What is the approximate efficiency of a mechanical splice?

A mechanical splice is a method used to join ropes, cables, or other materials in rigging applications. The approximate efficiency of a mechanical splice is often cited to be around 95%. This high efficiency is due to the ability of the splice to maintain a significant percentage of the original strength of the material being joined, unlike some other methods that may weaken the material.

In rigging practices, achieving a high efficiency is critical because it ensures that the load-bearing capacity is preserved, maintaining safety and reliability in operations. The 95% efficiency reflects the skill and precision that can be achieved with a properly executed mechanical splice, as it can effectively transfer loads between the joined materials with minimal loss of strength.

Other options suggest varying levels of efficiency that might not align with industry standards for mechanical splices, resulting in a lower perception of safety or strength in applications where these methods are employed.