For the M1102 LTT using a 25K sling set, what are the front link count, rear link count, and number of breakaways?

For the M1102 LTT using a 25K sling set, what are the front link count, rear link count, and number of breakaways?

• A. 16, 6, 2
• B. 19, 4, 1
• C. 18, 5, 0
• D. 17, 5, 1

Answer: (D)

Understanding how to rig a sling load is about placing the load’s center of gravity so the helicopter can lift it smoothly and maintain stable flight. For the M1102 LTT with a 25K sling set, the rigging chart specifies exact link counts on the front and rear legs and the number of breakaways to use. The configuration calls for 17 links on the front leg, 5 links on the rear leg, and one breakaway. Having more links on the front leg helps position and balance the load toward the helicopter’s nose, improving lift stability and reducing unwanted tail swing during pickup and flight. The shorter rear leg keeps the load within the helicopter’s lateral and tail clearance limits. The single breakaway provides a controlled release point if the rigging encounters excessive tension or jams, preventing a more dangerous failure of the sling system. Other link-count combinations would alter the load’s balance or geometry, potentially causing instability or excessive strain, which is why the specified counts are used for this setup.

Understanding how to rig a sling load is about placing the load’s center of gravity so the helicopter can lift it smoothly and maintain stable flight. For the M1102 LTT with a 25K sling set, the rigging chart specifies exact link counts on the front and rear legs and the number of breakaways to use. The configuration calls for 17 links on the front leg, 5 links on the rear leg, and one breakaway.

Having more links on the front leg helps position and balance the load toward the helicopter’s nose, improving lift stability and reducing unwanted tail swing during pickup and flight. The shorter rear leg keeps the load within the helicopter’s lateral and tail clearance limits. The single breakaway provides a controlled release point if the rigging encounters excessive tension or jams, preventing a more dangerous failure of the sling system.

Other link-count combinations would alter the load’s balance or geometry, potentially causing instability or excessive strain, which is why the specified counts are used for this setup.