I won't risk this knot to get lost in translation, so i'm re-posting it in its own thread with a brand new name.
This time i'm aiming for the cowboy technique, which gives more options for tail maneuvering, along with ring loading stability.
The name is inspired by the word
"Triskelion", a neolithic, celtic, triple spiral symbol with rotational symmetry (the ancient Greek meaning is three human bent legs).
Indeed the knot is formed by "a triquetra of loops" and that's exactly the way it is tied in the bight, with three dicrete S oriented loops (or z loops for the left-handed version), inserted into one another, plus it features three nipping stages which i have shown in another post.
https://igkt.net/sm/index.php?topic=7294.msg47525#msg47525Normally, i would expect the constrictor form of the returning structure to strangle the core, triggering jamming, but it can only cinch from one end (the bowline collar). Τhe continuation of the other end (tail end), is unders SP's continuous constriction (second nipping stage), so less tension is expected to reach at this level.
In the bight method of tying1. Form a bight at the end of the rope.
2. Form An S loop on the SPart continuation (nipping loop), and two S loops on the WE continuation.The one close to the tail end is designated as the on going eye leg collar, while the other one close to the bowline eye, is designated as the conventional bowline collar.
3. Pass the nipping loop up through the eye leg collar.
4. Pass the bowline collar down through the nipping loop.
5. Last move is to feed the eye up through the collar and flip this very collar to encircle both ends, dress and cinch.
Bouncing with body weight with a small diameter rope, induced no jamming, but i'm directing an earnest request to Alan Lee (or anyone else with the appropriate equipment) to test this very promising knot structure, with EN rated climbing rope.