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| strength = ~60-80% in normal (non-ring) load. Differs by author, type of measurement and rope<ref name=Edelrid2020>{{cite web | url=https://edelrid.com/eu-en/knowledge/knowledge-base/strength-reduction-of-textile-materials-by-knots | title=Strength reduction of textile materials by knots | publisher=EDELRID GmbH & Co. KG | author=EDELRID Team | date=20 October 2020 | website=edelrid | access-date=10 August 2025}}</ref>
| strength = ~60-80% in normal (non-ring) load. Differs by author, type of measurement and rope<ref name=Edelrid2020>{{cite web | url=https://edelrid.com/eu-en/knowledge/knowledge-base/strength-reduction-of-textile-materials-by-knots | title=Strength reduction of textile materials by knots | publisher=EDELRID GmbH & Co. KG | author=EDELRID Team | date=20 October 2020 | website=edelrid | access-date=10 August 2025}}</ref>
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The '''Figure-eight loop''' is the most common way how to tie onto the rope. Together with a re-threaded bowline, it is one of the two widely accepted knots for tying-in at the rope end. It is popular for its reliability and visual clarity, which makes it easy to inspect. It can be difficult to untie after bigger lead falls, especially if it was not properly [[#Preventing from getting stuck|pre-tightened]]. Closely related figure-8 bend knot is [[#Rolling|prone to roll]].
The '''Figure-eight loop''' is the most common way how to tie onto the rope. Together with a re-threaded bowline, it is one of the two widely accepted knots for tying-in at the rope end. It is popular for its reliability and visual clarity, which makes it easy to inspect. It can be difficult to untie after bigger lead falls, especially if it was not properly [[#Preventing from getting stuck|pre-tightened]]. Closely related figure-8 bend knot is [[#Rolling|prone to roll]].