Which option correctly describes how to use webbing around an anchor?

Which option correctly describes how to use webbing around an anchor?

• A. Basket wrap, basket, loop wrap or loop
• B. Single wrap with no loop options
• C. Wrap around twice and cinch with a knot
• D. Wrap and secure with a carabiner only

Answer: (A)

Distributing the load around the anchor with webbing is essential for a secure, redundant anchor. Using a basket wrap, a basket, or a loop wrap/loop creates multiple strands and a larger contact area around the anchor, so the force is spread rather than concentrated on a single point. This reduces the chance of the webbing slipping, deforming, or failing under load and provides solid attachment points (loops) to clip into with a carabiner or rope. A single wrap with no loop lacks redundancy and is more likely to slip or shift under load. Wrapping twice and cinching with a knot introduces weak points and unpredictable load paths; knots in anchor webbing can reduce strength and aren’t recommended for distributing force. Relying on a carabiner alone around the anchor doesn’t provide proper load distribution or redundancy and can fail if the carabiner is loaded in an unfavorable direction or becomes unclipped.

Distributing the load around the anchor with webbing is essential for a secure, redundant anchor. Using a basket wrap, a basket, or a loop wrap/loop creates multiple strands and a larger contact area around the anchor, so the force is spread rather than concentrated on a single point. This reduces the chance of the webbing slipping, deforming, or failing under load and provides solid attachment points (loops) to clip into with a carabiner or rope.

A single wrap with no loop lacks redundancy and is more likely to slip or shift under load. Wrapping twice and cinching with a knot introduces weak points and unpredictable load paths; knots in anchor webbing can reduce strength and aren’t recommended for distributing force. Relying on a carabiner alone around the anchor doesn’t provide proper load distribution or redundancy and can fail if the carabiner is loaded in an unfavorable direction or becomes unclipped.