Great test! I'm using 11mm rope and an alloy locking biner backup - this is good to know. Alloy rings are popular, so I'm feeling better about holding out for steel rings from Nugreen equipment.
Your Demonstration goes wrong because you did not Store and Show the maximum force before the knot passed the small ring!! When using such an elastic Cambium saver the maximum strenght will never reached when falling into für Rope!!
Excellent vid, Giorgio!!!
Thanks JB ;)
Giorgio eccellente video dimostrativo...insegnare la sicurezza e verificarla di persona è cosa giusta e ben fatta
+Italo Mutinelli Grazie ;)
Cool vid, Giorgio! Thanks for doing this!
Thanks mate! ;)
Don't mention it, keep up the good work! :)
I did this with 1/2" rope and the knot never passed. The rope broke around 4000 lbs or 1800kg?
Hi NIck, I believe in what you wrote... my test - as I tried to explain in the text during the video - was on other things
I understood!
Great test! I'm using 11mm rope and an alloy locking biner backup - this is good to know. Alloy rings are popular, so I'm feeling better about holding out for steel rings from Nugreen equipment.
Next door neighbor the following morning..."hey, who bent my fence post!!??"
The fence is my. lol
Game getting that close.
Your Demonstration goes wrong because you did not Store and Show the maximum force before the knot passed the small ring!!
When using such an elastic Cambium saver the maximum strenght will never reached when falling into für Rope!!