How to calculate volumetric weight, volumetric weight calculation formula

Volumetric weight is calculated as follows:

Length (cm) x Width (cm) x Height (cm) 5,000 cubic centimeters = kilograms.

In inches, the divisor will be changed to 305 (previously 366).For countries or regions in pounds, the divisor is revised to 139 in inches (previously 166).

Calculation method: 1) Chargeable weight: The airline stipulates that when the cargo is small in size and large in weight, it will be calculated according to the actual weight; When the volume of the goods is large and the weight is small, it is calculated by volume.

In centralized consignment, a batch of goods consists of several different goods, including light and heavy cargo. The chargeable weight is calculated as the higher of the total gross weight or the total volumetric weight of the entire shipment.

2) Types of airline tariffs and charges.

1.Rates: The fees charged by the carrier for the specified unit of weight (or volume) for the transportation of goods are called tariffs.

Tariffs refer to airport-to-airport (airport-to-airport) air charges, excluding other charges charged by carriers, **persons or airports.

2.Transportation charges: The transportation charges for each shipment that the consignor or consignee should pay according to the applicable freight rate are called freight.

3.Airlines charge international air freight rates at three regional rates set by the International Air Transport Association. Zone 1 Main Guide: North America, Greenland, etc.; Zone 2 mainly refers to Europe, Africa, Iran, etc.; Zone 3 mainly refers to Asia and Australia.

4.There are four main categories of air cargo tariffs:

1) General Cargo Rate (GCR);

2) Special cargo rate or designated commodity freight rate (Special cargo rate; specific commodity rate“scr”）；

3) Class Rate ("CCR") of the goods;

4) Unitized Consignments Rate (UCR).

3) Minimum freight: It is the minimum freight that airlines can accept for a batch of goods, regardless of the weight or volume of the goods, and the minimum amount that should be charged for transporting a batch of goods between two points. Different regions have different minimum shipping costs.

4) Other provisions on tariffs: Various air tariffs and charges have the following points in common:1

The fare refers to the transfer from one airport to another. And only in one direction. 2.

Other additional costs are not included. Such as pick-up, customs clearance, handover and warehousing costs, etc. 3.

Tariff. It is often published in local currency. 4.Freight rates are generally calculated in kilograms or pounds. 5.The tariff in the air waybill is the tariff applicable on the date of issue.

Units of length. is inch:

Volumetric weight. lb) = (length (inch) * width (inch) * height (inch)) 166

The unit of length is centimeters (cm).

Volumetric weight (lb) = (length (cm) * width (cm) * height (cm)) * For example: the carton volume is 12 (inch) (inch) (inch) (inch) and 10 (inch) high while the actual weight is 5lb

The volumetric weight of the item is: 12*11*10 166 = so the actual charge is based on the billing. That is, there is a shipping fee of 8lb.

Volumetric weight calculation formula: volumetric weight (kg) = length * width * height (cm) 6000.

Of course, different courier companies will vary, some are divided by 8000 by the volume of the package, and some are divided by 5000, such as AIOexpress. If one side does not exceed 60cm, there is no need to calculate the volume weight, and all charges are based on the actual weight.

Measure the size of the outer box, calculate the size of the longest, widest and highest part of the natural outline of the outer packaging, and use centimeters as the basic unit for measurement, and the length of less than 1 cm is calculated by 1 cm.

Length (cmcm) x Width (cm cm) x Height (cm cm) 6000 = Volumetric weight in kilograms.

The volume is calculated in terms of length, width and height, and is expressed by the letter v (volume) = a (length) b (width) h (height) or v=s (area) h.

Volumetric weight is a parameter that indicates the density of an object, and for an object of the same volume, the density of an object with a large weight is high.

Density = m v.

Unit: g cm3; kg/m^3; g/m^3; kg/cm^3

For liquids or gases, kilograms per liter (kg l) and grams per milliliter (g ml) are also used.

When measuring the volume of liquids, the units are generally liters (l) and milliliters (ml), and the units of weight are generally kilograms (kg).

1 cubic decimeter = 1 liter. 1 cubic centimeter = 1 milliliter. 1 cubic decimeter = 1000 cubic centimeters. 1 liter = 1000 ml.

Relationship between volume and weight:

w = v x d

where w is the weight (in grams); v is the volume (in milliliters); d is the density: g ml

If the substance is water (d = 1 g ml), then 1 liter = 1000g = 1 kg

Summary. Weight calculation formula: weight = length x width x height where:

Length, width, and height are all calculated in centimeters. The analysis is as follows: weight = density multiplied by volume, at room temperature and pressure, the density of iron is, read as grams per cubic centimeter.

And the volume of the iron block is equal to the length x width x height (here it can only be calculated for the regular iron block) then the weight = grams per cubic centimeter x length x width x height, the length, width, and height are all in centimeters, so the result is how many g. The final result is divided by 1000 and converted to kg. （1kg=1000g）

How to calculate the weight of the outer box.

Weight calculation formula: weight = length x width x height wherein: length, width, height, are all calculated in centimeters.

The analysis is as follows: weight = density multiplied by volume, at room temperature and pressure, the density of iron is, read as grams per cubic centimeter. And the volume of the iron block is equal to the length x width x height (here it can only be calculated for the regular iron block) then the weight = grams per cubic centimeter x length x width x height, the length, width, and height are all in centimeters, so the result is how many g.

The final result is divided by 1000 and converted to kg. （1kg=1000g）

Calculation method of outer box weight Length * width * height divided by 5000 = weight, this is the algorithm in international express.

Outer carton carton How to put 100 small cartons inside.

The weight of one hundred small boxes is calculated as the net weight of the relative weight of the carton = the anatomical area of the carton The gram weight of the cardboard When the height of the inner crank is equal to the height of the outer crank, the above formula = [(width + height) 2 (length + width)] Gram weight of paper + gram weight of tile paper + gram weight of paper].

Effective February 1, 2009, the calculation standard for DHL and UPS shipments has been changed from 6,000 to 5,000.

Such as volume size: 100cmx100cmx100cm express.

Old volume weight calculation: 100x100x100 6000 = chargeable weight 167kg.

New volume weight calculation: 100x100x100 5000=200kgChargeable weight 200kg.

Volumetric weight in brief.

The calculation of the freight rate of air freight is determined by multiplying the freight rate per kilogram by the number of "kilograms" of the goods, but the number of "kilograms" here refers to the number of chargeable weight kilograms of the goods, and the number of chargeable weight kilograms is not necessarily equal to the number of kilograms that ordinary people understand that the goods are weighed by scales.

The chargeable weight is calculated according to the physical weight of the goods and the "volumetric weight" of the goods. The physical weight is easy to understand, that is, the weight of the goods weighed on the scale, and what is the "volumetric weight" of the goods? Due to the limited cargo hold volume of the aircraft cargo, the International Air Transport Association (IATA) has determined the standard formula of "volumetric weight" in order to balance the relationship between the actual weight of the cargo and the volume occupied by the cargo when airlines charge for freight.

g = mg = pvg object floats, when suspended, buoyancy is equal to gravity, g = f float = liquid g v row v=m v = g g when the object is suspended, v object = v row = f float g