Which harness is described as a full body harness used for a two-person load?

Which harness is described as a full body harness used for a two-person load?

• A. Seat belt style harness
• B. Class II harness
• C. Class I harness
• D. Class III harness

Answer: (D)

The main idea is that two-person loads require a harness that is truly a full-body design with secure support across the torso and legs. A two-person load means the harness must reliably carry the combined weight of two people, which demands stronger construction and multiple attachment points to distribute force safely. A Class III harness is built as a full-body harness with proper leg straps and shoulder straps, designed to handle higher, distributed loads typical of rescue or hoisting scenarios. It provides the necessary support and load distribution to keep both occupants secure, which is why it’s the best choice for a two-person load. In contrast, a seat belt style harness wraps only around the waist and isn’t suited for fall arrest or distributing loads through the legs and hips. The other classes generally refer to lighter-duty or belt-based configurations that don’t offer the same full-body support or load capacity.

The main idea is that two-person loads require a harness that is truly a full-body design with secure support across the torso and legs. A two-person load means the harness must reliably carry the combined weight of two people, which demands stronger construction and multiple attachment points to distribute force safely.

A Class III harness is built as a full-body harness with proper leg straps and shoulder straps, designed to handle higher, distributed loads typical of rescue or hoisting scenarios. It provides the necessary support and load distribution to keep both occupants secure, which is why it’s the best choice for a two-person load.

In contrast, a seat belt style harness wraps only around the waist and isn’t suited for fall arrest or distributing loads through the legs and hips. The other classes generally refer to lighter-duty or belt-based configurations that don’t offer the same full-body support or load capacity.