For gear anchors I prefer this now. ...link to equalizing figure 8...
Just curious - how does that behave if a piece blows? I expect it would slip some, but wonder how fast it would extend. I can see the equalization would make the piece pulling less likely, but still curious if you know or tested the behavior.
Just curious - how does that behave if a piece blows? I expect it would slip some, but wonder how fast it would extend. I can see the equalization would make the piece pulling less likely, but still curious if you know or tested the behavior.
It depends on how well you tighten the knot when you set it up initially. If you wrench it down hard, this setup behaves more statically, like a cordelette. That might cause a piece to fail if the loops were also poorly equalized relative to the direction of the load. If you leave the knot just 'moderately snug', a gradual load on the anchor tends to make all the loops slide until they share the load equally. There's no guarantee that would work efficiently in something as violent as a factor 2 fall, though.
Ok so I was practicing anchoring myself with the rope and I must say this is much easier. I wanted to post this pic of my fastest way of doing it to make sure it all looked safe. ... Only thing I can see that might be unsafe would be tri loading the locker on the right. Should I put a separate locker into the bolt to avoid this?
Just wanted to point out that in your picture you have a biner on biner setup where you clip the anchors. You probably wouldn't do this IRL as there's a chance biners can unclip themselves when biner on biner.