How would you describe a proper load-testing procedure for a rescue anchor?

• A. Apply a moderate load at random; observe.
• B. Test by applying the maximum possible load until failure.
• C. Test only after the operation.
• D. Apply a controlled load near anticipated working load, observe stability, verify redundancy, and re-check connections.

Answer: (D)

Testing an anchor’s load-bearing ability in rope rescue is about confirming it behaves as expected under realistic conditions while staying within safe margins. The best approach is to apply a controlled load near the anticipated working load and watch how the system responds. You want to see that the anchor remains stable, that no unwanted movement or deformation occurs, and that the load path remains solid. Verifying redundancy means ensuring there are alternative load paths or backup anchors so a single component failure won't collapse the system. Re-checking connections—carabiners, knots, anchor bolts, slings—under load catches components that might loosen or fail once tension is applied. This method provides practical, safe verification before use, without risking damage by testing to failure, and it confirms readiness for an operation.