Enter the dimensions and conversion factor into the calculator to determine the weight.

Dimension To Weight Calculator

Dimension To Weight Formula

The following equation is used to calculate the weight from the dimensions.

Weight = (Length * Width * Height) / Conversion Factor
  • Where Weight is the calculated weight (in your chosen units)
  • Length is the length of the object
  • Width is the width of the object
  • Height is the height of the object
  • Conversion Factor adjusts the dimensions to weight

To calculate the weight, multiply the length, width, and height, then divide the result by the conversion factor.

Dimensions to Dimensional Weight Conversion Table (in to lb, divisor = 139)
Box size (L×W×H, in) Dimensional weight (lb)
6 × 4 × 40.691
6 × 6 × 61.554
8 × 6 × 41.381
8 × 8 × 83.683
9 × 6 × 31.165
10 × 8 × 63.453
12 × 9 × 43.108
12 × 8 × 64.144
12 × 10 × 86.906
12 × 12 × 1010.360
12 × 12 × 1212.432
14 × 10 × 88.058
15 × 12 × 1012.950
16 × 12 × 811.050
18 × 12 × 1218.647
18 × 14 × 610.878
20 × 16 × 1023.022
20 × 16 × 1227.627
22 × 18 × 1234.187
24 × 18 × 1237.295
* Rounded to 3 decimals. Uses the common imperial dimensional weight divisor of 139 in³/lb. Formula: weight = L × W × H ÷ 139.

What is a Dimension To Weight Calculator?

Definition:

A Dimension To Weight Calculator is a tool that estimates an object’s weight based on its dimensions and a conversion factor, commonly used in shipping and logistics.

How to Calculate Weight from Dimensions?

Example Problem:

The following example outlines the steps and information needed to calculate the weight from dimensions.

First, determine the dimensions. In this example, assume the length is 10 units, the width is 5 units, and the height is 2 units.

Next, determine the conversion factor. In this example, the conversion factor is 2.

Finally, calculate the weight using the formula above:

Weight = (Length * Width * Height) / Conversion Factor

Weight = (10 * 5 * 2) / 2

Weight = 50

FAQ

What factors can affect the calculated weight?

The calculated weight can be influenced by measurement precision, the accuracy of the conversion factor, consistent use of units, and rounding during calculations.

How can I adjust the conversion factor for different materials?

The conversion factor may vary by material density and other properties; always ensure you are using the correct factor for the material at hand for accurate results.

Can this calculator determine a missing dimension if weight is provided?

Yes, if exactly one field is left empty, the calculator rearranges the formula to compute the missing value, whether it’s a dimension, the conversion factor, or the weight.