To calculate cargo capacity from bale, first determine the volume of the bales by measuring their dimensions (length, width, and height) and multiplying these measurements together. Then, convert the volume into cubic meters or another relevant unit. Finally, multiply the total volume by the density of the cargo to find the weight capacity, ensuring that the cargo does not exceed the maximum allowable weight for the transport vehicle.
Vessel utilization is calculated by dividing the total cargo capacity used by the total cargo capacity available. The formula is: Vessel Utilization (%) = (Cargo Volume Loaded / Total Cargo Capacity) × 100. This metric helps assess how efficiently a vessel is being used, indicating the proportion of its capacity that is actually utilized for transporting goods. High utilization rates generally reflect better operational efficiency and profitability.
According to the German Loss Prevention for Cargo site, below, a bale with its packaging weighs 100Kg.
The maximum cargo capacity of the 2009 Chevrolet Express-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2014 Chevrolet Express-Cargo is 270.4 cu.ft..
The maximum cargo capacity of the 2002 GMC Savana-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2004 GMC Savana-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2003 GMC Savana-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2005 GMC Savana-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2005 Chevrolet Express-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2011 GMC Savana-Cargo is 270.4 cu.ft..
The maximum cargo capacity of the 2010 Chevrolet Express-Cargo is 267.3 cu.ft..
The maximum cargo capacity of the 2012 GMC Savana-Cargo is 239.7 cu.ft..