Cargo floor limitations are how many pounds per square foot?

Cargo floor limitations are how many pounds per square foot?

• A. 200 lbs per square foot
• B. 300 lbs per square foot
• C. 350 lbs per square foot
• D. 400 lbs per square foot

Answer: (B)

Cargo floor limitation is the maximum weight the floor can safely bear per square foot of area. This rating guides how you load cargo so that the weight is distributed rather than concentrated in a single spot, which helps the structure withstand ground handling and in-flight loads. For the UH-60, the documented floor load limit is 300 pounds per square foot. This figure comes from the floor’s structural design—the panels, support members, and tie-down points—so loading stays within what the airframe can safely handle during all phases of flight. When loading, spread the weight across the cabin floor as evenly as possible, using pallets or mats to avoid concentrating heavy items in one area. If you anticipate loads that would exceed this rating, revise the loading plan or choose a different transport method. Other numbers would not reflect the aircraft’s designed capacity and could over-stress the floor.

Cargo floor limitation is the maximum weight the floor can safely bear per square foot of area. This rating guides how you load cargo so that the weight is distributed rather than concentrated in a single spot, which helps the structure withstand ground handling and in-flight loads.

For the UH-60, the documented floor load limit is 300 pounds per square foot. This figure comes from the floor’s structural design—the panels, support members, and tie-down points—so loading stays within what the airframe can safely handle during all phases of flight. When loading, spread the weight across the cabin floor as evenly as possible, using pallets or mats to avoid concentrating heavy items in one area. If you anticipate loads that would exceed this rating, revise the loading plan or choose a different transport method. Other numbers would not reflect the aircraft’s designed capacity and could over-stress the floor.