |
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Box |
5 Kg | 0,064 m³ | 10,66 Kg | |
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Cylinder |
1.500 Kg | 2,10 m³ | 349,98 Kg | |
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In the marine transport, for convention 1 ton and equal to 1m³ |
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Retaking the given examples, we will observe how it is the Gross weight relationship and Weight Cubed in the marine transport |
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Type |
Gross weight | Cubed | Cubed weight | |
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Box |
5 Kg | 0,064 m³ | 1 Ton | |
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Cylinder |
1.500 Kg | 2,10 m³ | 2,10 Ton | |
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| Rule | |