4013 cubic feet for a standard 53' dry van.
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You need to also know the width and height of the trailer before you can calculate the volume.
53*102/12*110/12 = 4129.5833333 ...... cubic feet
Hello! To answer your question, there are approximately 4,103 cubic feet in a 53ft trailer.
53
In order to be legal on the road, the maximum width of the trailer is 8.5 feet. That means that a 53 foot trailer with 1375 cubic feet of capacity would end up being 3 feet tall.
53' x 8.5' x 9' = 4054.5 cubic feet => 4054.5 cubic feet / 27 cubic feet/cubic yard = 150.17 cubic yards.
The interior dimensions of a 53' semi trailer is 52 feet in length and 99 inches in width. The capacity is 4050 cubic feet.
Multiply length X width X height of trailer to find total cubic measure.
4054.5
A 53-foot trailer holds 3816 cubic feet of air (8' wide by 9' high by 53' long). The floor space on an 8' x 53' trailer would be 424 sq. ft.
length x width x height? Basically, but you need to get the height at both ends; sometimes they make the front a couple inches shorter than the back, for aerodynamics.
The number of bales that can fit onto a semi will depend on the width and length of the semi's trailer and the overall cubic feet of each bale. A standard semi trailer in North America can be 8 feet to 8 feet 6 inches wide by 13 feet 6 inches high and anywhere from 28 to 53 feet long. Small square hay bales are usually 5.25 to 6 cubic feet. So if multiple the height by width, by length, you'll get the cubic feet of the trailer, you then divide that number by the cubic feet of the hay bales to figure out how many will fit in each size of trailer.
416sq ft
23 x 53 is 1219 square inches or 8.47 square feet. To find cubic feet, we'd have to know the third dimension: depth.
450
About 40,000 pounds worth, which is enough to fill a 53-foot trailer to about three feet deep. It would be silly to use a 53-foot trailer for a load like that, so they'd use a short trailer.