Find the most efficient container and package combination to load freight. 

As we've seen in the eLearning, we need to configure boxes so that we get as many as possible in an ULD. In the following example, we load a 40 foot container for shipment on a wide body aircraft. Determine the load planning configuration to get the maximum number of boxes into the aircraft.

Container dimensions		Length	Width	Height
	"	"	"
Package dimensions
Length	"
Width	"
Height	"

We have a standard 40' (FEU) that has internal dimensions of 473" x 91" x 93" high and boxes 36" long x 27" wide x 24" high.

We can put the boxes so the 36" side is across the container and the 27" side is lengthwise in the container. This gives us:

A = 473/27 = 17 long

B = 91/36 = 2 wide and

C = 93/24 = 3 high

1. So if we orient the boxes this way, we can fit:

A long by B wide by C high =

Volume Fill = cargo volume x 100 = __________

container volume

1. If we orient the boxes the other way:

X long by Y wide by Z high =

Volume Fill = cargo volume x 100 = __________

container volume

1. But an even better way is to put two boxes widthwise and one lengthwise to get:

27" + 27" + 36" = 90" in a container width of 91" (a perfect fit)

How many boxes total? ___________

Volume Fill = cargo volume x 100 = __________

container volume

1. Is the final volume fill acceptable?

1. If we determine that our weight is far below the capacity of the aircraft, can you think of ways we can change our load plan that would improve our percentage fill for the container?