Which configuration should be used when rigging the litter for lifting?

Which configuration should be used when rigging the litter for lifting?

• A. rig it with a 4 point system
• B. rig it with a 3 point system
• C. rig it with a single line
• D. rig it with a 2 point system

Answer: (A)

Distributing the load across four points provides balanced lift and stable control. Attaching lines to all four corners of the litter creates a cradle that keeps the patient level, prevents sliding, and minimizes tilt as you raise and move it. This setup also adds redundancy: if one line or connection loosens a bit, the remaining lines still share the load, reducing the risk of a dangerous swing or tipping during the lift, especially over uneven terrain or obstacles. A single line concentrates force at one point, causing the litter to pivot and the patient to experience twisting forces. A two-point rig can still tilt and swing, making maneuvering risky, while a three-point rig, though more stable than a single or two-point, doesn’t distribute weight as evenly as a four-point system and is harder to balance consistently. Four points give the most even distribution and the greatest control for safe lifting and movement.

Distributing the load across four points provides balanced lift and stable control. Attaching lines to all four corners of the litter creates a cradle that keeps the patient level, prevents sliding, and minimizes tilt as you raise and move it. This setup also adds redundancy: if one line or connection loosens a bit, the remaining lines still share the load, reducing the risk of a dangerous swing or tipping during the lift, especially over uneven terrain or obstacles.

A single line concentrates force at one point, causing the litter to pivot and the patient to experience twisting forces. A two-point rig can still tilt and swing, making maneuvering risky, while a three-point rig, though more stable than a single or two-point, doesn’t distribute weight as evenly as a four-point system and is harder to balance consistently. Four points give the most even distribution and the greatest control for safe lifting and movement.