Which approach best ensures safe load distribution when rigging multiple anchors?

• A. Relying on a single anchor.
• B. Evaluating geometry and testing load paths to distribute load.
• C. Ignoring anchor redundancy.
• D. Using equal rope lengths without considering angle.

Answer: (B)

Understanding how forces travel through a rig with multiple anchors is the key idea. When you have more than one anchor, the load on each anchor is not fixed or automatic; it depends on the geometry of the setup and the direction of the pull. By evaluating the geometry and testing the load paths, you actively shape how the load is shared among the anchors and ensure no single point bears an excessive portion of the force. This foresight helps keep each anchor within its rated capacity and preserves the system’s redundancy if something shifts or another anchor starts to carry more load than planned.

In practice, this means checking how the lines run between anchors, where the pull will actually be directed, and how the forces vector through the rigging will split across the anchors. Verifying these load paths before committing to a lift or movement lets you adjust anchor positions or directions to achieve safer distribution. Simply relying on a single anchor, ignoring redundancy, or using equal rope lengths without considering the angles can all lead to uneven loading or unexpected failures when the system is loaded.